Category: Andover Controls

Andover Controls EPISuite-SX8000 Interface & User Guide Manuals Online! – 1997, 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval system, or in any form or by any means, electronic, mechanical, photocopying, or otherwise, without prior written permission of Andover Controls in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks are the of their respective owners. SX8000 Interface Installation & User Guide, Version: B January, 1998 Controls part number: 30-3001-492 information in this book is furnished for informational purposes only, is subject to without notice, and should not be construed as a commitment by Andover Corporation. Andover Controls Corporation, assumes no liability for any errors inaccuracies that may appear in this document. Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Controls Corporation Manuals Online! – Overview Architecture…………………………………………………………………………………1 Compatibility…………………………………………………………………………….2 Considerations SX 8000 Systems ………………………………………………………………………..3 Badging Workstations – Minimum Hardware Configuration………………3 Server – Hardware Considerations………………………………………………………..3 Tune-up and Sizing…………………………………………………………………….4 on a Windows 95 Workstation 95 Installation …………………………………………………………………………..5 the Video Capture Card and Software Driver………………………………….5 the Network Interface Card………………………………………………………….6 Configuration …………………………………………………………………………….6 the Server Drive…………………………………………………………………………..7 Installation ………………………………………………………………………………..7 Installation …………………………………………………………………………………..7 the Catalog Stored Procedures ……………………………………………………9 8000 EPISuite Integration Interface Disk ……………………………………………..10 EPISuite With Existing SX 8000 Personnel Records ……………………..12 the Interface Over an Existing EPISuite Database………………………….12 Operation GuardCard …………………………………………………………………………………..13 a New Record…………………………………………………………………………….14 Personnel Through Infinity SX 8000 ……………………………………………..15 Personnel To ACX Controllers……………………………………………….15 …………………………………………………………………………………………..16 Errors ………………………………………………………………………………….17 Errors……………………………………………………………………………………18 A – Expanding the SQL Database……………………………………………………..21 Manuals Online! – User Guide Controls Corporation Manuals Online! – Overview SX 8000-EPISuite Interface integrates the Andover Controls Infinity Security Management System with G&A EPISuite photo identification badging system. The result is a powerful system that truly integrates card security management, CCTV and photo identification on a single platform. By maintaining a single SQL for personnel records and images, consistent personnel data is insured between both applications. And, captured on EPISuite workstations are viewable on any SX 8000 workstation that has the video imaging enabled. Note – The Action Media II adapter board is not requi

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ACC EMX 140 for EMX Menu No. 30-3001-197 A warranty is effective for 18 months starting on the the system is shipped. EMX 140 module is approximately 7.98 6.13 1.95 in. You Begin Requirements can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for a particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. first module receives power from the controller and on 24 to 26 VDC. You can add an additional EMX module or other EMX modules other than an EMX if you have an external power supply source of 24 and properly connect the modules to it. See the ACC Modules Configuration Guide for more information. EMX 140 consumes up to 110 mA at 24 VDC. Requirements sure wiring and installations comply with local, state, national electrical codes. EMX 140 operates in the same environment that any controller operates in. 1 shows the EMX 140 module. 1. The EMX 140 Module Characteristics EMX 140 and 141 have pneumatic output channels. EMX 140 has two, the 141 has one. These outputs au- convert the electronic signal to pounds per inch (psi) and operate in the range of 0 to 20 psi. EMX 142 and 143 do not have expansion port con- but have input terminals (INA and INB) that you to analog output terminals on your controller. The 142 has two, the 143 has one. The analog input ter- receive current from current outputs on your and each has a 0 to 20 mA control signal. the EMX 140 careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. AIR 2 INA RET INB AIR Unpack channel requires 20 to 30 psi of supply air. Manuals Online! – Manuals Online! – 1992 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. for EMX Menu Wire EMX 142 or 143 Outputs the EMX 142 or 143, you need to run some extension between the output on the controller and the input ter- on the module. You wire from the controller output (I) terminals to the module terminals as follows: the appropriate extension wire under the INA screw the EMX module and tighten the screw down on it. the ground extension wire under the RET screw on EMX module and tighten the screw down on it. 2 illustrates the wiring for the outputs. 2. Wiring Diagram from Outputs on Infinet to Inputs on EMX 142/143 Module = 250 W the wire to the controller; then slip the wire under the I screw of an output on the and tighten the screw down on it. the ground wire to the controller; slip it under RET screw and tighten the screw down on it. the process for the INB connection. Connect the External Power Supply necessary) you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. If you installing an EMX 142 or 143, you require external since you are not connecting the module directly an Infinet controller via its expansion port. 3 shows where you connect the external power to the 2-pin Berg type connector on the EMX 140. Connect EMX 140 or 141 to Infinet the module to the Infinet controller as outlined in steps that follow. sure you disconnect the Infinet controller AC power before you connect any modules. at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. at the EMX 140 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one EMX 140 module your Infinet controller, connect the second one to the of the first. If you connect more than one you must use an external power supply (see later).

ACC EMX 150 Guide warranty is effective for 18 months starting on the the system is shipped. You Begin can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for a particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. sure wiring and installations comply with local, state, national electrical codes. 1 shows the EMX 150 module. 1. The EMX 150 Module for EMX Menu No. 30-3001-198 1.2 power supply source of 24 VDC and properly the modules to it. See the ACC EMX Modules Guide for more information. EMX 150 consumes up to 55 mA at 24 VDC. Requirements EMX 150 operates in the same environment that any controller operates in. Characteristics voltage output has 5 mA maximum output over the of 0 to 20 VDC. The input impedance of the device controlled can be no less than 4000 W of each voltage output is 0.100 V or 100 mV. current output has a 0 to 20 mA control signal. The impedance of the device being controlled can be no than 750 W circuitry that produces the 0 to 20 mA signal acts as a sourcing device. It sources the current to ground. of each current output is 100 m A or 0.1 mA. the EMX 150 Unpack careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. Connect to the Infinet Controller the module to the Infinet controller as outlined in steps that follow. sure you disconnect the Infinet controller AC power before you connect any modules. EMX 150 module is approximately 6.13 4.88 1.52 in. Requirements first two modules receive power from the controller operate on 24 to 26 VDC. You can add additional modules other than an EMX 150 if you have an ex- Manuals Online! – 1991 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. for EMX Menu at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. at the EMX 150 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one EMX 150 module your Infinet controller, connect the second one to the of the first. the BOARD switch to 1 on the first EMX 150 on the and the BOARD switch to 2 on the second 150. If you do not plan to connect more than one 150, you should set the BOARD switch to 1. set two modules of the same model number to the board number. Connect the External Power Supply necessary) you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. 2 shows where you connect the external power supply the 2-pin Berg type connector on the EMX 150. It also outputs, their potentiometers and override switches. 2. Location of External Power Connection Jumper for External Power Reposition Jumper on One Module Berg type connector immediately below the external supply connection has a jumper that you reposition indicate you are using external power. 3 shows the jumper in the two possible positions, for the internal power supply, the other for the external. 3. Jumper Positions for Internal and External Supplies Position, Power Position, Power is set to the internal position when you receive it. change the jumper position only on the module or mod- connected to the external power supply, not on any other need to change the jumper position only on the mod- actually connected to an external power supply. Never the jumper position of other modules. the Outputs can wire the outputs to either voltage or current sensors

Click for EMX Menu No. 30-3001-278 1.2 EMX 151 Guide warranty is effective for 18 months starting on the the system is shipped. You Begin can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for a particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. 1 shows the EMX 151 module. 1. The EMX 151 Module EMX modules other than an EMX 151 if you have an power supply source of 24 VDC and properly the modules to it. See the ACC EMX Modules Guide for more information. EMX 151 consumes up to 70 mA at 24 VDC. Requirements EMX 151 operates in the same environment that any controller operates in. Characteristics can wire the outputs as either voltage or current. The output has 2.5 mA maximum output over the of 0 to 10 VDC. The input impedance of the device controlled can be no less than 4000 W current output has a 0 to 20 mA control signal. The impedance of the device being controlled can be no than 1000 W circuitry that produces the 0 to 20 mA signal acts as a sourcing device. It sources the current to ground. of each current output is 4.88 m A. of voltage and current is +/ % of the range the output. outputs are fused at A. the EMX 151 Unpack sure wiring and installations comply with local, state, national electrical codes. of each voltage output is 2.44 mV. EMX 151 module is approximately 6.13 4.88 1.52 in. careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. Requirements Connect to the Infinet Controller first module receives power from the controller and on 24 VDC +/ You can add addition- the module to the Infinet controller as outlined in steps that follow. Manuals Online! – 1992 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. for EMX Menu sure you disconnect the Infinet controller AC power before you connect any modules. Reposition Jumper on One Module Berg type connector immediately below the external supply connection has a jumper that you reposition indicate you are using external power. at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. change the jumper position only on the module or mod- connected to the external power supply, not on any other at the EMX 151 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one EMX 151 module your Infinet controller, connect the second one to the of the first. the BOARD switch to 1 on the first EMX 151 on the and the BOARD switch to 2 on the second 151. If you do not plan to connect more than one 151, you should set the BOARD switch to 1. set two modules of the same model number to the board number. Connect the External Power Supply necessary) you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. 2 shows where you connect the external power supply to 2-pin Berg type connector on the EMX 151. 2. Location of External Power Connection Jumper for External Power need to change the jumper position only on the mod- actually connected to an external power supply. Never the jumper position of other modules. 3 shows the jumper in the two possible positions, for the internal power supply, the other for the external. 3. Jumper Positions for Inter

Click for EMX Menu No. 30-3001-201 1.2 EMX 155 Guide warranty is effective for 18 months starting on the the system is shipped. You Begin can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. sure wiring and installations comply with local, state, national electrical codes. 1 shows the EMX 155 module. 1. The EMX 155 Module A ON B EMX 155 module is approximately 6.13 4.88 1.82 in. Requirements EMX 155 consumes up to 42 mA at 24 VDC. power requirements when installing multiple modules the ACC EMX Modules Configuration Guide. Requirements EMX 155 operates in the same environment that any controller operates in. Characteristics two outputs are Form C (SPDT); they also have pulse modulation (PWM). PWM allows you to modulate and dampers to 0.1 sec resolution. outputs may be programmed or set with manual over- switches. Form C outputs are rated for 5 A at 24 VAC. the EMX 155 Unpack careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. Connect to the Infinet Controller the module to the Infinet controller as follows: sure you disconnect the Infinet controller AC power before you connect any modules. at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. at the EMX 155 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one EMX 155 module your Infinet controller, connect the second one to the of the first. Manuals Online! – 1992 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. for EMX Menu the BOARD switch (upper right) to 1 on the first 155, and the BOARD switch to 2 on the second 155. If you do not plan to connect more than one 155 module, set the BOARD switch to 1. set two modules of the same model number to the board number. Connect the External Power Supply necessary) you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. 2 shows where you connect the external power supply the 2-pin Berg type connector on the EMX 155. Reposition Jumper of One Module Berg type connector immediately to the left of the ex- power supply connection has a jumper that you to indicate you are using external power. need to change the jumper position only on the mod- actually connected to an external power supply. Never the jumper position of other modules. 3. Jumper Positions for Internal and External Supplies Position, Power Position, Power is set to the internal position when you receive it. shown in Figure 4, you change the jumper position on module connected to the external power supply. the Outputs wire the outputs as follows: 2. Location of External Power Connection External Power Supply Jumper the appropriate wire under the NC screw and the screw down on it. the appropriate wire under the C screw and tighten screw down on it. A B ON the appropriate wire under the NO screw and the screw down on it. 5 illustrates the wiring for Form C outputs. 4. Wiring Diagram for Form C Outputs 3 shows the jumper in the two possible positions, one the internal power supply, the other for the external.Move jumper to the external power supply position.

Click for EMX Menu No. 30-3001-349 1.3 EMX 156 Guide warranty is effective for 18 months starting on the the system is shipped. You Begin can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. sure wiring and installations comply with local, state, national electrical codes. 1 shows the EMX 156 module. 1. The EMX 156 Module OFF ON AUTO OFF ON 24V 36MA 240V 3.5A I EQUIPMENT USE WITH LCX AND TCX UNITS Requirements EMX 156 consumes up to 32 mA at 24 VDC. power requirements when installing multiple modules the ACC EMX Modules Configuration Guide. Requirements EMX 156 operates in the same environment that any controller operates in. Characteristics two outputs are Form A (SPST) AC outputs with and feed back detection. outputs may be programmed or set with manual over- switches. Form A outputs are rated for 3 A at 24 VAC. the EMX 156 Unpack careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. Connect to the Infinet Controller the module to the Infinet controller as follows: sure you disconnect the Infinet controller AC power before you connect any modules. at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. at the EMX 156 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. EMX 156 module is approximately 3.75 4.25 1.5 in. Manuals Online! – 1992 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. for EMX Menu you are connecting more than one EMX 156 module your Infinet controller, connect the second one to the of the first. change the jumper position only on the module or mod- connected to the external power supply, not on any other the BOARD switch (upper right) to 1 on the first EMX and the BOARD switch to 2 on the second EMX 156. you do not plan to connect more than one EMX 156 set the BOARD switch to 1. set two modules of the same model number to the board number. Connect the External Power Supply necessary) you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. 2 shows where you connect the external power supply the 2-pin Berg type connector on the EMX 156. 2. Location of External Power Connection External Power Supply Jumper OFF ON AUTO OFF ON need to change the jumper position only on the mod- actually connected to an external power supply. Never the jumper position of other modules. 3. Jumper Positions for Internal and External Supplies Position, Power Position, Power is set to the internal position when you receive it. the Outputs wire the outputs as follows: the appropriate wires under the Load A screws and the screw down on it. the appropriate wires under the Load B screws and the screws down on it. 4 illustrates the wiring for Form A outputs. 4. Wiring Diagram for Form A Outputs 24V 36MA 240V 3.5A I EQUIPMENT USE WITH LCX AND TCX UNITS A Reposition Jumper of One Module you have problems with the Infinet controller after in-

Click for EMX Menu No. 30-3001-199 B EMX 160 Guide warranty is effective for 18 months starting on the the system is shipped. You Begin can connect one or more EMX modules to most Infinet that have an expansion port. The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for a particular controller. Before you proceed, be sure the allows modules and the number and type of mod- you plan to use. sure wiring and installations comply with local, state, national electrical codes. 1 shows the EMX 160 module. 1. The EMX 160 Module 160 Requirements first two modules receive power from the Infinet con- on-board power supply and operate on 24 to 26 VDC. can add additional EMX modules other than an EMX Usually, one or two more modules may operate on in- power; then you must add an external power supply of 24 VDC and properly connect the modules to it. the ACC EMX Modules Configuration Guide.) EMX 160 consumes up to 11 mA at 24 VDC. Requirements EMX 160 operates in the same environment that any controller operates in. Characteristics inputs have the following requirements: Input Impedance referenced to 5 V inputs have the following requirements: referenced to 5 V Input Impedance Filtering Frequency at 106 Hz db/decade the EMX 160 Unpack careful when unpacking the unit or units to not damage packaging material must reuse it if you ship the back for repair. Connect to the Infinet Controller the module to the Infinet controller as outlined in steps that follow. EMX 160 module is approximately 6.13 5.72 1.52 in. sure you disconnect the Infinet controller AC power before you connect any modules. Manuals Online! – 1992 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved.Subject to change without notice. for EMX Menu at the bottom panel of your Infinet controller. On panel is an expansion port in approximately the of the panel. 3 shows the jumper in the two possible positions, for the internal power supply, the other for the external. is set to the internal position when you receive it. at the EMX 160 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one module to your Infinet connect the second one to the bottom of the first. the BOARD switch to 1 on the first EMX 160 on the and the BOARD switch to 2 on the second 160. If you do not plan to connect more than one 160 module, the BOARD switch can be set to 1 or 2. set two modules of the same model number to the board number. 3. Jumper Positions for Internal and External Supplies Position, Power Position, Power need to change the jumper position only on the mod- actually connected to an external power supply, not any other modules. Never change the jumper position of modules. Connect the External Power Supply the Inputs you are installing multiple modules, you may need an power supply. To determine what you need, refer the ACC EMX Modules Configuration Guide. 2 shows where you connect the external power to the 2-pin Berg type connector on the EMX 160. 2. Location of External Power Connection not remotely ground any part of the sensor wiring. Re- grounds connected to a return terminal could make controller operate incorrectly or damage the equip- The signal return is not a true earth ground. It is an reference point necessary to interpret the sen- properly. Do not externally ground sensor or switch that return to the module or controller. inputs usually function properly with unshield- sensor wire, you may need shielded

Click for EMX Menu No. 30-3001-442 A You Begin can install only one EMX Industrial Unit on a con- Before you install this module, be sure you are not the number of inputs allowed on any particular Refer to the ACC EMX Modules Configuration (also enclosed with this product) for details. shown in Figure 1, each EMX Industrial Unit Sensor is approximately 3.62 3.25 in. 3.62 shown in Figure 4, each EMX Industrial Unit Buffer Board approximately 6.12 1.56 in. 2.25 units operate in the same environment as any Infinet The EMX Industrial Unit is designed for flush mounting ( DIN). 1. Dimensions of the of the EMX Industrial EMX 170 Unit warranty is effective for 18 months starting on the the system is shipped. can connect one or more EMX modules to most Infi- controllers that have an expansion port. If you are not which controller to attach modules to, refer to the EMX Modules Configuration Guide. equipment has been tested and found to comply with limits for a Class A digital device, pursuant to Part 15 the FCC Rules. These limits are designed to provide protection against harmful interference when equipment is operated in a commercial environment. equipment generates, uses, and can radiate radio fre- energy and, if not installed and used in accordance the instructions in this manual, may cause harmful to radio communications. Operation of this in a residential area is likely to cause harmful in which case the user will be required to cor- the interference at his own expense. sure wiring and installations comply with local, state, national electrical codes. digital apparatus does not exceed the Class A limits radio noise emissions from digital apparatus set out in Radio Interference Regulations of the Canadian De- of Communications. pr appareil num n pas de bruits ra- d les limites applicables aux num de la class A prescrites dans le sur le brouillage radio par le des Communications du Canada. Requirements EMX Industrial Unit consumes up to 15 mA at 24 to VDC. Manuals Online! – Bi ktSAdMA01810AllRihtRd Requirements Wire the Sensor for EMX Menu wire the sensor with six-conductor, 24-gauge wire overall shield and 12 pF/ft capacitance between con- and 22 pF/ft capacitance between one conductor others connected to the shield, Anixter 9I2408501 or Anixter 9D240850 non-plenum. You may ex- up to 180 ft of wire from the sensor to the Infinet the EMX Industrial Unit Unpack not damage the packaging material while unpacking. should have the following parts: EMX Industrial Unit Sensor Module EMX Industrial Unit Buffer Board (where required) Shielded wire with 6 or 8 conductors (not included) Wire for External Thermistor (optional) Infinet twisted pair cable (optional) Wire for electro-static discharge protection (not controllers include a built-in EMX Industrial Unit board. In these cases, the port location is shown in controller installation guide. Connect Buffer Board to the Infinet (if Required) sure you disconnect the Infinet controller AC power before you connect any modules. the installation guide that accompanies the control- to see if a buffer board is required to connect to the If it is required, connect the buffer board to the controller as follows (otherwise proceed to wire sensor as described in the next section): the EMX Industrial Unit Sensor Module to the EMX Unit Buffer Board or to the built-in buffer port on the controller itself, if applicable (see the guide for the controller): one wire under each of the following terminals on board and tighten the screws down on them: 1, 2, 3, 5, 6. 2 shows the location of the terminals on the EMX Unit. 2. EMX Industrial Unit Terminal Block ( ) (SHLD) Thermistor 2

Click for EMX Menu No. 30-3001-200 B EMX 170 Guide warranty is effective for 18 months starting on the the system is shipped. can connect one or more EMX modules to most Infi- controllers that have an expansion port. If you are not which controller to attach modules to, refer to the EMX Modules Configuration Guide. equipment has been tested and found to comply with limits for a Class DA digital device, pursuant to Part of the FCC Rules. These limits are designed to provide protection against harmful interference when equipment is operated in a commercial environment. equipment generates, uses, and can radiate radio fre- energy and, if not installed and used in accordance the instructions in this manual, may cause harmful to radio communications. Operation of this in a residential area is likely to cause harmful in which case the user will be required to cor- the interference at his own expense. sure wiring and installations comply with local, state, national electrical codes. digital apparatus does not exceed the Class A limits radio noise emissions from digital apparatus set out in Radio Interference Regulations of the Canadian De- of Communications. pr appareil num n pas de bruits ra- d les limites applicables aux num de la class A prescrites dans le sur le brouillage radio par le des Communications du Canada. Manuals Online! – Bi ktSAdMA01810AllRihtRd You Begin can install only one EMX 170 on a controller. Before install this module, be sure you are not exceeding the of inputs allowed on any particular controller. to the ACC EMX Modules Configuration Guide enclosed with this product) for details. EMX 170 sensor module is approximately 2.9″ W ” H W 1.3″ D. Each EMX 170 Buffer Board is approximately 2.25 ” H 1.56″ D. units operate in the same environment as any Infinet You can mount the EMX 170 sensor in a stan- handibox or on a wall. Requirements EMX 170 consumes up to 15 mA at 24 to 26 VDC. Range and Accuracy input is a built-in thermistor. Its characteristics are as Range of sensor is 40 to 100 F (calibrated at factory) Accuracy is +/ (cid:176) F for 40 to 70 (cid:176) F +/ .75 (cid:176) F for 70 to 90 (cid:176) F +/ .85 (cid:176) F for 90 to 100 (cid:176) F wire the sensor with six-conductor, 24-gauge wire overall shield and 12 pF/ft capacitance between con- and 22 pF/ft capacitance between one conductor others connected to the shield, Anixter 9I2408501 or Anixter 9D240850 non-plenum. You may ex- up to 180 ft of wire from the sensor to the Infinet the EMX 170 Unpack not damage the packaging material while unpacking. should have the following parts: EMX 170 Sensor Module EMX 170 Buffer Board (where required) for EMX Menu the Sensor/Infinet the EMX 170 Sensor Module to the EMX 170 Buffer or to the EMX 170 port on the controller itself, if (see the installation guide for the controller): the sensor so you are looking at the bottom of it. that there are two set screws, one to either side. a in. allen wrench to tighten the screws. When are tight enough, you can lift the lower end of the cover. the sensor cover out and upward to remove it so that see the printed circuit board. the wires through the hole in the backplate before them to the EMX 170 board. 1. Location of Protective Tape on Each Side EMX 170 Sensor Area Shielded wire with 6 or 8 conductors (not included) Two screws (for mounting) Infinet twisted pair cable (optional) controllers include a built-in EMX 170 buffer In these cases, the port is always labeled EMX 170 its location is shown in the controller installation the buffer board is not required, you see six terminals the controller where you should wire the module di- to the controller. you have unpacked the E

ACC EMX 190 Guide warranty is effective for 18 months starting on the the system is shipped. 1 shows the EMX 190 module. This module is listed Underwriters Laboratories, Inc. for use with the open ACX 700 controller. For information on UL require- and enclosure size, see the ACX 700 Installation You Begin can connect one or more EMX modules to most Infinet that have an expansion port. (UL listed systems have only two EMX 190 modules.) The particular con- are covered in the ACC EMX Modules Configuration (also enclosed with this product).The configuration also tells how many inputs and outputs are allowed for particular controller. Before you proceed, be sure the allows modules and the number and type of mo- you plan to use. No. 30-3001-202 C 1. The EMX 190 Module SWITCH REQUEST C NO II READER Requirements sure wiring and installations comply with local, state, national electrical codes. module has the following three inputs: EMX 190 module is approximately 6.72 46 mm). 156 6.13 1.82 in. Requirements first module receives power from the controller and op- on 24 2 VDC. You can add an additional EMX 190 or other than an EMX 190 if you have an external pow- supply source of 24 2 VDC and properly connect the to it. See the ACC EMX Modules Configuration for more information. EMX 190 consumes up to 80 mA at 24 VDC. Requirements EMX 190 operates in the same environment that any controller operates in. One door switch that indicates the status of the door resistor in series if or closed. Must have a 10 KW closed or in parallel if normally open. Required. One motion sensor that determines someone is the door or a push button that you must press leave the area. Must have a 10 KW resistor in series if closed or in parallel if normally open. Optional. One card reader input that receives the Andover Wiegand format. may also use a card reader that receives the standard format if and only if you attach the Module EMX to an ACX 700 controller. With all other controllers, must use Andover standard Wiegand format. The reader may have an LED, but does not have to. cards for the reader may be up to 64 bits long for a 190 or 256 bits long for an EMX 190A.The EMX reads the standard Andover cards. The EMX 190A only ABA-formats. Manuals Online! – 1997 Andover Controls Corporation, 300 Brickstone Square, Andover, MA 01810 All Rights Reserved. data rate for the card reader ms between with a 50 m s bit width. power card reader should consume mA 5 VDC. cable to the reader can be up to 200 ft. (60 m) long five #22 gauge (0.35 mm2) wires and 100% Or you may use up to 500 ft. (152 m) with five gauge (1.00 mm2) wires, also 100% shielded. Andover Controls representative can provide more on specific inputs available. listed systems require that all wiring to the unit be in grounded conduit.) Requirements output is a ReaderDoor or Door type that controls a through a card reader. The output is a Form C relay, you wire like a digital/pulsed output. of the output is 0.1 sec. You may choose to override the output by setting the OVERRIDE to ON or OFF. Or you can set it to AUTO to have card reader control access through the door. OVERRIDE LED indicates the door output is on manual the DOOR OPEN LED indicates the door is open. the EMX 190 Unpack at the EMX 190 module. Notice that it has a on the top and on the bottom. Plug the top into the Infinet controller. you are connecting more than one EMX 190 module to Infinet controller, connect the second one to the of the first. To use more than two modules you must connect an external power source to the module in the chain. the BOARD switch to 1 on the first EMX 190 on the and the BOARD switch to 2 on the second 190. If you do not plan to connect more than one 1

Click for EMX Menu EMX Modules Configuration READ THIS DOCUMENT FIRST No. 30-3001-279 1.2 can connect one or more EMX modules to any of the controllers: SCX 900, LCX 810, TCX 850/851/ Read this document to be sure you select the right combination for your controller. Module Configuration can install more than one module on one controller, as as you do not exceed the maximum total number of in- or outputs allowed on that controller. 140 and EMX 190s Are Special count 2 outputs on the EMX 140 modules, even if the model has only 1 (such as EMX 141). Also, the EMX must always be the last output modules on the chain. EMX 170 at End of Chain you have an EMX 170 or expect to add one in the future, the 170 must always be the last module on the entire chain. 1shows the number of base, expansion, and total in- allowed for each Infinet controller. 1. Number of Base, Expansion Module, and Inputs/Outputs Allowed for Various Controllers No. Base Exp Total Base Exp Total Outputs 850/851 810 900 that the TCX 853 is the same as the TCX 850. also that the EMX 141 counts as two outputs, although has only one. Inputs Allowed the input modules, you can always have a maximum of EMX 160s and one EMX 170 for a total of 17 expan- inputs. If the modules, however, consume a total than 110 mA, you must add an external power (more later). Outputs Allowed the output modules, you can have up to 8 expansion out- on an SCX 900 or LCX 810 controller. You can have to 4 expansion outputs on an TCX controller or. If the however, consume a total greater than 110 mA, must add an external power supply (more later). Modules in Order should first attach all output modules, then all input not attach an output module, an input module, then an- output module, as this later causes confusion when input and output numbers. Board Switches you can have more than one of always have a switch that you set to Board 1 or Board 2. (For loca- of the switch, see the installation instructions for the module.) must always set the first module of a particular model to Board 1. So, we strongly advise that you attach modules of the same model number one immediately the other. must set the first output module on the chain to Board the second to Board 2, the third to Board 1, the fourth to 2, and so on matter which model number mod- When you start the inputs modules, start at again 1 and continue to alternate from 1 to 2.There is only exception to this general rule EMX 190. EMX 190s to Board 1 and Board 2 EMX 190s must always be the last or the last two out- modules on the chain. Always set the first EMX 190 to 1 and the second to Board 2, no matter what. In the of the EMX 190, you must attach one module immedi- after the other. External Power Needs limited number of modules can be powered on the Infi- controller power alone. Manuals Online! – Bi ktSAdMA01810AllRihtRd for EMX Menu each model consumes a slightly different amount of you can combine various sets of modules without external power supply determine the combina- by adding the total milliamps the modules consume. it is not greater than 110 mA, the Infinet controller sup- enough power for the chain. Below is a list of the of power each module model consumes: EMX 140, 141, 142, 143 mA EMX 150 mA EMX 151 mA EMX 160 mA (up to two allowed per controller) EMX 155 mA EMX 170 mA (only one allowed per controller) EMX 190, 191, 192 mA add more modules, you need a power supply that de- 24 VDC and an adequate current output rating for total number of amps the chain consumes. 2 shows some combinations allowed with internal only.This table is not an exhaustive list of combi- however, it does illustrate why you may want to external power. External power allows you to add more modules (see Figure 1 below). 2.

ACX 700 Guide 700 Installation Guide Manuals Online! – E or distribution forbidden. (cid:211) 1997 by Andover Controls. to change without notice. No. 30-3001-204 1997 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not any warranty, express or implied. Andover Controls Corporation the right to alter capabilities, performance, and presentation of this at any time. 700 Installation Guide Manuals Online! – Andover Controls ACX 700 Installation Guide presents for installing the ACX 700 access controller on an Infinet It first presents site preparation information and then step-by- installation instructions. 700 Installation Guide Manuals Online! – 700 Installation Guide Manuals Online! – Up the ACX 700 Controller and Infinet Setup Requirements ………………………………………………….2 Dimensions and Weight ………………………………………….3 Requirements………………………………………………………………3 Limitations…………………………………………………………………..4 Protection ………………………………………………………………4 Ground Requirements……………………………………………….5 the Ground…………………………………………………………….6 Requirements ………………………………………………….6 Requirements …………………………………………………………6 Wire for Card Reader Inputs………………………………………..6 Wire for Keypad Inputs ………………………………………………7 Requirements ……………………………………………………………..7 Requirements………………………………………………………………..8 Out the Site Setup……………………………………………………….9 the ACX 700 ………………………………………………………………10 Required……………………………………………………………………..10 the AC Power …………………………………………………….15 the AC Input Voltage……………………………………………..16 the UPS Power Supply ………………………………………..17 the Power Indicating LED……………………………………18 the Infinet to the ACX 700 ………………………………………….21 the Infinet to the Infinity CX 9000 or 9200……………………22 Inputs …………………………………………………………………………..24 Input Circuits…………………………………………………….26 Door Switches ………………………………………………………….28 Controls Corporation Manuals Online! – Motion Sensors/Exit Push Buttons………………………………30 Other Two-Wire Inputs ……………………………………………..32 Card Reader Inputs……………………………………………………32 Keypad Inputs…………………………………………………………..39 Outputs ………………………………………………………………………..40 Door Outputs ……………………………………………………………40 Modules to the Expansion Port …………………………….42 Power Supply for Modules…………………………………………45 Up the ACX 700…………………………………………………………47 Button………………………………………………………………………..48 the Battery …………………………………………………………48 the Andover Controls Service Tool……………………….49 A Laboratories Requirements

Touch Screen Display for a fully integrated system. Resident intelligence at the ACX 780 level allows Peer-to-Peer Communications database storage up to 6,500 cardholders. 780, ACX 781 Access Control Units and Expansion Module Infinity ACX 780 is a programmable, stand-alone access controller that is a basic building block the Infinity Security Management System. Each ACX 780 controls access to 8 doors, and makes decisions based on its own distributed data base. Each door may be controlled by a reader, or a combination of both for high security. Up to 62 ACX 780s may be networked to one controller. In addition, the ACX 780 may be networked with other Infinity controllers the IDX 800 Intrusion Detection Controller, LCX 890 Lighting Controller, and the DCX 250 ACX 780 comes in a rugged locked enclosure, with status indication of power, CPU, output and override conditions. Input power is switch-selectable between 115 or 230 VAC, and built-in UPS provides up to 2 1/2 hours full operation in the event of a power failure. ACX 781 is designed to meet the access demands of larger sites with storage capacity for up 20,000 cardholders on an Infinity system, or 15,000 cardholders on a Continuum system. The ACX ensures both high-volume and reliable data storage and fast validation speed at the local level for facilities with thousands of employees, a single perimeter entrance, or a large area. the addition of the field-mountable ACX 781 Expansion Module, personnel record storage can be expanded even more. Up to 57,000 card records can be stored in an ACX 781 with Infinity versions 2.16 or later; storage capacity increases to 80,000 card records with The Expansion Module mounts conveniently in the door of the ACX 781 controller unit. and data communication signals from the ACX 781 to the Expansion Module are provided via 25-pin cable. E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Robust Stand-Alone Eight-Door Controller UL 294, UL 1076 Agency Listings Transparent Data Storage for up to 80,000 (ACX 781 with Module) UPS Back Up for 2 1/2 Hours Full Two Built-In Tamper Switches Alarm Notification Software-Selectable Wiegand or Reader Protocols Wiegand, Proximity, and Stripe Reader Support Support for Up to 8 Keypads and Supervised Alarm Inputs Offers Flexibility in Door 780, ACX 781 780, ACX 781 780, ACX 781 Access Control Unit and Expansion Module 780, ACX 781 ACX 780, ACX 781 to the Infinity ACX 780 series is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between all controllers on the network. ACX 780 series nodes have priority status on the bus to ensure the fastest possible throughput. ACX 780 contains inputs for eight Wiegand or ABA protocol card readers (software selectable), eight 3 x 4 matrix and 32 supervised alarm inputs. (On an Infinity system, the ACX 781 supports Wiegand only.) The alarm inputs can used for door status contacts, request-to-exit devices, and any other two-state or three-state (on/off/trouble) alarm Two built-in tamper switches provide alarm notification when either the cabinet door is opened or when the unit is from the wall. ACX 780 series has eight 5 amp, Form C relay outputs for door control. A ninth Form C relay is available for local functions, or can be controlled by a custom program residing in the controller. Each output has an integral hand-off- switch for manual operation, and includes software feedback of the switch position. fully prompted access control database editor makes data entry easy for reader and door configuration, personnel scheduling, and alarm definition. Additional database storage capacity is provided at the network controller and at the workstations. Site codes, card formats and other degrade mode parameters are stored in non-volatile in each ACX 780. In addition, the ACX 780 series allows for a maximum event buffer of 1000 events. Events are uploaded to the workstation when communications resume. door can be configured to operate based on card only, card plus personal ID number (PIN), or keypad only (ACX 781

ACX 780/781 Guide Manuals Online! – 780/781 Installation Guide i 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval system, or trans- in any form or by any means, electronic, mechanical, photocopying, recording, or without prior written permission of Andover Controls Corporation. in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks are the prop- of their respective owners. 780/781 Installation & User’s Guide, Version: F, February 1998 Controls part number: 30-3001-392 information in this book is furnished for informational purposes only, is subject to without notice, and should not be construed as a commitment by Andover Controls Andover Controls Corporation, assumes no liability for any errors or inaccu- that may appear in this document. Documents CX Programmer Guide, 30-3001-166 8000 Programmer Guide, 30-3001-174 Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Andover Controls Corporation Manuals Online! – ACX 780/781 Installation Guide presents instructions for installing the ACX and ACX 781 access controllers on an Infinet network. It first presents site prep- information and then step-by-step installation instructions. Manuals Online! – 780/781 Installation Guide iii Andover Controls Corporation Manuals Online! – Up the ACX 780/781 Controller and Infinet Setup Requirements…………………………………………………………………………………………. 2 Dimensions and Weight……………………………………………………………………………….. 3 Requirements …………………………………………………………………………………………………… 3 Limitations ……………………………………………………………………………………………………….. 3 Protection……………………………………………………………………………………………………. 4 Ground Requirements ……………………………………………………………………………………. 4 the Ground …………………………………………………………………………………………………. 5 Requirements……………………………………………………………………………………….. 6 Wire for Card Reader Inputs …………………………………………………………………………….. 6 Wire for Keypad Inputs ……………………………………………………………………………………. 7 Requirements…………………………………………………………………………………………………… 7 Requirements …………………………………………………………………………………………………….. 8 Out the Site Setup ……………………………………………………………………………………………. 9 the ACX 780/781 ………………………………………………………………………………………………. 10 Required ………………………………………………………………………………………………………….. 10 …………………………………………………………………………………………………………………. 10 the AC Power Cable to the Power Supply…………………………………………………… 14 the Infinet to the ACX 780/781 ………………………………………………………………………… 15 the Infinet to the Infinity CX 9000 or 9200 ………………………………………………………… 16 Inputs……………………………………………………………………………………………………………. 18 Input Circuits …………………………………………………………………………………………. 20 Door Switches……………………………………………………………………………………………….. 22 Motion Sensors/Exit Push Buttons ……………………………………………..

Touch Screen Display for a fully integrated system. Resident intelligence at the ACX 780 level allows Peer-to-Peer Communications database storage up to 6,500 cardholders. 780, ACX 781 Access Control Units and Expansion Module Infinity ACX 780 is a programmable, stand-alone access controller that is a basic building block the Infinity Security Management System. Each ACX 780 controls access to 8 doors, and makes decisions based on its own distributed data base. Each door may be controlled by a reader, or a combination of both for high security. Up to 62 ACX 780s may be networked to one controller. In addition, the ACX 780 may be networked with other Infinity controllers the IDX 800 Intrusion Detection Controller, LCX 890 Lighting Controller, and the DCX 250 ACX 780 comes in a rugged locked enclosure, with status indication of power, CPU, output and override conditions. Input power is switch-selectable between 115 or 230 VAC, and built-in UPS provides up to 2 1/2 hours full operation in the event of a power failure. ACX 781 is designed to meet the access demands of larger sites with storage capacity for up 20,000 cardholders on an Infinity system, or 15,000 cardholders on a Continuum system. The ACX ensures both high-volume and reliable data storage and fast validation speed at the local level for facilities with thousands of employees, a single perimeter entrance, or a large area. the addition of the field-mountable ACX 781 Expansion Module, personnel record storage can be expanded even more. Up to 57,000 card records can be stored in an ACX 781 with Infinity versions 2.16 or later; storage capacity increases to 80,000 card records with The Expansion Module mounts conveniently in the door of the ACX 781 controller unit. and data communication signals from the ACX 781 to the Expansion Module are provided via 25-pin cable. E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Robust Stand-Alone Eight-Door Controller UL 294, UL 1076 Agency Listings Transparent Data Storage for up to 80,000 (ACX 781 with Module) UPS Back Up for 2 1/2 Hours Full Two Built-In Tamper Switches Alarm Notification Software-Selectable Wiegand or Reader Protocols Wiegand, Proximity, and Stripe Reader Support Support for Up to 8 Keypads and Supervised Alarm Inputs Offers Flexibility in Door 780, ACX 781 780, ACX 781 780, ACX 781 Access Control Unit and Expansion Module 780, ACX 781 ACX 780, ACX 781 to the Infinity ACX 780 series is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between all controllers on the network. ACX 780 series nodes have priority status on the bus to ensure the fastest possible throughput. ACX 780 contains inputs for eight Wiegand or ABA protocol card readers (software selectable), eight 3 x 4 matrix and 32 supervised alarm inputs. (On an Infinity system, the ACX 781 supports Wiegand only.) The alarm inputs can used for door status contacts, request-to-exit devices, and any other two-state or three-state (on/off/trouble) alarm Two built-in tamper switches provide alarm notification when either the cabinet door is opened or when the unit is from the wall. ACX 780 series has eight 5 amp, Form C relay outputs for door control. A ninth Form C relay is available for local functions, or can be controlled by a custom program residing in the controller. Each output has an integral hand-off- switch for manual operation, and includes software feedback of the switch position. fully prompted access control database editor makes data entry easy for reader and door configuration, personnel scheduling, and alarm definition. Additional database storage capacity is provided at the network controller and at the workstations. Site codes, card formats and other degrade mode parameters are stored in non-volatile in each ACX 780. In addition, the ACX 780 series allows for a maximum event buffer of 1000 events. Events are uploaded to the workstation when communications resume. door can be configured to operate based on card only, card plus personal ID number (PIN), or keypad only (ACX 781

Infinity & Ruggedized Bead Temperature Sensors Controls Bead and Ruggedized Bead Temperature Sensors provide accurate, reliable E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S of temperatures for use in an Andover Controls building automation system. The active Accurate, Reliable Type III Thermistor element is a highly stable, precision thermistor, accurate to within +.36 Both the bead and bead sensors have a wide operating range of -30 to 230 (-34 to 110 making suitable for a variety of situations and installations. Wide Operating Range Completely Encapsulated for Protection Moisture thermistor is encapsulated with a low mass, high conductivity compound for good heat transfer Attached 8 Ft. Zip Cord It is enclosed in a rugged, miniature cylinder .17″ in diameter, which is small enough be installed in most thermostat applications. An 8 foot length of zip cord is supplied with each Sensor to 140 (1.7 to 60 Bead Sensor Bead Sensor is for use in indoor installations where moisture or condensation will not be and where temperatures will not fall below 35 (1.7 The sensor operating range is Ruggedized Bead Sensor is suitable for temperature extremes, and is immune to moisture or The sensor operating range is -30 to 230 (-34.4 to 110 P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Sensor: Element: III Thermistor, 10,000 ohms @ 77 (25 Bead: to 230 (-34 to 110 to 140 (1.7 to 60 .36 from 32 to 122 ( .2 from 0 to 50 (-17.64 over 5 years Connections: butt splices or solder connections are recommended. Do not use nut connections. Use the full 8 ft. zip cord furnished with the sensor to condensation. Size: 20, or 22 gauge, 2 conductor, unshielded Distance to Sensor: less than .1 F error): below 75 (23.88 1,550 ft. (143.99m) (22 gauge wire) ft. (362.31m) (18 gauge wire) above 160 (71.11 ft. (11.61m) (22 gauge wire) ft. (28.80m) (18 gauge wire) (4.32 mm) diameter, .5″ (12.7 mm) long, with attached 8ft (.74m). cord R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N Sensor: Bead Sensor: Controls Corporation Headquarters Brickstone Square Massachusetts 01810 USA 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Controls S.A. avenue de Fontainebleau Le Kremlin-Bicetre 1 49 606363 1 49 606271 Controls Corporation Chinachem Golden Plaza Mody Road, Tsimshatsui East Hong Kong 2739 5497 2739 7350 1998, Controls Corporation. Patent # 4591967 subject to change without notice. brand names, trademarks, and trademarks are the property of respective holders.

TOC 220 Guide Controls Corporation Manuals Online! – D or distribution forbidden. (cid:211) 1997 by Andover Controls. to change without notice. No. 30-3001-203 1997 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 220 Installation Guide Manuals Online! – Infinity CMX Installation Guide presents instructions for installing various CMX controllers on an EnergyNet network. It first presents preparation information and then step-by-step installation recommend you read EnergyNet and Infinet Configuration Guide plan your entire network before installing a single controller. Controls Corporation Manuals Online! – 220 Installation Guide Manuals Online! – the CMX Controller Site/System Setup Requirements …………………………………………………….2 Cabinet Dimensions ……………………………………………………………..4 Power Requirements …………………………………………………………….4 Built-in Modem …………………………………………………………………..5 Audio Speaker Connector ……………………………………………………..5 Infinet Cables ………………………………………………………………………5 Number of Infinet Controllers on CMX Infinet ……………………….6 Lightning Protection …………………………………………………………….6 Building Ground Requirements ……………………………………………..7 Inspecting the Ground …………………………………………………………..8 Environmental Requirements ………………………………………………..8 Laying Out the Site Setup ……………………………………………………..8 Installing the CMX Controller ………………………………………………………10 Unpacking …………………………………………………………………………10 Parts Required ……………………………………………………………………10 Mounting and Wiring …………………………………………………………10 Connecting the AC Power Cable the Power Supply …………………………………………………………….12 Finding Ports for Connecting Other Cables ……………………………13 Connecting the Terminal Screen ………………………………………….14 Connecting to the Built-in Modem ……………………………………….15 Controls Corporation Manuals Online! – Wiring Infinet to CMX ……………………………………………………….16 Connecting the Audio Speaker …………………………………………….17 Powering Up the CMX ………………………………………………………………..18 Connecting the Battery ……………………………………………………….19 Interpreting Status Lights Inside Cabinet ………………………………………..20 Using the CLEAR MEMORY Button …………………………………..21 Connecting the Andover Controls Service Tool ……………………..21 Appendix Port Pinouts 220 Installation Guide Manuals Online! – 1. Dimensions and Eyelets for Mounting CMX Controller …..11 2. Metal Plate and Screw for Power Supply Wire ………………..12 3. Cable Ports and Connectors on the CMX 220 Controller ….15 4. Cable Wiring ……………………………………………………16 5. Audio Speaker Wiring ………………………………………………….17 6. System Activity Status Lights ……………………………………….20 A-1. Pinouts for Cables Connecting to RS-232 Ports on CMX Controller ………………………………………………………… A-3 Controls Corporation Manuals Online! –

Infinity 240 Series Communications Controller Andover Controls Infinity CMX 240 is a network controller for the Infinet field bus. While E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S panels are providing stand alone control of all building services heating, ventilating, air Cost-Effective Direct-Connect or lighting, access control, and smoke control the Infinity CMX 240 Communications provides a cost-effective means for dial-up communications, information management, underground storage tank monitoring for small to medium size facilities. Network Controller Modular Expansion To Meet Your Control Requirements Optional 9600 Baud Modem Allows Communications over Phone Lines Plain English Language Simplifies Customized Menus, Reports, and Real-Time Logging And Trending Optional Command Line Support Direct Interface to Third Software Dedicated TankNet Port Connection UST Leak Detection Sensing Infinity CMX 240 acts as a high performance system coordinator for all distributed Infinet providing integrated global control, history logging, local and remote alarming, and a fully user interface. Each CMX 240 contains a communication port to the Infinet, a high speed bus that provides transparent data transfer among all HVAC, lighting, and access In addition, there are two RS-232 communications ports for modems, dumb terminals, and communications to third-party devices such as boilers, chillers, and fire panels. CMX 240 is available in two models with multiple node counts available . The CMX 240 the full family of Infinet controllers, and also the ACX access controllers and DCX 250 controllers. CMX 240 comes standard with a metal baseplate and cover, suitable for panel mounting. optional enclosure (shown) is available for wall mounting. CMX 240 can be configured to meet the exact requirements of your application, using the powerful Plain English language. Programs are entered into a CMX 240 using a SX 8000 workstation, LSX 280 Lap-Top Service Tool, dumb terminal with full screen editor. The program is then stored in, and executed by, the CMX 240. 240 Series 240 Series 240 Series Communication Controller 240 Series CMX 240 Series CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES dynamic memory of the CMX 240 can be allotted for any combination of Plain English control programs, scheduling, and data logging. Our object-oriented language with intuitive keywords provides easy operation and In addition, Plain English pre-defined and customized functions and powerful math capabilities reduce time for repetitive applications. MODEM MODEM MODEM MODEM MODEM optional built-in UPS-supported modem allows the Infinity CMX 240 to receive or initiate exchanges of information standard telephone lines with speeds up to 9600 baud. LINE SUPPORT LINE SUPPORT LINE SUPPORT LINE SUPPORT LINE SUPPORT users requiring interface to third party monitoring software, the CMX 240 features optional command line support CMX 245 and CMX 246). This capability provides for direct and efficient communications through the RS-232C port modem of the CMX. T T MONITORING MONITORING TANK MONITORING MONITORING T T MONITORING CMX 240 also contains a dedicated TankNet Port, for connection to Andover family of intelligent, high-accuracy sensing probes. These probes, in conjunction with the CMX 240, comply with EPA standards for underground tank leak detection. FIXING HOLE COPPER INPUT VOLTAGE SELECTION CONTROLS CONTROLS CONTROLS CONTROLS 240 250v B

TOC 240 Series Controller Guide Controls Corporation Manuals Online! – D or distribution forbidden. (cid:211) 1997 by Andover Controls. to change without notice. No. 30-3001-391 1997 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 240 Installation Guide Manuals Online! – Infinity CMX Installation Guide presents instructions for installing various CMX controllers. It first presents site preparation informa- and then step-by-step installation instructions. recommend you read Infinity Network Configuration Guide to plan entire network before installing a single controller. Controls Corporation Manuals Online! – 240 Installation Guide Manuals Online! – Installing the CMX 240 Controller Site/System Setup Requirements …………………………………………………….2 Cabinet Dimensions ……………………………………………………………..3 Controller Dimensions ………………………………………………………….3 Power Requirements …………………………………………………………….4 Modem ……………………………………………………………………………….4 Infinet Cables ………………………………………………………………………4 Number of Infinet Controllers on CMX Infinet ……………………….5 TankNet and Probe Power Supply Cables ……………………………….6 Lightning Protection …………………………………………………………….6 Building Ground Requirements ……………………………………………..6 Inspecting the Ground …………………………………………………………..7 Environmental Requirements ………………………………………………..8 Laying Out the Site Setup ……………………………………………………..8 Installing the CMX 240 Series Controller ………………………………………..9 Unpacking …………………………………………………………………………..9 Parts Required ……………………………………………………………………..9 Mounting and Wiring …………………………………………………………10 Connecting the AC Power Cable to the Power Supply ……………13 Selecting the AC Input Voltage ……………………………………………14 Finding Ports for Connecting Other Cables ……………………………15 Connecting the Terminal Screen ………………………………………….17 Controls Corporation Manuals Online! – Connecting to the Infinity Modem ……………………………………….17 Wiring Infinet to the CMX 240 ……………………………………………18 Wiring the TankNet and Probe Power Supply ……………………….19 About the Safety Barriers ……………………………………………………21 Powering Up CMX 240 Series Controller ………………………………………23 Connecting the Battery ……………………………………………………….24 Interpreting Status Lights Inside Cabinet ………………………………………..25 Custom Port Status Lights …………………………………………………..25 Communication Status Lights ………………………………………………25 Infinet Status Lights ……………………………………………………………26 Modem Power Light …………………………………………………………..27 System Activity Status Lights ……………………………………………..27 Using the CLEAR MEMORY Button …………………………………..28 Connecting the Andover Controls Service Tool ……………………..28 Appendix A Port Pinouts Appendix B Switch Settings 240 Installation Guide Manuals Online! – 1. Backplate with Dimensions an

Configuring and Continuum for Security and Access Control chapter provides an overview of Continuum security and access control components describes how they work together. It describes how to use the Area editor and the editor. The Personnel editor is covered in Chapter 19. Control System Overview Continuum access control system involves the following objects, conditions, and devices: for which entry and egress are controlled (Area objects) Doors through which entry and egress are controlled (Door objects) People who can access an area (Personnel objects) Times when they can access the area (Schedule objects) How they access the area (Valid Access) Who can change the access control system (User objects) How anti-passback violations are detected (area based) and handled (logs, alarms) A Continuum workstation with A controller to oversee and monitor access 9000-series controller with a 700-series access controller A NetController with a Continuum Access Control Module A 9702 Site Controller Card readers, keypads, hand geometry and retina scan devices Door switches, bond sensors (Door input sensors) Motion detectors, push bars, buttons (Request-to-Exit devices) The hardware components, such as the controller, card reader, motion detector and switch, all work together to unlock a door when authorized personnel request to or exit an area. Continuum CyberStation Configurator Guide 18-1 Access Control Is Access Validation? validation is the process of checking conditions that must be met before a person allowed into an area. Access validation conditions include, but are not limited to: Valid site number on the person card Valid card number Valid PIN General code Door schedule Is Tailgating? is defined as the practice of following another person into an area without your card or entering an access code. If an individual has tailgated into an area, system does not have an accurate record of the individual location. Is Invalid Attempt? invalid attempt occurs when there is an attempt to access an area by a person who is: Not authorized Not authorized by schedule Not in the database Is Anti-Passback? are two types of Anti-Passback violations: area based and time based. violations occur when personnel attempt access from a non-adjacent area. could occur if they tailgated into an area. Area objects have at least one common door in their respective lists. As people through areas, Continuum keeps track of the last area entered by each person. A causes a violation when they try to use a door that isn in the list of their last Area. system can be configured to prevent the same card or access code from being used than once within a pre-determined time (called Anti-Passback Minutes) to enter the area. An Anti-Passback violation is an attempt to use the card or code twice before Anti-Passback Minutes time expires. Is a Supervised Input? supervised input on a controller or expansion unit monitors the resistance of the device to it. If the wiring is tampered with, the resistance of the circuit changes. This in resistance causes the switch to go into a state. Trouble conditions be programmed to trigger alarms. TAC Is a Request to Exit Device? request-to-exit device is a device such as a pushbar, motion detector, or button used of a card reader or keypad to pass through a door. If request-to-exit devices are the known personnel in the area are invalid, and Entry/Egress cannot be utilized. Order for Creating Security Objects access control objects in the following order. Create the Area objects. Create the Door objects and associate each Door with an Area object. Create Personnel objects and attach them to the Area objects to which they are access. you finish, each Area object has a list of Door objects through which it can be and a list of personnel authorized to enter it. Area, Door, and Personnel Objects Work Together Door, and Personnel objects work together to check which personnel can access areas: Each Area object has a list of Door objects and a list of authorized personnel Each Door

NEMA 1-Style Enclosure for Installation of Continuum Intelligent System Built-in DIN Rails for Easy Mounting of CPU, Power and up to 10 I/O Convienent Front Door of up to 9 Local Display Durable Steel Welded Built-in Cable Management Streamline and Wiring Runs and Display Module System Continuum NEMA 1-style enclosure provides a convenient way to wall-mount an Continuum intelligent building system in a single location and is uniquely styled match your Andover Controls Continuum product line. The enclosure makes initial and future change-outs of the Continuum modules quick and easy; provides for technicians and protection from environmental elements; and offers front door mounting of the Continuum LED and LCD local display modules. MODULE INST MODULE INST MODULE INSTALLAALLAALLAALLAALLATIONTIONTIONTIONTION MODULE INST MODULE INST six-inch deep enclosure provides room to mount the Continuum NetController CPU, power supply, and up to ten modules on three built-in DIN rails. The DIN rails are attached to a removable steel back plate, which allows to mount the actual enclosure separately from the Continuum modules. Simply hook each module onto the DIN plug the built-in power/communications connector on the left side of each module into the complimentary on the right side of the previous module, and then snap-close the quick-release fasteners to lock the in place on the rail. It that easy! I/O modules, if needed, can be located in additional Continuum enclosures. In addition, a single I/O module or of I/O modules can be located outside an enclosure, for example, to control a remote door or lighting system. additional I/O modules are connected to the Continuum system using approved cable and an external 24VDC supply. DESIGN DESIGN DESIGN DESIGN DESIGN enclosure welded design and rugged cold-rolled steel construction ensure durability. Vertical support bars on inside of the cabinet door provide added rigidity and a built-in door lock guards against tampering. Cable troughs underneath each DIN rail streamline and protect wiring runs. A bracket for two 12V 7.0 AHr rechargeable batteries is provided at the bottom of the enclosure for UPS support. DOOR DISPLAY AND CONTROL MODULES DOOR DISPLAY AND CONTROL MODULES DOOR DISPLAY AND CONTROL MODULES DOOR DISPLAY AND CONTROL MODULES DOOR DISPLAY AND CONTROL MODULES front door of the enclosure contains removable sections into which the Continuum display and control modules be mounted. These modules LB-8 LED Bar Module, LS-8 LED 3-Digit Module, LC-1 2-Line Display with VM-1 Voice Module, and the GA-40/80 Graphic Annunciator Panels secured directly into the back of door with screws and connected to the I/O bus by a five-conductor cable assembly. The Continuum system treats these display modules as additional I/O modules. Up to nine display modules can be mounted on the Mix various combinations of display modules to meet your specific operator interface needs. Alternately, the can be ordered with only three tinted Plexiglas panels in the door. This option allows you to view the lights of all internal modules when the enclosure door is closed. Manuals Online! – LED BAR MODULE LED BAR MODULE LED BAR MODULE LED BAR MODULE LED BAR MODULE 8 user-programmable LED ON/OFF indicators 8 user-programmable push-button digital inputs LB-8 LED Bar Module provides a cost-effective way to view and modify your facility operation with 8 programmable LED each with its own programmable companion push-button with audible feedback. The LB-8 is an excellent choice for equipment status indication, ON/OFF control, and override capability. Programming the LED indicators and push-buttons is with Andover Controls Plain English programming language. Labels above each LED and companion push-button allow you customize each I/O point. LED 3-DIGIT DISPLAY MODULE LED 3-DIGIT DISPLAY MODULE LED 3-DIGIT DISPLAY MODULE LED 3-DIGIT DISPLAY MODULE LED 3-DIGIT DISPLAY MODULE 8 user-programmable, 3-digit, 7-segment LED displa

(cid:215)NTINUUM Modules Flexible, Modular Design Every Application User-Configurable I/O Selection Meet Specific Control Needs DIN Rail Mounting Provides Easy and System Expansion ContinuumEthernet-based intelligent building system allows you to mix and match combinations of DIN rail-mounted modules I/O, CPU and power supply, your choice of several user interface modules a single controller location to your building control and monitoring needs. With the Continuumsystem, as your grows, simply add or replace I/O modules as needed. ContinuumI/O modules feature a sleek, lightweight casing designed for natural cooling, and a 3-position front cover for easy, hands-free access. Built-in quick- fasteners at the back of each I/O module are provided for DIN rail mounting required. These fasteners also snap into a locked position for panel mounting. Input and NEMA 1-Style Enclosure Available connectors are located at the bottom of each I/O module and are removable for easy access and maintenance. All Continuummodules are designed for mounting in an Three-Position Front Cover for Access NEMA 1-style Continuumenclosure. ContinuumI/O modules communicate with the ContinuumNetController CPU module Andover LON communications. Like all Continuummodules, the I/O modules slide via built-in connectors on either side so network expansion is quick and easy. power transmission and communication signals feed through these connectors. For convenience in certain applications, such as door control or lighting control, single module or groups of I/O modules can be remotely located and connected using cable, and powered from a local 24 VDC power supply. Each I/O module its own push-button for quick and easy network commissioning. Built-in Quick-Release Tools Required! Removable Input/Output for Easy Installation Slide-Together Power/ Connections Optional Remote Mounting Push-Button Network Manuals Online! – ContinuumI/O modules share the following specifications: Environment: to 120 (0 to 49 10 to 95%RH (non-condensing) x 6.7 x 2.5 (96.5 x 157.5 x 63.5mm) lbs (0.34kg) on DIN rail or wall-mount using attached clips. 1-style enclosure available. Backup: ContinuumUPS power supply Interface: communications with ContinuumCPU module. of bus media, RS-485 or FTT-10 for remote I/O mounting Error Checking: Standard CRC 16 AB AB AB AB ATTERY Speed: 39k baud Length: Media: ft. (610m). Repeater required for longer distance or after 32 nodes. twisted pair cable. 120W termination required at ends of the LON network (when modules are mounted Speed: 78k baud Length: to 8858 ft. (2700m) bus topology to 1640 ft (500m) free topology required for longer distances. to LON free topology documentation plug-in connectors on left and right sides allow Continuummodules to be directly to each other or remotely connected via approved cable. Media: Connections: MCU with internal ROM, EEPROM, and SRAM LISTINGS LISTINGS LISTINGS LISTINGS LISTINGS 916, FCC, CE Manuals Online! – MODULE P E C I F I C A T I O N S UI-8-10, Continuum universal input module, provides 8 universal inputs, software configurable as voltage, thermistor, digital, counter point types. Each point can also be configured as a supervised input for security monitoring, providing separate of alarm and trouble conditions. This module is a perfect choice for any

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UN-RELEASED COPY Manuals Online! – 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval or transmitted, in any form or by any means, electronic, mechanical, recording, or otherwise, without prior written permission of Controls Corporation. in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks the property of their respective owners. I/O Reference, Version: REVIEW February, 1998 Controls part number: 30-3001-499 information in this book is furnished for informational purposes only, is to change without notice, and should not be construed as a commitment Andover Controls Corporation. Andover Controls Corporation, assumes no for any errors or inaccuracies that may appear in this document. Documents Power Supply Reference, 30-3001-702 CPU Reference, 30-3001-701 Display Module Reference, 30-3001-711 Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Controls Corporation Manuals Online! – Interference equipment has been tested and found to comply with the limits for a Class A digital device, to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection harmful interference when the equipment is operated in a commercial environment. This generates, uses, and can radiate radio frequency energy and, if not installed and used in with the instructions in this manual, may cause harmful interference to radio Operation of this equipment in a residential area is likely to cause harmful in which case the user will be required to correct the interference at his own expense. digital apparatus does not exceed the Class A limits for radio noise emissions from digital set out in the Radio Interference Regulations of the Canadian Department of pr appareil num n pas de bruits radio d les limites aux appareils num de la class A prescrites dans le R sur le brouillage par le minist des Communications du Canada. Manuals Online! – I/O System Reference Controls Corporation Manuals Online! – Contents 1 Installation……………………………………………. 4 Dimensions …………………………………………………………..7 Modules……………………………………………………..8 Connections……………………………………….. 10 of I/O Modules……………………………………………….11 Number of I/O Modules……………………………………..12 Length of I/O Bus……………………………………………..12 Remote I/O Modules with RS-485…………………….12 Guidelines……………………………………………………13 Module Characteristics………………………….. 17 Wiring Concerns…………………………………………………17 Modules / UI-8-10-10V ………………………………………………………..19 / DI-6-AC-HV ……………………………………………………….35 ………………………………………………………………………………..43 Modules …………………………………………………………………………….61 / AO-4-8-O ……………………………………………………………73 / DO-4-R-O…………………………………………………………..83 …………………………………………………………………………91 / LO-2-O ………………………………………………………………….99 Modules Manuals Online! – I/O System Reference Controls Corporation

(cid:215)NTINUUM CPU Module Continuum NetController is the high-powered Central Processing Unit (CPU) module and manager for the Andover Controls Continuum intelligent building system. With its 8 DRAM, 4 Mb flash EPROM, math co-processor, and four programmable communications including an interface to Infinity Infinet distributed controllers, the Continuum provides a total solution for facility-wide network communications and management. A lower-cost version of the NetController is also available with DRAM, 2 Mb flash EPROM, and no math co-processor. COMMUNICA COMMUNICA COMMUNICATIONS COMMUNICA COMMUNICA NetController acts as the system coordinator, providing integrated global control and monitoring, history and local and remote alarming for both the Continuum I/O modules and the RS-485 Infinet controllers control your individual building services ventilating, air conditioning, lighting, access control, control, and more. The NetController communicates with the Continuum I/O modules via LON and a choice of RS-485 or free topology bus media. optional Ethernet port also allows the NetController to communicate with other NetControllers and Continuum over a high-speed 10Mb Ethernet Local Area Network (LAN) using the TCP/IP protocol. Continuum are capable of communicating with up to 4 millions nodes on Ethernet. Two different Ethernet are available can choose either a 10BASE-2 (thin coax) 10BASE-T (twisted pair) cable media. flash EPROM allows you to download software revisions over Ethernet using a Continuum This flash memory feature eliminates the need to perform EPROM change-outs in the field. COMMUNICA COMMUNICA COMMUNICATIONS COMMUNICA COMMUNICA four programmable communications ports can be configured as either an RS-232 or an RS-485 to modems, printers, third-party devices, and up to two Infinity Infinet field controller networks. Controls has developed an extensive library of third-party software interfaces, including controls for panels, fire alarm systems, emergency generator systems, bar code readers, elevator controls, switchers, and more. ENGLISH ENGLISH PROGRAMMING PROGRAMMING ENGLISH PROGRAMMING PROGRAMMING ENGLISH ENGLISH PROGRAMMING Continuum NetController can be configured to meet the exact requirements of your application using the Andover Controls Plain English programming language. Programs are entered into NetController the Continuum Workstation. The program is then stored in, and executed by, the NetController. Just as with one single language is used system-wide. Powerful, Modular CPU Board Monitoring and Control Both Continuum I/O Modules Infinity Infinet Distributed High-Speed Networking Million Nodes on Ethernet Four Programmable Comm. Ports Flexible Interconnect and Communications Programmable Battery Backup Choice of Shutdown Flash EPROM for Easy On-Line Updates Plain English Language Programming DIN Rail Mounting and Slide- Connectors for Easy Backward Compatible with Hardware Manuals Online! – CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES dynamic memory of the Continuum NetController can be allocated for any combination of programs, scheduling, reporting and data logging. Our object-oriented Plain English language with intuitive keywords provides operation and programming. In addition, Plain English pre-defined and customized functions and powerful capabilities reduce programming time. AUTO-BAUD MODEM AUTO-BAUD MODEM AUTO-BAUD MODEM AUTO-BAUD MODEM AUTO-BAUD MODEM optional Andover Controls Continuum PPP modem allows NetController to communicate and exchange data over voice grade telephone lines with speeds up to 14,4K baud. The modem has built-in data compression and error- protocols, auto-dial/auto-answer capabilities, and is UPS-supported. OPERA OPERA OPERATIONTIONTIONTIONTION OPERA OP

Technical Manuals Online! – 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval or transmitted, in any form or by any means, electronic, mechanical, recording, or otherwise, without prior written permission of Controls Corporation. in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks the property of their respective owners. CPU Reference, Version: DRAFT January, 1998 Controls part number: 30-3001-703 information in this book is furnished for informational purposes only, is to change without notice, and should not be construed as a commitment Andover Controls Corporation. Andover Controls Corporation, assumes no for any errors or inaccuracies that may appear in this document. Documents Power Supply Reference, 30-3001-702 I/O System Reference, 30-3001-499 Display Module Reference, 30-3001-711 Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Controls Corporation Manuals Online! – Interference equipment has been tested and found to comply with the limits for a Class A digital device, to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection harmful interference when the equipment is operated in a commercial environment. This generates, uses, and can radiate radio frequency energy and, if not installed and used in with the instructions in this manual, may cause harmful interference to radio Operation of this equipment in a residential area is likely to cause harmful in which case the user will be required to correct the interference at his own expense. digital apparatus does not exceed the Class A limits for radio noise emissions from digital set out in the Radio Interference Regulations of the Canadian Department of pr appareil num n pas de bruits radio d les limites aux appareils num de la class A prescrites dans le R sur le brouillage par le minist des Communications du Canada. Manuals Online! – CPU Reference Compliance Information for the Continuum Modem by: Controls Corporation Brickstone Square MA 01810 Line Connector: RJ-11 Connector equipment complies with FCC rules, Part 68. Behind the upper (hinged) cable-trough door is label that contains, among other information, the FCC Registration Number and Ringer Number (REN) for this equipment (to open the cable-trough door, pull outward at the or non-hinged side of the door). If requested, provide this information to your telephone REN is useful to determine the quantity of devices you may connect to your telephone line still have all of these devices ring when your number is called. In most not all sum of the RENs of all devices should not exceed five (5.0). To be certain of the number of you may connect to your line, as determined by the REN, you should call your local company to determine the maximum REN for your calling area. this equipment causes harm to the telephone network, the telephone company may discontinue service temporarily. If possible, they will notify you in advance. But if advance notice isn you will be notified as soon as possible. You will be advised of your right to file a with the FCC. telephone company may make changes in its facilities, equipment, operations, or procedures could affect the proper operation of your equipment. If they do, you will be given advance so as to give you an opportunity to maintain uninterrupted service. you experience trouble with this equipment, please contact the manufacturer for warranty/repair The telephone company may ask that you disconnect this equipment from the until the problem has been corrected or until you are sure that the equipment is not equipment may not be used on coin service provided by the telephone company. Connection party lines is subject to state tariffs. rules prohibit the use of non-hearing aid compatible telephones in the following applications: public or semipublic coin-operated or credit card tele

Technical Manuals Online! – 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval or transmitted, in any form or by any means, electronic, mechanical, recording, or otherwise, without prior written permission of Controls Corporation. in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks the property of their respective owners. Power Supply Reference, Version: A Feb. 1998 Controls part number: 30-3001-702 information in this book is furnished for informational purposes only, is to change without notice, and should not be construed as a commitment Andover Controls Corporation. Andover Controls Corporation, assumes no for any errors or inaccuracies that may appear in this document. Documents CPU Reference, 30-3001-703 I/O System Reference, 30-3001-499 Display Module Reference, 30-3001-711 Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Controls Corporation Manuals Online! – Interference equipment has been tested and found to comply with the limits for a Class A device, pursuant to Part 15 of the FCC Rules. These limits are designed to reasonable protection against harmful interference when the equipment is in a commercial environment. This equipment generates, uses, and can radio frequency energy and, if not installed and used in accordance with instructions in this manual, may cause harmful interference to radio Operation of this equipment in a residential area is likely to harmful interference in which case the user will be required to correct the at his own expense. digital apparatus does not exceed the Class A limits for radio noise emissions digital apparatus set out in the Radio Interference Regulations of the Department of Communications. pr appareil num n pas de bruits radio d les applicables aux appareils num de la class A prescrites dans le sur le brouillage radio par le minist des du Canada. Manuals Online! – Power Supply Reference Controls Corporation Manuals Online! – 1 Module Characteristics…………………………………. 2 Installation……………………………………………. 3 Power Connection………………………………………….. 6 Connections……………………………………………………. 9 Power Indicator Connections …………………… 10 Power Connection……………………………………… 11 15 …………………………………………………… 16 Manuals Online! – Power Supply Reference Controls Corporation Manuals Online! – Power Supplies 865 manual describes the installation, care and use of the Continuum power supply Continuum power supply modules are part of the Andover Controls Continuum intelligent building system. The Continuum system allows you to cost- mix and match DIN rail-mounted CPU, power supply, and various of I/O modules and user interfaces to meet your control and monitoring The power supplies offered include an impressive array of features. with the standard 120/240 VAC module, one model reduces or eliminates the of power failure through a built-in battery back-up system with integral charger. allows 48VDC power based industries such as telecommunications to provide power to critical environmental monitoring and control equipment using own battery-backed power systems. module includes provision for an optional AC power indicator LED. This option is if you mount your Continuum system within a larger control panel or enclosure and to verify power to the system from a separate location. power supply modules feature a sleek, lightweight casing designed for na

Power Supply Module Provides VDC Power and Battery- UPS Power to Continuum CPU and I/O Built-in Battery Charger Selection of Programmable Backup Modes via English Programming Non-UPS Model Available for Use an Extended Power Source -48VDC Model Available for Use DIN Rail Mounting and Slide- Connectors for Easy 120/240 AC 50-U Power Supply Continuum PS 120/240 AC 50-U power supply module is designed to provide 24VDC for the Continuum NetController CPU module and its associated Continuum I/O In addition, the PS 120/240 AC 50-U model provides full UPS battery backup in the of an AC line failure. PS 120/240 AC 50-U power supply is part of the Andover Controls Continuum Ethernet- intelligent building system. The Continuum system allows you to cost-effectively mix match DIN rail-mounted CPU, power supply, and various combinations of I/O modules user interfaces to meet your control and monitoring needs. PS 120/240 AC 50-U offers an impressive array of features that reduce or eliminate the of power failure. A built-in battery charger in the PS 120/240 AC 50-U provides 15 maximum to the battery. The charger is current limited to prevent overloading the supply in the event of a shorted or defective battery. Using standard rechargeable lead batteries, the PS 120/240 AC 50-U will provide full UPS operation including all I/O for up to 60 minutes at 35 watts power consumption; full operation of the CPU only (including modem and network interface) with no I/O power for four hours; and of DRAM and real-time clock for 72 hours duration. These backup modes can be and controlled through Andover Controls Plain English programming. Maximum time of the battery charger is 48 hours using recommended batteries. (Two 12V AHr sealed rechargeable batteries are included with the UPS model.) Extended times are available using larger batteries. UPS circuit provides the Continuum CPU with two status signals indicating the operating of the power supply signal indicates an AC power failure and a change over UPS mode and the other signal indicates when the battery voltage has reached an unsafe level and will soon shutdown. A disconnect switch removes the battery and further discharge of the battery. connector located on the bottom of the power supply is provided for an optional AC power LED. This option is ideal if you mount your Continuum system within a larger control or enclosure and wish to verify power to the system from a separate location. PS 120/240 AC 50-U features a sleek, lightweight casing designed for natural convection Built-in quick-release fasteners at the back of the power supply module are provided DIN rail mounting tools required. These fasteners also snap into a locked position for mounting. The power supply is designed for mounting in an optional NEMA 1-sytle enclosure. Manuals Online! – 120/240 AC 50 120/240 AC 50 120/240 AC 50 120/240 AC 50 120/240 AC 50 non-UPS version, the PS 120/240 AC 50, is also available. This power supply can also be used as an extended source to power additional I/O modules directly, extending the capabilities of a typical Continuum system, to remote locations. Because there is no built-in battery charger in this model, a full 50 watts of power is DC 50 DC 50 DC 50 DC 50 DC 50 PS DC 50 model is available. This model accepts power from to VDC and allows industries such as to provide uninterrupted power to critical environmental monitoring and control equipment their own battery-backed power systems. I M E N S I O N D R A W I N G Manuals Online! – P E C I F I C A T I O N S Voltages: to 240 VAC, 50/60 Hz to -53 VDC (PS DC 50 model only) Voltages: VDC, (all models) Power Available: watts (PS 120/240 AC 50-U model) watts (PS 120/240 AC 50 and PS DC 50 models) Protection: circuit protection protection protection on inputs protection on AC inputs

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Infinity 250 Touch Screen Display Controller Andover Controls Infinity DCX 250 touch screen display controller sets a new standard for ease- E A T U R E S in man-machine interfaces. Using the flexibility and power of Infinity Plain English User-Friendly Interface Provides language, you can view and create custom control graphics including user-defined floor lighting controls, and mechanical systems such as air handlers, VAV boxes or chillers. For Access to Building System applications, use the DCX 250 to track occupants by location, monitor door status, and to arm Touch Screen Eliminates disarm high security areas. DCX 250 eliminates the need for keyboards, mice, and typing skills. Simply touch the screen to a display, change a setpoint, or modify equipment status. The DCX 250 can be mounted and anywhere in your facility. With its flush mounted design, it is ideal for conference rooms, User Definable Graphics, Text, and nurse and guard stations, or virtually any location where building personnel or occupants quick and direct access to the building. DCX 250 can be configured to meet the exact requirements of your application, using Andover Controls powerful English programming language. Programs are entered into a DCX 250 using a SX workstation, the LSX 280 laptop tool, or from a dumb terminal connected to a CX or CMX series network controller. Programs are stored locally in the 250. Power failures are not a problem, since all programs are stored in battery-backed RAM with up to 7 years of protection. DCX 250 display controller can be located anywhere on the Infinet field bus. Up to 32 DCX 250s can be configured as controllers on each Infinet. The DCX 250 has real-time access to information from any Infinity controller on the network. Wires, Mice, and Plain English Language Programming for Quick and Easy of Custom Control Panels Built-in Library of Knobs, Dials, and Buttons Simplify Operation View and Modify Real-Time On-Screen Mounted Design is Ideal for Rooms, Lobbies, Guard and Large Equipment DCX 250 Touch Screen Display Controller CAPABILITIES Andover Controls Plain English you can generate sophisticated graphics and control panels easily. In addition, English allows you to draw lines, circles, rectangles and enter text, locating them anywhere on the DCX 250 24-line 40-character display. addition, the DCX 250 provides a built-in library of operator controls, including knobs, dials, gauges and buttons, which it possible for users to operate and understand the system without formal training or computer backgrounds. You place real-time data anywhere on the screen, such as setpoints, occupancy counts, and other information that building may need to modify or monitor on a routine basis. MOUNTING IN CX NETWORK CONTROLLERS DCX 250 is also available as a built-in option for the CX 9000 series network controllers. The front door of these allows direct access to the DCX 250 touch screen display. This option provides operators a convenient user in central plants and other large equipment areas. 3.75″ (203.2mm) 250 Dimensional Diagram P E C I F I C A T I O N S VAC, 50/60 Hz Consumption: VA Protection: A pico fuse. MOV protected. Clock: real-time clock. Environment: to 104 (4 30 to 85% RH non-condensing W x 8″H x 3.75″D (203.2 W x 203.2 H x 95.2 D)mm flush mount enclosure size: W x 10″H (254 W x 254 H)mm lbs (4.3 kg) Type: 1-style enclosure, flammability rating of UL94-5V, IP 20 Backup: non-rechargeable, lithium battery. Provides 7 years typical power failure backup of RAM memory and real-time clock. Interface: Infinet field bus to CX or CMX Network Controller or Lap-Top Service Tool Speed: to 19.2 K Bps Length: ft. (1,220m) standard for Infinet. InfiLink amplification module allows to longer distances Media:

DCX 250 Guide Controls Corporation Manuals Online! – F or distribution forbidden. (cid:211) 1997 by Andover Controls. to change without notice. No. 30-3001-196 1997 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 250 Installation Guide Manuals Online! – DCX 250 Installation Guide presents instructions for installing DCX 250 on Infinet. It first presents site preparation information then step-by-step installation instructions. manual does not include programming information. For how to the DCX 250, see the Andover Controls Infinity CX Guide. recommend you read the Infinity Network Configuration Guide to your entire network before installing a single controller. Controls Corporation Manuals Online! – 250 Installation Guide Manuals Online! – Setting Up the DCX 250 Site/System Setup Requirements …………………………………………………….2 Cabinet Dimensions and Weight ……………………………………………3 Power Requirements …………………………………………………………….3 Cable Limitations …………………………………………………………………3 Lightning Protection …………………………………………………………….4 Building Ground Requirements ……………………………………………..4 Inspecting the Ground …………………………………………………………..5 Environmental Requirements ………………………………………………..5 Laying Out the Site Setup ……………………………………………………..6 Installing the DCX 250 ………………………………………………………………….7 Unpacking …………………………………………………………………………..7 Parts Required ……………………………………………………………………..7 Mounting …………………………………………………………………………….7 Connecting the AC Power Cable to the Power Supply …………….. 9 Connecting the Infinet ………………………………………………………..11 Wiring the Infinet to the Infinity CX 9000 ……………………………. 13 Powering Up/Adjusting the Controller …………………………………………..14 Connecting the Battery ……………………………………………………….14 Powering Up ……………………………………………………………………..14 Controls Corporation Manuals Online! – Checking That Controller Is Operating …………………………………15 Reset Button ………………………………………………………………………16 Adjusting the LCD View Angle …………………………………………..16 Connecting the Andover Controls Service Tool ……………………..18 250 Installation Guide Manuals Online! – 1. Tag That Identifies the Controller ………………………………………..6 2. Dimensions of DCX 250 Cabinet, Top View…………………………7 3. Dimensions of DCX 250 Cabinet, Front View ……………………8 4. Location of AC Power Connection, Inside DCX 250 Cabinet …10 5. Metal Plate and Screw for Power Supply Wire …………………11 6. Location of Infinet Connection, Inside DCX 250 Cabinet …….12 7. Infinet Cable Wiring …………………………………………………………13 8. Location of Battery, Indicator Lights, and Reset Button, on Back of DCX 250 Display …………………………………15 9. Location of LCD View Angle Adjustment, Inside, Back of DCX 250 Display ……………………………………………17 10. Location of Service Port, Inside DCX 250 Cabinet ……………..18 Controls Corporation Manuals Online! –

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Installation Guide DIO 20 provides a connection for up to 20 solid state output modules for the AEclipse option. The DIO 20 module can be mounted via a DIN Rail or directly to a panel. DIO 20 includes individually fused sockets for up to 20 solid state output modules from such as Opto 22, Grayhill, Gordos, Crydom and Potter & Brumfield. You Received Installation DIO 20 module is shipped with the parts: DIO 20 is designed to be mounted to either DIN Rail or directly to a bulkhead. 20 Printed Circuit Board Plastic PCB Mounting Brackets plastic DIN Rail mounting Brackets. guide (this document) to a DIN Rail Items Required not included yet necessary for are the following: 9400 (AEclipse) controller Output module VDC Power Source Output Wires Output Modules DIN End Clamps Rail Interface cable Clamp Rail Rail Slide an end clamp into position on the DIN Tighten the holding screws. Slide a DIN Rail Mounting Bracket under PCB Mounting bracket until flush on the side. Slide the DIN Rail Mounting Bracket/PCB assembly onto the DIN Rail until with the end clamp. Manuals Online! – to a DIN Rail (continued) one end of the module PCB into the PCB Bracket. Slide the board the middle channel of the Mounting Bracket. bracket here this bracket to trap board brackets under board Slide another DIN Rail Mounting Bracket onto a PCB Bracket. Slide the DIN Rail/PCB Mounting Bracket assembly onto the board and DIN Carefully slide the assembled brackets into the center of the module ** Output Slide the remaining bracket onto the DIN Rail and position it at the end of board. Mount another end clamp. Tighten the screws on the end clamp. Directly to a Panel are four #6-sized holes (0.156 (4mm)) provided at the corners and one the center for mounting using stand-offs directly to a flat surface. The follow- illustrates the mounting dimensions of the module. (204) (399) (98) (409) * Power Fuse Status D Cable from DO80-LED Module Specifications 24VDC + 10% -15% 12 W 25-pin D connector enable 1 enable 2 enable 3 Connector Pinout: GND enable 20 Ratings: Power: [email protected] [email protected] @3A @1A @3A @3A @3A @3.5A @1A @3.5A @3.5A @3A @1A @5A @5A @3.5A @3.5A @5A & Brumfield @3A @1A @3A @5A These model numbers represent that should be compatible. physical and electrical specifica- appear to meet those of our prod- However, this list does not an endorsement of the prod- nor does it imply that the specifica- listed are accurate. Ratings listed nominal. Refer to manufacturer sheets for limitations. Controls Corporation 1996, Andover Controls Corporation Brickstone Square, Andover MA 01810 508-470-0946 Fax 1 Connection Screw Terminals Manuals Online! – Use a floating 24VDC source or a source referenced to the AEclipse ground.

Infinity & Immersion T & Immersion T Sensors Sensors & Immersion Temperature Sensors Sensors & Immersion T & Immersion T Sensors Controls Duct and Immersion Temperature Sensors provide accurate measurement of air E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S and fluid as part of an Andover Controls building automation system. Both the duct and Accurate, Reliable Type III sensors have a wide operating range of -30 to 230 (-34 to 110 making them for all types of duct, pipe and tank temperature applications. sensor design completely seals the sensing element, a precision 10K thermistor, within a steel tube. The tube is filled with thermal epoxy, making it immune to moisture and Easy Installation & Wiring sensor housing is a two-piece, plenum-rated plastic enclosure designed so that the sensor can replaced without having to remove the housing. Simply take off the cover, withdraw the existing element, and replace with a new sensor. Completely Encapsulated for From Moisture or Sensor Utilizes Nema 4 Design & Efficient Removal of the Element Need to the Entire Unit Brass or Stainless Steel Available in Sizes Money Saving Bulk Packs SENSOR SENSOR SENSOR SENSOR SENSOR duct sensor is designed for direct mounting on sheet metal duct systems. You simply secure the base to a duct 3 standard sheet metal screws. The probe is then inserted through the hole in the base and tightened. The wiring is guided into the 3/4″ opening at the bottom of the base and connected to the probe using the two nuts included with the sensor. lengths of duct sensor are available: 4″, 6″, 9″ and 15.75″ (400mm). An optional O-Ring/Gasket kit is available the sensor is being mounted outside or in a high moisture environment. Also available is a Duct-to-Immersion kit that allows you to easily convert all or part of your duct sensor inventory for immersion applications. SENSOR SENSOR SENSOR SENSOR SENSOR immersion sensor uses the same housing as the duct sensor, but includes a mounting bracket for securing the In addition, the immersion sensor comes equipped with gaskets at all potential leakage points, a Nema 4 waterproof enclosure. or Type 304 stainless steel thermowells are available in 4″ and 6″ immersion lengths. They are available with a 1/2″ or 3/4″ threaded NPT connection. To utilize existing Andover 1/2″ or 3/4″ NPT thermowells with the sensor, an optional adapter is available. SENSOR SENSOR SENSOR SENSOR SENSOR strap-on sensor is designed for direct application to pipe surfaces for chilled or hot water measurement. It uses same housing as both the duct and immersion sensors, but includes a strap for pipes 2 to 6 inches in diameter. P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Element: III Thermistor, 10,000 ohms @ 77 to 230 (-34 to 110 .36 from 32 to 158 ( .2 from 0 to 70 .90 ( .5 over full range will not deviate from accuracy spec for minimum of 5 years Epoxy: resistivity epoxy filling probe length. piece Polylac, Grade PA765; Plenum-rated (UL-94-5V Flame Retardant Connections: nuts Size: gauge, 2 conductor, unshielded Distance to Sensor: less than .1 F error) below 75 above 160 ft. (22 gauge wire) ft. (18 gauge wire) ft. (22 gauge wire) ft. (18 gauge wire) SENSOR Diameter: Lengths: Material: ” (.635 cm) 6″, 9″ and 15.75″ (400 mm) Steel, Type 316 Piping Connection: NPSM Female Thread SENSOR Material: Brass or Type 304 Stainless Steel Piping Connection: 1/2″ or 3/4″ Male NPT Dimensions: (1.9cm) shank diamet

Infinity Averaging Temperature Sensor Controls Duct Averaging Temperature Sensors afford easy installation while at the E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S time providing accurate, reliable measurement of temperatures for use in an Andover Accurate, Reliable Type III Thermistor building automation system. Each sensor is composed of a long, flexible plenum-rated with a total of four or nine thermistor sensing elements encapsulated at equal distances Flexible Probe for Easy Installation the length of the assembly. The complete array acts as a single sensor, averaging any Up to Nine Thermistors for Maximum change across all sensors. The response time of any temperature change will be than 20 seconds. Accuracy FT6 Plenum CSA Rated Cable Four Different Probe Lengths Available sensor has a wide operating range of -30 to 230 (-34 to 110 making it suitable all types of duct temperature measurement. flexible cable assembly allows for easy installation in any size duct. Four lengths of probe available: 12, 16, 20, and 24 feet. Each probe comes with 6″ wire leads and a single-gang box for wiring terminations. P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Element: III Thermistor, 10,000 ohms @ 77 (25 of Elements: (12 ft. and 20 ft. sensors) (16 ft. and 24 ft. sensors) to 230 (-34 to 110 .36 ( .2 ) Time: of 20 seconds Connections: (152.4 mm) lead furnished with sensor. Use crimp-type butt splices or solder Size: 20, or 22 gauge, 2 conductor, unshielded Distance to Sensor: less than .1 F error): below 75 (23.88 1,550 ft. (143.99m) (22 gauge wire) ft. (362.31m) (18 gauge wire) above 160 (71.11 125 ft. (11.61m) (22 gauge wire) ft. (28.80m) (18 gauge wire) Lengths: 16, 20, and 24 ft. (1.11, 1.86, 1.49, and 2.23m) R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N Averaging Sensor, 12ft., 4 elements: Averaging Sensor, 20ft., 4 elements: Averaging Sensor, 16 ft., 9 elements: Averaging Sensor, 24 ft., 9 elements: Controls Corporation Headquarters Brickstone Square Massachusetts 01810 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Controls S.A. avenue de Fontainebleau Le Kremlin-Bicetre 1 49 606363 1 49 606271 Controls Corporation Chinachem Golden Plaza Mody Road, Tsimshatsui East Hong Kong 2739 5497 2739 7350 1998, Controls Corporation. Patent # 4591967 subject to change without notice. brand names, trademarks, and trademarks are the property of respective holders.

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Infinity 190, EMX 190A Access Control Expansion Module EMX 190 provides cost-effective, modular expansion of an Infinity ACX 700 Access Control E A T U R E S Each EMX 190 has one card reader input. The software flexibility of the ACX 700 allows Cost-Effective Access Control input to read Wiegand or Proximity cards, as well as voice verification and other biometric Module control devices. The EMX 190 also includes one door status input, one request-to-exit input, a Form C relay door output. Up to 2 EMX 190s can be attached to the ACX 700, for a total of 4 doors per ACX 700. applications that do not need the sophisticated access control functions of the ACX 700, the 190 also provides an extremely low-cost way to add door control to Andover Infinet application controllers, utilizing the Andover Controls Plain English programming The card reader input on the EMX 190 controls the door based on a program residing in local Infinet field controller. EMX 190A is similar to the EMX 190, but its reader input is designed for ABA magnetic stripe reading clock-and-data format. expansion points of the EMX 190 are treated in the same manner as the built-in I/O of each controller on the Infinet field Once expansion points are assigned using Andover Plain English programming language, they are automatically to operator input and output summaries, and can be used unrestricted in programs, reports, and alarms. Access Control Functionality Attached to the ACX 700 Expansion Module Adds Access Capability to Non-Access Controllers Choice of Wiegand, Proximity, or Card Reader Support Supervised Alarm Inputs Offer in Door Control Additional Points Provide Controller Performance Modular Design for Easy Plug-in UL 294 Agency Listing M X 1 9 0 M X 1 9 0 M X 1 9 0 Access Control Expansion Module M X 1 9 0 E M X 1 9 0 EMX 190 is designed to be plugged into the expansion port found at the bottom of any Infinet controller that the EMX expansion bus. The expansion module enclosure is intended for panel mounting, using two sheet screws. mm mm CONTROLS SWITCH REQUEST VDC READER mm mm 190 Dimensional Diagram EMX 190 can be powered directly from the attached Infinet controller. EMX 190 can be powered with an external 24 VDC power supply. Consumption: mA @ 24 VDC Environment: to 120 (0 to 49 10 to 95% RH (non-condensing) Type: open class sheet metal, IP 10 x 6.0 x 1.52 (155.7mmW x 152.4mmH x 38.6mmD) Interface: expansion serial port of the local Infinet controller. P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Card Reader, Wiegand or ABA. EMX 190 supports Wiegand protocol, up to 64 (Wiegand-Effect, Proximity cards). EMX 190A supports ABA magnetic stripe using clock-and-data format, up to 256 bits. Supervised Door Status Input (single resistor supervision) Supervised Request-to-Exit Input (single resistor supervision) Reader Power: VDC, 35 mA Card Reader EMX 190: ft. maximum Form C Relay for Door Control Rating: VAC/DC, 5 amp Protection: V transients Power Connector: connector Connectors: two-piece terminal strips switch for manual control of the relay, with software feedback Modules /Infinet Controller: the Infinity Expansion Module Configuration Guide for the number of inputs/outputs allowed on each particular Infinet controller. P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A

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Infinity 140 Pneumatic Output Expansion Module EMX 140 provides a convenient, cost-effective means to add one or two pneumatic output E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S to an Infinet controller. Each pneumatic output has a range of 0 to 20 psi, and provides feedback with an on-board pressure transducer. The pressure feedback is used in a control calculation to position the pneumatic output at the desired value, using a specially-designed valve assembly. This design eliminates the need for zero and span adjustments and does require continuous consumption of air during operation. EMX 140 module can be powered directly from any of these Infinet controllers: the SCX 920, 810, TCX 850, TCX (IDX) 851, TCX 853, and TCX 855 controllers. Additional modules can be by providing power from an external 24 VDC power supply. Consult the Infinity Expansion Configuration Guide for more specific information on the use of expansion modules. Cost-Effective Pneumatic Outputs Meet Additional Point Count On-Board Pressure Transducer Pressure Feedback Non-Bleed Operation For Low Air Additional Points Provide Controller Performance Modular Design for Easy Plug-in optional factory-mounted pressure gauge is available for visual verification of each output. pneumatic output points of the EMX 140 are treated in the same manner as the built-in I/O of each Infinet controller. expansion points are assigned using Andover Plain English programming language, they are automatically added to input and output summaries, and can be used unrestricted in programs, reports, and alarms. The electrical value of on-board pressure transducer for each output can be used unrestricted in programs, reports, and alarms as well. EMX 140 is designed to be plugged into the expansion port found at the bottom of each Infinet controller. The module enclosure is intended for panel mounting, using two sheet metal screws. When used as a stand-alone I/P wiring terminations are provided for the input signal. M X 1 4 0 M X 1 4 0 M X 1 4 0 Pneumatic Output Expansion Module M X 1 4 0 E M X 1 4 0 140 Dimensional Diagram EMX 140 can be powered directly from the attached Infinet controller. modules can be powered with an external 24 VDC power supply. Consumption: mA @ 24 VDC P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Range: Supply: Environment: to 120 (0 to 49 10 to 95% RH (non-condensing) Type: open class sheet metal, IP 10 1/2 x 8 1/2 x 2 (165.1W x 215.9H x 50.8D)mm Interface: expansion serial port of the local Infinet controller. of Outputs: (EMX 140) or 1 (EMX 141) to 20 psi psi nominal, 30 psi max, oil-, water-, and dust-free Connections: I.D. NPT Barb Fitting Capacity: SCIM @ 20 psi per output Consumption: air consumption during static conditions. Linearity: .55% full scale, nominal .70% over entire operating temperature range Accuracy: 1.4% full scale, nominal 3.0% over entire operating temperature range Power Connector: connector Connectors: terminals Modules /nfinet Controller:Consult the Infinity Expansion Module Configuration Guide for the maximum of inputs/outputs allowed on each particular Infinet controller. P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont Pneumatic Outputs, Expansion Port Pneumatic Output, Expansion Port LISTINGS 916, FCC,CE 140 141 Installed Pressure Gauge, per Output Controls Corporation Headquarters Brickstone Square

Infinity 150, EMX 151, EMX 155, EMX 156, EMX 160 150, EMX 151, EMX 155, EMX 156, EMX 160 150, EMX 151, EMX 155, EMX 156, EMX 160 Expansion Modules 150, EMX 151, EMX 155, EMX 156, EMX 160 150, EMX 151, EMX 155, EMX 156, EMX 160 Andover Controls Infinity family of expansion modules provides a convenient and cost-effective E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S to add input and output points to Andover Infinet distributed application controllers. Cost Effective I/O Expansion Meet Additional Point Needs Additional Points Provide Controller Modular Design for Easy Installation to two modules can be powered directly from any of these Infinet controllers: the SCX 920, LCX TCX 850, TCX (IDX) 851, TCX 853, TCX 855, and the ACX 700. Additional modules can be by providing power from an external 24 VDC supply. Consult the Infinity Expansion Module Guide for more specific information on the use of expansion modules. 150 EMX 150 contains two analog outputs configurable for either 0 – 20 VDC or 0 – 20 mA operation. Each output contains override switch and potentiometer for local control. 151 EMX 151 contains 2 high-resolution, 12-bit analog outputs configurable for either 0-10 VDC or 0-20 mA operation. No switches are provided. 155 EMX 155 provides two Form C relay outputs rated for 24 VAC/VDC operation. Each relay can be used for on/off control motors and lighting, or can be used for pulse width modulation control, with 0.1 second resolution. Each output contains override switch for manual operation, with software feedback of the switch position. 156 EMX 156 provides 2 digital outputs rated for 120/240 VAC operation. Each output is a field replaceable, solid state that can be used for control of motors and lighting, or can be used for pulse width modulation control, with 0.1 second Each output has 4000 V RMS isolation, and has a maximum surge current of 80 amps. Each output contains an switch for manual operation, with software feedback of the switch position. 150, EMX 151, EMX 155, EMX 156, EMX 160 150, EMX 151, EMX 155, EMX 156, EMX 160 150, EMX 151, EMX 155, EMX 156, EMX 160 Expansion Modules 150, EMX 151, EMX 155, EMX 156, EMX 160 EMX 150, EMX 151, EMX 155, EMX 156, EMX 160 160 EMX 160 contains 8 digital inputs designed for dry contact signals. In addition, each input can be configured to pulses up to 140 per second. module points are treated in the same manner as the built-in I/O of each Infinet controller. Once expansion are assigned using Andover Controls Plain English programming language, they are automatically added to input and output summaries, and can be used unrestricted in programs, reports, and alarms. modules are designed to be plugged into the expansion port found at the bottom of each Infinet controller. expansion module enclosure is intended for panel mounting, using two sheet metal screws. TO PREVIOUS OR CONTROLLER POTS 1.52″ (39mm) FOR EMX Size differs for all EMX Modules 150 Dimensional Diagram P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S to two modules can be powered directly from the Infinet controller (Only 1 151). Additional modules can be powered with an external 24 VDC power Environment: to 120 (0 to 49 10 to 95% RH (non-condensing) Type: open class sheet metal, IP 10 Interface: expansion serial port of the local Infinet controller. Power Connector: connector Connectors: two-piece terminal blocks. (EMX 156 has screw terminals). Modules/Infinet Controller:Consult the Infinity Expansion Module Configuration Guide for the maximum of inputs/outputs allowed on each particular Infinet controller. LISTINGS 916, FCC,CE

Infinity 170 Programmable Interface Module Infinity EMX 170 Programmable Interface Module combines a true interactive display with a temperature sensor to provide users with a cost effective way to view or modify facility The 8-character LCD display and six programmable function keys enable operators and to change setpoints, monitor occupancy counts, turn equipment on and off, air balance boxes, arm or disarm high security areas, or perform virtually any building automation or function within the Andover Infinity System. The six function keys can be programmed to a wide variety of operations, including password security. EMX 170 is available in two versions: standard wall mount and industrial (NEMA 4X). MOUNT UNIT standard wall mount unit comes in an attractive, well-ventilated plastic enclosure and includes a thermistor sensor. The which is styled to match the other Infinity room sensors, is secured with tamper-resistant screws. keys on the standard wall mount unit are hidden from view by a flip-down cover on the front of the sensor. The keys can programmed to switch the space to occupied mode, adjust the amount of override time, adjust the temperature setpoint, or disarm a security system, or even request a car from the building garage. A blank overlay is provided with each unit custom labeling of the function keys. VERSION industrial version comes in a NEMA 4X, 1/4 DIN package. The keys are membrane-type with tactile feedback. A custom kit is available for the keys. Typical uses include equipment on/off control, setpoint changes, override time, and PID constants adjustment. Two of the wiring terminals are reserved for a thermistor (not included). E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Programmable Liquid Display Offers Affordable, Interaction with Controls Keypad Programmable a Variety of Control Functions View Room Temperature, Setpoint, Humidity, Occupancy Adjust Room Setpoints, Amount Of Time, Minimum And Airflows, Arm or Disarm Security System Built-In Service Port for Andover Software Standard Wall Mount and Versions Available M X 1 7 0 M X 1 7 0 M X 1 7 0 Programmable Interface Module M X 1 7 0 E M X 1 7 0 CAPABILITIES the display and function keys of the EMX 170 is done using Andover Controls powerful Plain English language. Standard library programs include scheduling, tenant override, setpoint adjustment, airflow and password protection. The Plain English programs are stored in, and executed by, the local Infinet connected to the EMX 170. CONNECTION versions of the EMX 170 provide a connection for the Andover Infinity Lap-Top Service Tool. By plugging into the 170 on the Infinet bus, a service technician can view data, change setpoints and times, and even modify control throughout the entire system. EMX 170 Buffer Board, included with the EMX 170, attaches to the expansion port of the local Infinet controller 920, LCX 810, TCX 850, TCX (IDX) 851, TCX 853, or TCX 855), with one EMX 170 Programmable Interface Module per each controller. terminals are provided for a six-conductor, shielded cable to be wired a maximum of 180 feet from the Buffer to the programmable interface unit. Because the LCX Lighting Controller family and the TCX 860 and TCX 870 the buffer board built-in, the EMX 170 is also available for ordering with a Buffer Board option. two-conductor Infinet cable may also be run to connect the LSX 280 Lap-Top Service Tool Jack. EMX 170 standard wall unit may be mounted directly on a wall, or over a single gang utility box. Screw terminals a two-piece enclosure assure easy installation and wiring. EMX Industrial Version is designed for flush panel mounting (1/4 DIN). Screw terminals and the LSX 280 Lap-Top Tool Jack are located at the rear of the device for easy installation and wiring. 170 Wall Mount (left) and EMX 170Industrial (Right) Dimensional Diagram P E C I F I C A T I O N S EMX 170 maximum is powered directly from the Infinet controller. Environment: to 1

Controlling Tomorrow World Cardkey Interface Installation Guide EMX34/CK34 Cardkey Interface Board is designed to convert the signals from up to four Model #L47 readers (or two Model #L40-6 readers, which draw more current) into format, which can be read by the ACX 700/780 family of controllers. Registration warranty is effective for 18 months starting on the date the system is shipped. Setup Requirements you install the controller, you should map out where you plan to install each inter- When planning the sites, be aware of dimensions, power requirements, and requirements. EMX 34 printed circuit board is approximately 6.125 3.625 (160 92 mm). Requirements EMX 34 receives power from an ACX 700/780 to supply the Cardkey reader. The EMX requires an additional 24 VAC (1 amp) which powers the Cardkey reader incandescent (LEDs). The EMX 34 board converts the power to 9 VDC output for the lamps. Requirements EMX 34 operates in the same environment as any Infinet controller. Manuals Online! – 34 Installation Guide 1 A or distribution forbidden. (cid:211) 1992 by Andover Controls. to change without notice. No. 30-3001-494 1992 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 USA Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not any warranty, express or implied. Andover Controls Corporation the right to alter capabilities, performance, and presentation of this at any time. Manuals Online! – 34 Installation Guide 2 unpacking the unit, do not damage the packaging material must reuse it if you the product back for repair. Included and Required Included with the EMX 34 EMX 34 Printed Circuit Board Plastic PCB Mounting Brackets Plastic DIN Rail Mounting Brackets Hardware Installation Guide (this manual) Items Required An ACX 700 or 780 Family Controller Cardkey Readers AC Power Cable Output Wires End Clamps DIN Rail Enclosure An Extra Cable and Female Molex Connector per Reader Manuals Online! – 34 Installation Guide 3 Installation EMX 34 is designed to be mounted to a DIN rail within an enclosure. the EMX 34 to a DIN Rail to the illustrations for more details on the parts involved in the mounting procedure. Slide an end clamp onto the DIN Rail. Tighten the screws when the clamp is in the desired. Mounting Brackets to DIN Rail Clamp Rail Mounting Bracket Rail Bracket Slide a DIN Rail mounting bracket under the PCB bracket until flush on the back side. Slide the DIN Rail mounting bracket with PCB bracket (back/flat side first) onto the DIN Position the flat side up against the end clamp. Manuals Online! – 34 Installation Guide 4 the top of the printed circuit board into the PCB bracket. the PCB to Brackets Rail of PCB Mounting Bracket G G G Clamp Rail Mounting Bracket Slide the other DIN Rail mounting bracket onto t

Controlling Tomorrow World 2000 Guide Version Controls Corporation Manuals Online! – A or distribution forbidden. (cid:211) 1992 by Andover Controls. to change without notice. No. 30-3001-179 1992 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 2000 Installation Guide Manuals Online! – EnergyLink 2000 Installation Guide presents instructions for the EnergyLink 2000, 2100, and 2101 on EnergyNet. It first how to prepare the site, including facts about proper ground- then how to install the various EnergyLinks. basic information on local area networks (LANs), refer to the and Infinet Configuration Guide. Controls Corporation Manuals Online! – 2000 Installation Guide Manuals Online! – the EnergyLink 2000 manual covers installing the EnergyLinks on EnergyNet. If you not planned out your network yet, read the EnergyNet and Infinet Guide first. It contains details on how to select the best for your installation. Registration warranty is effective for 18 months starting on the date the is shipped. wiring must comply with all local, state, and national electrical 2000 Installation Guide Manuals Online! – to Install EnergyLinks EnergyLinks, you can have only a bus topology EnergyNet. as central active hubs, the EnergyLinks let you form star and dis- star topology networks. addition, EnergyLinks allow you to not only extend the maximum length for all buses, but also increase the number of controllers al- on a single bus. You can use EnergyLinks to switch cable types to diagnose network problems. The EnergyLink family of links is and diverse. you begin, you determine the exact kinds of links you require, the number of central hubs, cable switching links, and repeaters. If are not sure what you need or how to order it, read the EnergyNet Infinet Configuration Guide. you can install the EnergyLink 2000, 2100, or 2101, you need to some basic information about them: the types, their modules, dimensions and enclosures, power requirements, grounding re- and environmental requirements. equipment has been tested and found to comply with the limits for Class A digital device, pursuant to Part 15 of the FCC Rules. These are designed to provide reasonable protection against harmful when the equipment is operated in a commercial This equipment generates, uses, and can radiate radio energy and, if not installed and used in accordance with the in this manual, may cause harmful interference to radio Operation of this equipment in a residential area is to cause harmful interference in which case the user will be to correct the interference at his own expense. 2000 Installation Guide Manuals Online! – Dimensions EnergyLink 2000 is 5.75H a hinged aluminum enclosure that meets UL standards. 10.43W 8.66D in. The unit is in- modules that you ordered with the EnergyLink 2000 can have ports either all coaxial cable, or mixed coaxial and fiber optic cable, or all optic. Each module is approximately 5.25H 7D in. 1W with coaxial cable ports have four ports. Modules with mixed and fiber optic cable ports have two coaxial and two fiber optic ports. EnergyLink 2100 or 2101 is 9.625H in sealed aluminum enclosures that meet UL standards. 1.75D. The units 6.375W Requirements sure your installation complies with local, state, and national codes. EnergyLink 2000 should receive power from its own independent,

Controlling Tomorrow World 2500 Guide Version Controls Corporation Manuals Online! – C or distribution forbidden. (cid:211) 1993 by Andover Controls. to change without notice. No. 30-3001-393 1993 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 2500 Installation Guide Manuals Online! – EnergyLink 2500 Installation Guide presents instructions for the EnergyLink 2500 inside the 9200 controller. It first how to prepare the site, including facts about proper then presents how to install the EnergyLink 2500. basic information on local area networks (LANs) and planning your refer to the EnergyNet and Infinet Configuration Guide. Controls Corporation Manuals Online! – 2500 Installation Guide Manuals Online! – the EnergyLink 2500 Ethernet-EnergyNet manual covers installing the EnergyLink 2500s on the Ethernet- If you have not planned out your network yet, read the and Infinet Configuration Guide first. It contains details on to select the best EnergyLink 2500 modules for your installation. Registration warranty is effective for 18 months starting on the date the is shipped. wiring must comply with all local, state, and national electrical 2500 Installation Guide Manuals Online! – to Install EnergyLink 2500s EnergyLink 2500s, you can have only a bus topology Energy- Acting as central active hubs, the EnergyLink 2500s let you form and distributed star topology networks and form them using three cable types by using various modules with the unit: Module 2501 Pair (10BASE-T) Module 2502 Coaxial (10BASE-2) Module 2503 Optic (10BASE-FL) you can use the blinking lights on the EnergyLink 2500s to diag- network problems. The EnergyLink 2500 family of links is flexible diverse. you would expect, EnergyLink 2500s allow you to increase the en- length of the network. you begin, you determine the exact kinds of links you require, number of central hubs, cable switching links, and repeaters. You have up to four EnergyLink 2500s on a single network. If you are sure what you need or how to order it, talk to your Andover Controls and/or read the EnergyNet and Infinet Configuration you can install the EnergyLink 2500, you need to know some information about the unit: modules available, dimensions and en- information, power requirements, grounding requirements, and requirements. 2500 Installation Guide Manuals Online! – equipment has been tested and found to comply with the limits a Class A digital device, pursuant to Part 15 of the FCC Rules. These are designed to provide reasonable protection against harmful when the equipment is operated in a commercial This equipment generates, uses, and can radiate radio energy and, if not installed and used in accordance with the in this manual, may cause harmful interference to radio Operation of this equipment in a residential area is to cause harmful interference in which case the user will be to correct the interference at his own expense. 2500 Dimensions 4.31W EnergyLink 2500 is 8.34L 46.8D mm). The unit is inside a hinged enclosure that meets UL 1.84D in. (211.9L 109.5W modules that you ordered with the EnergyLink 2500 can have ports either twisted pair, fiber optic, and coaxial cable. Each module is ap- 2.06H 16D mm). By the various modules together, you can have a network that uses three cable types. 0.63D in. (66.1H 89

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Infinity 2500 Ethernet Repeater EnergyLink 2500 is an Ethernet IEEE 802.3 compliant industry standard 10 Mbps Ethernet E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S The EnergyLink provides a simple means to amplify and extend the Ethernet, to combine Controller-Mounted Ethernet and star topologies, and to mix coaxial, twisted pair, and fiber optic cable on the same network. EnergyLink 2500 is modular in design, supporting 1OBase-T, 1OBase-2, and 1OBase-FL, using modules 2501, 2502 and 2503, respectively. The EnergyLink 2500 can support up to seven in various combinations. See the EnergyLink 2500 Installation Guide for more information. EnergyLink 2500 simplifies network diagnostics by using LED indicators. LEDs at each EnergyLink identify network traffic and assist in isolating network problems while other LEDs monitor EnergyLink operation. An additional LED identifies when network reconfiguration occurs. Energy Link 2500 was designed to fit in the CX 9200 cabinet and is powered from the CX UPS. This assures reliable network communication, even during a power failure. See the 2500 Installation Guide for more information. Mixes Coax and Fiber Optic One Hub for Optimum Flexibility Supports Up to Seven Plug-in for Easy Field Indicators Diagnose Problems and When Network Occurs 2500 2500 2500 Ethernet Repeater 2500 EnergyLink 2500 N F I N I T Y SW2 2 1 2 2500 LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD 2500 Dimensional Diagram LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD LINK COL PAR RD P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S VDC 5% @ 3.0 amps max. Consumption: W max. Protection: amp pico fuse provided by CX 9200 UPS. Environment: to 120 (0 to 50 10 to 95% RH (Non-condensing) x 4.31 x 1.84″D (211.8 L X 109.5 W x 46.7D)mm lb. (2.2 Kg) inside CX 9200 Interface: IEEE 802.3 10 Mbs Media Types: Coax, Twisted Pair (See modules specifications below.) position barrier strip (Some configurations require an external power supply.) module specifications below.) SPECIFICATIONS 2501 Module (10Base-T Transceiver) per Segment: Pair (328 ft.) maximum Twisted Pair ohms Delay: microseconds Partition, Collision, Polarity, Link x 8.87″W x 2.75″D (114.30H x 225.42W x 69.85D)mm Type: Length: Type: Indicators: P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont P E C I F I C A T I O N S (Cont 2502 Module (10Base-2 Transceiver) maximum (606 ft), .5m min. per Segment: Style A/U ohms Delay: microseconds Indicators: Partition, Collision x 3.5″W x .63″D (52.3H x 88.9W x 16.0D)mm 2503 Module (Complies with IEEE 802.3 FOIRL Specifications) Fiber Optic Transceiver Interface (St Style) Delay: (6560 ft.) maximum to exceed 12.5 dB signal loss Partition, Collision, Link x 8.87″W x 2.75″D (114.30H x 225.42W x 69.85D)mm LISTINGS 916, 864-UUKL, 1076, FCC UUKL Compliance Type: Length: Type: Type: Length: Budget: Types: Indicators:

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Andover Controls EPISuite-SX8000 Interface & User Guide Manuals Online! – 1997, 1998, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval system, or in any form or by any means, electronic, mechanical, photocopying, or otherwise, without prior written permission of Andover Controls in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks are the of their respective owners. SX8000 Interface Installation & User Guide, Version: B January, 1998 Controls part number: 30-3001-492 information in this book is furnished for informational purposes only, is subject to without notice, and should not be construed as a commitment by Andover Corporation. Andover Controls Corporation, assumes no liability for any errors inaccuracies that may appear in this document. Controls Corporation Brickstone Square MA 01810 470-0555 (978) 470-0946 Controls Corporation Manuals Online! – Overview Architecture…………………………………………………………………………………1 Compatibility…………………………………………………………………………….2 Considerations SX 8000 Systems ………………………………………………………………………..3 Badging Workstations – Minimum Hardware Configuration………………3 Server – Hardware Considerations………………………………………………………..3 Tune-up and Sizing…………………………………………………………………….4 on a Windows 95 Workstation 95 Installation …………………………………………………………………………..5 the Video Capture Card and Software Driver………………………………….5 the Network Interface Card………………………………………………………….6 Configuration …………………………………………………………………………….6 the Server Drive…………………………………………………………………………..7 Installation ………………………………………………………………………………..7 Installation …………………………………………………………………………………..7 the Catalog Stored Procedures ……………………………………………………9 8000 EPISuite Integration Interface Disk ……………………………………………..10 EPISuite With Existing SX 8000 Personnel Records ……………………..12 the Interface Over an Existing EPISuite Database………………………….12 Operation GuardCard …………………………………………………………………………………..13 a New Record…………………………………………………………………………….14 Personnel Through Infinity SX 8000 ……………………………………………..15 Personnel To ACX Controllers……………………………………………….15 …………………………………………………………………………………………..16 Errors ………………………………………………………………………………….17 Errors……………………………………………………………………………………18 A – Expanding the SQL Database……………………………………………………..21 Manuals Online! – User Guide Controls Corporation Manuals Online! – Overview SX 8000-EPISuite Interface integrates the Andover Controls Infinity Security Management System with G&A EPISuite photo identification badging system. The result is a powerful system that truly integrates card security management, CCTV and photo identification on a single platform. By maintaining a single SQL for personnel records and images, consistent personnel data is insured between both applications. And, captured on EPISuite workstations are viewable on any SX 8000 workstation that has the video imaging enabled. Note – The Action Media II adapter board is not requi

Infinity Indoor/Outdoor Security Keypad Indoor/Outdoor Security Keypad Indoor/Outdoor Security Keypad Indoor/Outdoor Security Keypad Indoor/Outdoor Security Keypad Andover Controls Essex Indoor/Outdoor Security Keypad provides a rugged, durable means of E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S a security PIN (personal identification number) into an Infinity Security Management Weatherproof The solid stainless steel keypad wires into the ACX 700 and ACX 780 Access Controllers, no other interface modules required. Up to 2 keypads may be connected to the ACX 700; to 8 to the ACX 780. door in an ACX 700 or ACX 780 may be configured through software to grant access based access card only, PIN only, or a combination of card and PIN. These access modes can be made or can be changed based on a schedule or other system event. A silent duress can be through a slight variation in the PIN entry, also configurable through software. Easy Installation and Service Keypad Vandal and Impact Resistant Beeper Annunciation for Awareness Red, Green LED Indication Mounts Flush or on Standard Box keypad is designed for both indoor and outdoor use, and can be mounted flush or directly onto single-gang electrical handy box. Wiring distance is 500 feet (152 meters) maximum from the to the controller, using 10 conductor, 18 gauge wire. Two LEDs are provided for power go/no go indication. P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Requirements: VDC, 10 mA Environment: to 160 (-40 to 70 0 – 100% RH 1/8″ x 3 3/8″ Keypad protrudes 7/16″ from wall steel INFORMATION Distance: ft. maximum (152 meters) to controller, using 18 gauge wire ft. maximum (61 meters) to controller, using 22 gauge wire Terminations: with connector and leads supplied Input: +5 x 4 matrix output, 0 – 9, *, # to over 1 billion cycles (5VDC Power) (green LED, off if no go) pink (red LED, power indication) Input: Life: Controls Corporation World Brickstone Square (cid:127) Andover, 01810 USA 978 470 0555 (cid:127) Fax: 978 470 0946 Controls Ltd. Road (cid:127) Ashby-de-la-Zouch (cid:127) LE65 2UG, England 01530 417733 (cid:127) Fax: 01530 415436 Control GmbH Seerhein 8 (cid:127) D-78467 Konstanz, 07531 99370 (cid:127) Fax: 07531 993710 Control S.A. Avenue de Fontainebleau (cid:127) 94270 Le France 49 60 63 63 (cid:127) Fax: 49 60 62 71 Controls Corporation 1201-02, Phase I, Cheuk Nang Centre 9 Road, Tsim Sha Tsui (cid:127) Kowloon, Kong 2739 5497 (cid:127) Fax: 2739 7350 1996, Andover Controls Data subject to change notice. All brand names, and registered trademarks are property of their respective holders. Patent #4591967

Continuum N F I N E T I I Family 600 Series Local Controllers i2600 series controllers are designed for monitoring a small or large of input points from a single controller. Choose the i2600 with the input configuration that matches your application: The i2608, with eight Universal inputs, is designed for stand- equipment monitoring for a small concentration of input This controller is also configurable for Supervised Input to determine broken wire detection or shorts. The is ideal for Security applications (motion detection, glass detection, intrusion detection) or traditional control (temperature, humidity, etc). The i2624 provides the same functionality as the the i2608 and the same small footprint of the i2608, but with three times number of input points (24) for monitoring various device With the small footprint and high point count, the is ideal for large concentration of inputs, reducing the of controllers required in the system, and decreasing complexity, and maintenance requirements. i2600 series also features Flash memory, increased user memory, a fast (32-bit) processor for faster scan times, with plenty of memory for data logging of your critical data. i2600 series communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with the Continuum CyberStation Version 1.5 front-end. Up to Infinet devices can be networked to any Andover network controller. RELIABILITY WITH FLASH MEMORY i2600 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In addition, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2600 controllers an on-board battery to safeguard your runtime data protecting point data and log data from being lost if power is removed. BUILDING SMART Compact, Cost-Effective Input Controller Powerful, Flexible System for the Most Applications for Monitoring Small or Groups of Inputs in a Area Universal Inputs Can be as a Supervised for Monitoring Open or Short Circuits Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Local, Extended Storage of Data Local, On-Board Service Port input configuration on the i2600 series consists eight (or twenty-four) full range, 10-bit Universal that accept voltage (0-5VDC), digital (on/off), signals (up to 4Hz), temperature signals, or alarm circuits for security applications or wire detection. CAPABILITIES dynamic memory of the i2600 can be allocated any combination of programs, scheduling, and data logging using the powerful Controls Plain English programming Our object-oriented Plain English with intuitive keywords provides an easy to tailor the controller to meet your exact Programs are entered into the i2600 the Continuum CyberStation Programs are stored and executed by the i2600 controllers. multiple i2600 series controllers is easy with Plain English. A complete copy one i2600 programs can be loaded directly into i2600s without changing any point names or Drawing Drawing Drawing and i2624 Drawings P E C I F I C AT I O N S Series Local Controllers 12-24VDC – auto sensing, +10% – 50/60 Hz Consumption: VA Protection: with 3 amp fuse. MOV protected. Real-Time Clock: Synchronized through Infinet by network fixed screw terminal connector 1-8 (both b3608 and b3624): fixed screw terminal connector only: 9-16: fixed screw terminal connector 17-24: fixed screw terminal connector Environment: Type: Backup: (0

Powerful, Flexible Local for the Most Applications Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Local, Extended Storage of Data View and Modify Information Optional Smart Sensor Local, On-Board Service Port N F I N E T I I 800 Series Local Controllers i2800 series are designed for control of small Air Handling Units, Unit/ Top, and other mechanical plant equipment. Choose the i2800 series with the configuration that matches your application: The i2800, designed for stand-alone equipment control of Roof or Air Handling Units, features eight Universal Inputs, one Sensor/Room Sensor input, plus eight program- Digital Outputs. The i2804, designed for stand-alone equipment control of Roof or Air Handling Units, features eight Universal Inputs, one Sensor/Room Sensor input, plus four program-controlled Outputs and four Analog Outputs for direct control of requiring 0-10 volt control signals. The i2804 is compatible with Continuum (only). models feature an additional room sensor input, which supports Smart Sensor, or any standard room temperature sensor. i2800 series also features Flash memory, increased user memory, a fast (32-bit) processor for faster scan times, with plenty of memory for data logging of your critical data. i2800 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2800 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In addition, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2800 controllers an on-board battery to safeguard your runtime data protecting point data and log data from being lost if power is removed. BUILDING SMART input configuration on the i2800 series consists eight full range, 10-bit Universal inputs that accept (0-5VDC), digital (on/off), counter signals (up 4Hz), temperature signals, or supervised alarm for security applications or broken wire The i2800 series offers an additional input support the Andover Smart Sensor, or any room temperature sensor. i2800 contains eight Form C relay outputs, each for 24 VAC/VDC, 3 amp, while the i2804 four Form C relay outputs and four analog (0-10V, 4-20mA). CAPABILITIES dynamic memory of the i2800 can be allocated any combination of programs, scheduling, and data logging using the powerful Controls Plain English programming Our object-oriented Plain English with intuitive keywords provides an easy to tailor the controller to meet your exact Programs are entered into the i2800 the Continuum CyberStation Programs are stored and executed by the i2800 controllers. multiple i2800 series controllers is easy with Plain English. A complete copy one i2800 programs can be loaded directly into i2800s without changing any point names or SENSOR INTERFACE i2800 provides a built-in connection for Smart Sensor. The Smart Sensor provides 2-character LED display and a 6-button keypad that enables operators and to change setpoints, balance VAV boxes, occupancy status, and turn equipment on off. An enhanced version of the Smart Sensor is available with a 4-digit custom LCD that the following icons: PM, %, Setpoint, Heat, CFM, Fan, OA, and SP. Drawing Drawing Drawing Sensor Drawing Drawings P E C I F I C AT I O N S Series Local Controllers 12-24VDC – auto sensing, +10% – 50/60 Hz Consumption: VA Protection: with 3 amp fuse. MOV protected. Real-Time Clock: Synchronized through Infinet by network Environment:

Powerful, Flexible Local for the Most Applications Expandable I/O Meets Point Count Needs Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Optional Display/Keypad Easy Operator (Mounted Local, Extended Storage of Data View and Modify Information Optional Smart Sensor Local, On-Board Service Port N F I N E T I I 810 Series Local Controllers i2810 series controllers are designed for control of Air Handling Units, Top Units, and other mechanical plant equipment. Choose the i2810 with the configuration that matches your application: The i2810, designed for stand-alone equipment control of Roof Units, Air Handling Units, or other packaged mechanical features eight Universal Inputs, one Smart Sensor/ Sensor input, plus eight program-controlled Digital The i2814, designed for stand-alone equipment control of Roof or Air Handling Units, features eight Universal Inputs, one Sensor/Room Sensor input, plus four program-controlled Outputs and four Analog Outputs for direct control of requiring 0-10 volt control signals. The i2814 is compatible with Continuum (only). models feature an additional room sensor input, which supports Smart Sensor, or any standard room temperature sensor. The series also features universal inputs, a real-time clock, override on all outputs, two-piece removeable connectors, and the ability expand the I/O for additional points. i2810 series also features Flash memory, increased user memory, a fast (32-bit) processor for faster scan times, with plenty of memory for data logging of your critical data. i2810 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2810 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In addition, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2810 controllers an on-board battery to safeguard your runtime data protecting point data and log data from being lost if power is removed. BUILDING SMART Drawing Drawing Drawing input configuration on the i2810 series consists eight full range, 10-bit Universal inputs that accept (0-10VDC), digital (on/off), counter signals to 4Hz), temperature signals, or supervised circuits for security applications or broken detection. The i2810 series offers an additional to support the Andover Smart Sensor, or any room temperature sensor. i2810 contains eight Form C relay outputs, each for 24 VAC/30VDC, 3 amp, while the i2814 four Form C relay outputs and four analog (0-10V). Both the relay and analog outputs manual override switches, with software of the switch position. EXPANSION i2810 contains an I/O expansion port for the of up to two Andover xP expansion directly on the bottom of the controller. The family of modules includes the DI-8, D0-2, D0-4, and AO-4. In addition to two input/output the I/O bus supports the xP Local Display which allows the user to view and change values. CAPABILITIES dynamic memory of the i2810 can be allocated any combination of programs, scheduling, and data logging using the powerful Controls Plain English programming Our object-oriented Plain English with intuitive keywords provides an easy to tailor the controller to meet your exact Programs are entered into the i2810 the Continuum CyberStation Programs are stored and executed by the i2810 controllers. multiple i2810 series controllers is easy with Plain English. A complete copy one i2810 programs can be loaded directly into i2810s without changing any point names or on back . . .) Sensor Drawing Drawings

I N F I N E T I I 850 Series of Terminal Controllers Infinet II (i2) 850, 851, and 853 controllers provide cost-effective DDC of individual terminal units: VAV boxes, fan-powered induction unit ventilators, heat pumps, etc. The i2850 series is a perfect fit for VAV applications where external damper actuators are used. And all i2850s feature a built-in expansion port for additional I/O, controllers are perfect for your more demanding control Compact Terminal Controllers VAV Control for a Range of Applications the the i2850 series controller with the input configuration that your application: Compatible with Both and Infinity Expandable I/O Meets Point Count Needs Universal Inputs with Form A Form K Outputs for Control Options Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Flash Memory Allows Easy Software Updates On-Board Airflow Sensor Optional Display/Keypad Easy Operator (Mounted View and Modify Information Optional Andover Sensor Display Local On-Board Service Port The i2850 has four full range Universal inputs plus a fifth input for on-board air flow sensor for VAV airflow measurement. The i2851 contains four Universal inputs as well, but does not the on-board air flow sensor and is perfect for applications requiring airflow measurement, such as heat pumps and fan The i2853 is for dual-duct VAV applications. It contains two on- airflow sensors and four universal inputs. three models feature an additional room sensor input, which supports Smart Sensor, or any standard room temperature sensor; plus Form A relays and one Form K Tri-state relay output. to all i2 controllers, the i2850 series features Flash memory, user memory, and a fast (32-bit) processor for faster scan with plenty of additional memory available for data logging of your data. i2850 series communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2850 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your BUILDING SMART will be restored when power is In additon, the Flash memory allows for upgrades of your operating system via downloads, eliminating the need to swap proms. The i2850 controllers include an on- battery to safeguard your runtime data all point data and log data from being if power is removed. input configuration on the i2850 series of four full range Universal inputs that voltage (0-5VDC), digital (on/off), counter (up to 4Hz), or temperature signals. The features one on-board air flow sensor; the provides two. All models offer an additional to support the Andover Smart Sensor, or any room temperature sensor. i2850 series contains three Form A relay and one Form K Tri-state output. Each relay rated for 24 VAC/VDC, 3 amp. These outputs be used separately for on/off or pulsed control lighting, heat, and fan units. The pre-configured K Tri-state output can be used for bi- control of dampers and valves. Any two consecutive Form A outputs can configured to form an additional Form K output.) EXPANSION i2850 series contains an I/O expansion port for addition of up to two xP expansion modules on the bottom of the controller. The i2 of modules includes the DI-8, D0-2, D0-4, and AO-4. In addition, the I/O bus supports xP Display Module, which allows the user to and change point values. CAPABILITIES dynamic memory of the i2850 series can be for any combination of programs, alarming, and data logging using the Andover Controls Plain English language. Our object-oriented Plain language with intuitive keywords provides easy method to tailor the controller to meet exact requirements. Programs are entered the i2850 series using the Continuum Drawing

I N F I N E T I I 865/866 VAV Controllers with Actuator Infinet II (i2) 865 and 866 are unique, low-cost VAV box controllers come equipped with a built-in actuator to streamline hardware and save commissioning time. Four universal inputs; an sensor; three Form A triac-based outputs; and an integrated actuator, make these controllers perfect for VAV applications reheat control. Both models feature a room sensor input, which Andover Smart Sensor, or any standard room temperature i2866 model is identical to the i2865, with the exception that it also two analog outputs to control reheat valves, lighting ballast control, to all i2 controllers, the i2865 features Flash memory, increased memory, and a fast (32-bit) processor for faster scan times, with of additional memory available for data logging of your critical i2865 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2865 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In additon, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2865 includes on-board battery to safeguard your runtime data protecting all point and log data from being lost if power is removed. BUILDING SMART Compact Terminal Controllers Low-cost VAV Built-in Damper Actuator Hardware Universal Inputs with Form A, K, and Analog Outputs Flexible Control Options Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Flash Memory Allows Easy Software Updates On-Board Airflow Sensor View and Modify Information Optional Andover Sensor Display Local On-Board Service Port input configuration on the i2865 consists of full range Universal inputs that accept voltage digital (on/off), counter signals (up to or temperature signals, plus an on-board air sensor. Both models also offer an additional to support the Andover Smart Sensor, or any room temperature sensor. i2865 contains three Form A Triac-based Each Triac is ground referenced. These can be used separately for on/off or pulsed of lighting, heat, and fan units or for bi- control of dampers and valves; or into one Form K Tri-state output and Form A output. (Note: Any two consecutive outputs can be configured as a Form K Outputs are rated for AC loads only. The also offers two (0-10V) analog outputs. ACTUATOR integrated Belimo damper actuator allows direct mounting of the i2865 directly over existing damper shaft. This eliminates the for separate mounting, wiring, and positioning the damper motor. All i2865 controllers have software over-drive protection which senses motor limit stall conditions and helps to motor damage. Also, the actuator has a clutch button to temporarily disengage the gears during commissioning. The i2865 may be preset for a limited range of using the mechanical provided. CAPABILITIES dynamic memory of the i2865 can be for any combination of programs, alarming, and data logging using the Andover Controls Plain English language. Our object-oriented Plain language with intuitive keywords provides easy method to tailor the controller to meet exact requirements. Programs are entered the i2865 using the Continuum CyberStation, SX 8000 Workstation, or local user terminal. are then stored in, and executed by, the on back page) Drawing Drawing P E C I F I C AT I O N S VAV Controllers (CONTINUED) VAC, +10% -15%, 50/60 Hz Consumption: VA Protection: with 2 amp fuse. MOV protected. Real-Time Clock: Synchronized through In

I N F I N E T I I 867 Terminal Controller Infinet II (i2) 867 is a compact terminal controller that provides low- DDC control of package units, heat pumps, unit ventilators, and terminal unit applications. Its versatile mix of I/O Universal Triac outputs, plus an interface to Andover Controls Smart Sensor temperature sensor with programmable keypad allows for control solutions. The i2867 also features two analog outputs to reheat valves, dampers, lighting ballasts, etc. And because the is enclosed in a sleek, modular casing, it can be mounted in a area perfect for retrofit applications. to all i2 controllers, the i2867 features Flash memory, increased memory, and a fast (32-bit) processor for faster scan times, with of additional memory available for data logging of your critical i2867 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2867 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In additon, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2867 includes on-board battery to safeguard your runtime data protecting all point and log data from being lost if power is removed. input configuration on the i2867 consists of four full range Universal that accept voltage (0-5VDC), digital (on/off), counter signals (up to or temperature signals. The i2867 also offers a fifth input to support Andover Smart Sensor, or any standard room temperature sensor. BUILDING SMART Compact Terminal Controller Low-cost DDC of Package Units, Pumps, Unit Ventilators Compatible with Both and Infinity Universal Inputs with Form A, K, and Analog Outputs Flexible Control Options Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Flash Memory Allows Easy Software Updates Modular, Sleek Design Installation in Small View and Modify Information Optional Andover Sensor Display Local On-Board Service Port i2867 contains five Form A Triac-based Each Triac is ground referenced. These can be used separately for on/off or pulsed of lighting, heat, and fan units or be into Form K Tri-state outputs (2-max) for control of dampers and valves, with free Triac output remaining. (Note: Any two Triac outputs can be configured as a K output.) Outputs are rated for AC loads The i2867 also offers two (0-10V) analog CAPABILITIES dynamic memory of the i2867 can be for any combination of programs, alarming, and data logging using the Andover Controls Plain English language. Our object-oriented Plain language with intuitive keywords provides easy method to tailor the controller to meet exact requirements. Programs are entered the i2867 using the Continuum CyberStation, SX 8000 Workstation, or local user terminal. are then stored in, and executed by, the multiple i2867s is inherently easy Plain English. A complete copy of one i2867 can be loaded directly into other i2867s changing any point names or programs. In channel assignments for the i2867 are to other Infinet devices such as the i2865 easy program conversion. SENSOR INTERFACE i2867 provides a built-in connection for Smart Sensor. The Smart Sensor a 2-character LED display and a 6-button keypad that enables operators and to change setpoints, balance VAV monitor occupancy status, and turn on and off. An enhanced version of the Sensor is also available with a 4-digit LCD that provides the following icons: PM, Setpoint, Cool, Heat, CFM, Fan, OA, and SP. Drawing and Communications Drawing Drawing Sensor Drawing

I N F I N E T I I 885 VAV Controller with Built-in Infinet II (i2) 885 is a unique, low-cost VAV box controller that comes with a built-in actuator to streamline hardware installation and commissioning time. Two universal inputs, an airflow sensor, two A triac-based outputs, and an integrated damper actuator, make controllers perfect for smaller VAV applications. to all i2 controllers, the i2885 features Flash memory and a fast processor for faster scan times. i2885 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with Continuum CyberStation Version 1.5 or greater. Up to 254 devices can be networked to any Andover network controller. RELIABILITY WITH FLASH MEMORY i2885 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In additon, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. input configuration on the i2885 consists of two full range Universal that accept voltage (0-5VDC), digital (on/off), counter signals (up to or temperature signals, plus an on-board air flow sensor. Typically two inputs are used for room temperature, and either supply air or a setpoint adjustment signal. i2885 contains two Form A Triac-based outputs. Each Triac is ground These outputs can be used separately for on/off or pulsed of lighting, heat, and fan units or for bi-directional control of and valves; or configured into one Form K Tri-state output. are rated for AC loads only. Typically, the outputs are used for 1- 2-stages of electric heat, or a PWM reheat valve. BUILDING SMART Compact Terminal Controller Low-cost VAV Built-in Damper Actuator Hardware Two Universal Inputs; Two A Outputs for Flexible Options Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Flash Memory Allows Easy Software Updates On-Board Airflow Sensor Local On-Board Service Port Typical VAV Applications: Cooling-Only Cooling with 1 or 2-Stage Electric Heat Cooling with Reheat Valve, PWM Control Fan Powered with 1-Stage Electric Reheat ACTUATOR integrated Belimo damper actuator allows direct mounting of the i2885 directly over existing damper shaft. This eliminates the for separate mounting, wiring, and positioning the damper motor. All i2885 controllers have software over-drive protection which senses motor limit stall conditions and helps to motor damage. Also, the actuator has a clutch button to temporarily disengage the gears during commissioning. The i2885 may be preset for a limited range of using the mechanical provided. CAPABILITIES dynamic memory of the i2885 can be for any combination of programs, alarming, and data logging using the Andover Controls Plain English language. Our object-oriented Plain language with intuitive keywords provides easy method to tailor the controller to meet exact requirements. Programs are entered the i2885 using the Continuum CyberStation or user terminal. Programs are then stored in, executed by, the i2885. multiple i2885 is inherently easy Plain English. A complete copy of one i2885 can be loaded directly into other i2885 changing any point names or programs. Drawing Drawing Input P E C I F I C AT I O N S VAV Controller VAC, +10% -15%, 50/60 Hz (CONTINUED) Output Rating: 0.5A, 24VAC, (Tested according to 30 mA AC Triac is ground referenced, DC loads permitted. Output Accuracy: sec. for pulse width modulation ACTUATOR Torque: of Travel: Speed: Resolution: Output: Accommodations: Shaft: Port: in-lb. (3.95 Nm) degrees, with adjustable mechanical degree/sec n

I N F I N E T I I 887 Series Terminal Controllers Infinet II (i2) 887 is a fully programmable, low cost, general purpose controller. It has all the power of an Infinet II controller, but with small form factor. With its unique mix of three universal inputs, one Sensor/room sensor input, four triac outputs and one relay output, i2887 can be easily configured to control Heat Pumps, Fan Coils, or units. Use the i2887 for direct control of fans, staged heating and and monitoring of room temperature, outside air temperature, air temperature or occupancy status. i2887 is compact so it can be installed in tight locations with three screws; and its removable terminal connectors allow for easy the standard i2887 version uses 24 VAC input power, the i2887-L accepts incoming line voltage at 115 or 230 VAC, has an onboard and the same versatile I/O configuration. to all i2 controllers, the i2887 features Flash memory and a fast processor for faster scan times, with plenty of additional memory for data logging of your critical data. RELIABILITY WITH FLASH MEMORY i2887 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In additon, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. input configuration on the i2887 consists of three full range Universal that accept voltage (0-5VDC), digital (on/off), counter signals (up to or temperature signals. The i2887 also offers a fourth input to the Andover Smart Sensor, or any standard room temperature BUILDING SMART Compact Terminal Controller Low-cost Fan Coil Heat Pump Control Three Universal Inputs and Smart Sensor/Room Input Four Form A Triac Outputs, Form A Relay, 277 VAC Flash Memory Allows Easy Software Updates Removable Terminal Blocks for Serviceability View and Modify Information Optional Andover Sensor Display Local On-Board Service Port Typical Applications: Fan Coil Unit Heat Pump Chilled Beams Non-Volatile Flash Memory Utmost Reliability Both Application and Operating i2887 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with Continuum CyberStation Version 1.6x or greater. Up to Infinet devices can be networked to any Andover network controller. i2887 contains five digital outputs four A Triac-based outputs plus one Form A Relay capable of switching line voltage. outputs can be used separately for on/off or control of lighting, heat, and fan units or be configured into Form K Tri-state outputs (2- for bi-directional control of dampers and (Note: Any two consecutive Triac outputs be configured as a Form K output.) All Triac are ground referenced and rated for AC only. CAPABILITIES dynamic memory of the i2887 can be for any combination of programs, alarming, and data logging using the Andover Controls Plain English language. Our object-oriented Plain language with intuitive keywords provides easy method to tailor the controller to meet exact requirements. Programs are entered the i2887 using the Continuum CyberStation. are then stored in, and executed by, the multiple i2887s is inherently easy Plain English. A complete copy of one i2887 can be loaded directly into other i2887s changing any point names or programs. In channel assignments for the i2887 are to other Infinet devices such as the i2851 easy program conversion. on back . . .) Dimensional Drawing Dimensional Drawing Drawing Drawing Drawing Drawing P E C I F I C AT I O N S Series Terminal Controllers (CONTINUED) Accuracy: 24 VAC, +10% -15%, 50/60 Hz 115/230 VAC, +10% -15%, Hz Consumption: 10 VA 32 VA Protection:

N F I N E T I I 920 System Controllers Infinett II (i2) 920 System Controller is perfect for your most control and monitoring applications with its versitile input/ mix and its ability to add additional points using Andover i2 Modules. for control of large Air Handling Units, chillers, boilers, and other plant equipment, the i2920 features plenty of dynamic for application programs as well as for expanded local data of critical data. The i2920 also features a fast 32-bit processor, inputs, override switches on all outputs, two-piece removeable and an optional 4-line display with keypad. Similar to other II controllers, the i2920 has an additional room sensor input, which Andover Smart Sensor, or any standard room temperature i2920 communicates with the entire Andover Controls Infinet field bus; i.e., both Infinet and Infinet II controllers, and is with both the Continuum CyberStation and Infinity SX 8000 Up to 254 Infinet devices can be networked to any Andover controller. RELIABILITY WITH FLASH MEMORY i2920 non-volatile Flash memory stores your operating system and programs, so that in the event of a power loss, your will be restored when power is returned. In addition, the Flash allows for easy upgrades of your operating system via software eliminating the need to swap out proms. The i2920 controllers an on-board battery to safeguard your runtime data protecting point data and log data from being lost if power is removed. input configuration on the i2920 series consists of sixteen full range, Universal inputs that accept voltage (0-10VDC), digital (on/off), signals (up to 4Hz), temperature signals, or supervised alarm for security applications. The i2920 offers an additional input to the Andover Smart Sensor, or any standard room temperature BUILDING SMART Compatible with Both and Infinity Powerful, Flexible System for the Most Applications Expandable I/O Meets Point Count Needs Non-Volatile Flash Memory Utmost Reliability Both Application and Operating Optional Local Display/ Provides Easy Interface Local, Extended Storage of Data View and Modify Information Optional Smart Sensor Local, On-Board Service Port i2920 contains 16 outputs – eight Form C relay each rated for 24 VAC/VDC, 3 amp, and analog outputs (0-10V, 4-20mA). Both the relay analog outputs have manual override switches, software feedback of the switch position. EXPANSION i2920 contains an I/O expansion port for the of up to two Andover xP expansion directly on the bottom of the controller. The family of modules includes the DI-8, D0-2, D0-4, and AO-4. In addition, the I/O bus supports xP Local Display Module, which allows the user view and change point values. The Local Display is also available factory-mounted directly the i2920. CAPABILITIES dynamic memory of the i2920 can be allocated any combination of programs, scheduling, and data logging using the powerful Controls Plain English programming Our object-oriented Plain English with intuitive keywords provides an easy to tailor the controller to meet your exact Programs are entered into the i2920 the Continuum CyberStation Programs are stored and executed by the i2920 controllers. multiple i2920 controllers is inherently with Plain English. A complete copy of one programs can be loaded directly into other without changing any point names or SENSOR INTERFACE i2920 provides a built-in connection for Smart Sensor. The Smart Sensor provides 2-character LED display and a 6-button keypad that enables operators and to change setpoints, balance VAV boxes, occupancy status, and turn equipment on off. An enhanced version of the Smart Sensor is available with a 4-digit custom LCD that the following icons: PM, %, Setpoint, Heat, CFM, Fan, OA, and SP. Drawing Drawing Drawing Sensor Drawing Drawing

I N F I N E T I I Family of Controllers Controls continues to provide powerful, state-of-the-art to keep up with tomorrow fast-paced world. Introducing the II (i2) family of controllers ready to meet your most challenging applications. i2 controllers come packed with exciting new features to your control projects easier. For starters, because they operate on familiar Andover Infinet peer-to-peer RS-485 network, i2 controllers compatible with your existing Continuum and Infinity systems and replace their predecessors with minimal effort. Furthermore, from your existing Andover controllers can be loaded into the i2 controllers with minimal programming changes required. You only gain more memory to fulfill your application needs, but the i2 processor provides faster scan times, with plenty of additional available for data logging of your critical point data. RELIABILITY WITH FLASH MEMORY i2 controllers feature Flash memory, providing the utmost in reliability. i2 non-volatile Flash memory stores your application programs and system, so that in the event of a power loss, your application be restored when power is returned. In additon, the Flash memory for easy upgrades of your operating system via software eliminating the need to swap out proms. All i2 controllers an on-board battery to safeguard your runtime data protecting point data and log data from being lost if power is removed. INSTALLATION i2 sleek new open-class design provides easy access to the points and eliminates the need to remove any covers. Inputs on the left and outputs on the right for easy wiring and The snap-on cover provides quick access for battery or replacement, when necessary. And exposed mounting holes on all controllers allow you to easily mount them in any enclosure. SENSOR INTERFACE i2 controllers come standard with an additional input to provide connection to Andover Smart Sensor, Sensor Plus, or any room temperature sensor. BUILDING SMART Andover New Family of Compact for Your Most Control Non-Volatile Flash Memory Utmost Reliability Stores Both Application and Operating Flash Memory Allows Easy Software Updates Battery Back-up Provides of All Runtime Data Compatible with Both and Infinity 32-bit Processor Provides Scan Times Modular, Sleek Design Installation and Maintenance View and Modify Information Optional Andover Sensor Display LED Indicators for Easy Controllers 920 Air Handling Unit is too big the i2920 System Controller. largest of the stand-alone with 512K of Built-in Real Time plus support for additional I/O for larger 810 SERIES i2810 and i2814 provide same power as the i2800 but also include universal inputs, memory, terminal blocks, switches, and I/O capability. requires Continuum V1.5 or greater; SX 8000 support 800 SERIES i2800 Series is perfect for the Air Handling Unit/Roof Top The i2800 and i2804 a built-in 24 VAC and 12-24 auto sensing power supply. requires Continuum V1.5 or greater; SX 8000 support 600 SERIES i2600 Series is ideal for small large groups of inputs that monito

I N F I N E T I I Infilink 200 Communications Unit Infinet II (I2) Infilink 200 is an electronic repeater and a 5-port active for Andover Controls Infinet field bus, designed to transmit RS-485 beyond the 31-device/4,000-foot (1.2 km) limitation. Andover field bus can be comprised of both Infinet and Infinet II controllers. I2200 accepts twisted pair cabling at each of its five RS-485 ports. A Infinet RS-485 input supplies up to four RS-485 output signals, or Each spoke has the drive capability of up to 4,000 feet (1.2 km) up to 57.6K* baud with up to 31 separate devices attached. conversion applications, when existing phone lines are in place, the RS-485 input can become a single RS-232 output for use with third- short haul modems. (The four RS-485 output ports are still available using the RS-232 port.) Data transmission speeds for the I2200 are from 300 to 57.6K baud.* I2200 simplifies network troubleshooting by using LED indicators. LEDs flash to indicate when the I2 is receiving and transmitting and RS-485 signals. I2200 is provided with a hinged, black 16-gauge, cold-rolled steel Installation is simplified by the use of detachable connectors all RS-485 ports. AND DC MODELS AVAILABLE I2200 is available in two models: The AC model is powered from a 115/230 VAC source. A 24 VDC model is also available for where battery-backed operation is required. Note: Only data rates up to 19.2K baud are presently supported on the Infinet network. Five-Port Active Hub for Field Bus Extends RS-485 Field Bus Beyond the Device/4,000 Feet (1.2 km) Limitation AC and DC Models Available RS-485 to RS-232 Conversion Short-Haul Modems Detachable RS-485 Provide Easy Switch Selectable Baud Rates, 300 to 57.6K Baud AC Input Voltage Switch- Full LED Indication for Easy Infilink 200 Dimensional Drawing with AC Power DC Power Layout P E C I F I C AT I O N S 200 Communications Unit Input: Output: Output: barrier strip two-piece terminal strip two-piece terminal strip 25-pin female D connector LEDS/SWITCHES Indicator LEDS: COMM 1-5 TDs COMM 1-5 RDs COMM TD COMM RD is ON Active Data Data Data Data RATE AC or DC Power LISTINGS 916, FCC part 15 Class A, ICES-003 Class A, CE VAC, 50/60 Hz, switch- or 24 VDC Consumption: VA for AC model; 1 W for DC model Protection: with 2 A fuse. MOV protected. Environment: (0 10 RH (non- x 7.500 x 2.370″D (210H x x 59D)mm lbs. (1.87 kg) Type: 1-style 16-GA C.R.S. enclosure, rating of UL94-5V, IP 20 Speed: Delay: Length: Media: to 57.6K bps, switch-selectable to RS-485 = 0.5 Bit max. (not media) to RS-485 = 0.5 Bit max. (not media) four separate Infinet RS-485 each capable of connecting 31 and/or 4000 feet (1.2 km). twisted, shielded pair, approved, capacitance cable 1: Chassis Ground 2: Transmit Data 3: Receive Data 4: Enabled 7: Signal Ground 9: 12V @ 25 mA unregulated 10: -12V @ 25 mA unregulated 20: Enabled Error Checking: Standard CRC 16 Assignments for RS-485 to RS-232 Signal: Controls Corp. Headquarters Brickstone Square Massachusetts 01810 USA +1 978 470 0555 Fax: +1 978 470 0946 Controls Ltd. Road LE65 2UG England +44 1530 417733 +44 1530 415436 Controls GmbH Seerhein 8 Konstanz +49 7531 99370 +49 7531 993710 Controls S.A. Dolomites 2 Rue Roger Salengro Fontenay Sous Cedex, France +33 1 53 99 16 16 +33 1 53 99 16 15 Controls Asia 1201-02, Phase 1, Cheuk Nang Centre Hillwood

Controlling Tomorrow World 200 Guide Version Controls Corporation Manuals Online! – C or distribution forbidden. (cid:211) 1992 by Andover Controls. to change without notice. No. 30-3001-178 1992 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 200 Installation Guide Manuals Online! – InfiLink 200 Installation Guide presents instructions for installing InfiLink 200 on the Infinet, a network of local controllers. It first how to prepare the site, including facts about proper ground- then how to install the InfiLink 200. basic information on local area networks (LANs), refer to the Network Configuration Guide or ICS Network Configuration Controls Corporation Manuals Online! – 200 Installation Guide Manuals Online! – the InfiLink 200 Infinet manual covers installing the InfiLink 200 on Infinet. For on how to plan and set up your network, refer to the and Infinet Configuration Guide. Registration warranty is effective for 18 months starting on the date the system shipped. wiring must comply with all local, state, and national electrical 200 Installation Guide Manuals Online! – the InfiLink 200 the InfiLink 200, the maximum cable length for all arms on is 4,000 ft. at 19,200 baud (up to 32 local controllers). The In- 200 amplification module lets you extend Infinet beyond 4,000 or have more than 32 local controllers. is also an active hub that can connect up to 127 local controllers to the in a star configuration. you can install the InfiLink 200, you need to know some basic about it: its dimensions and enclosure, power requirements, requirements, and environmental requirements. equipment generates, uses, and can radiate radio frequency energy if not installed and used in accordance with the instruction manual cause interference to radio communications. It has been tested and to comply with the limits for a Class A computing device to Subpart J of Part 15 of the FCC Rules, which are designed provide reasonable protection against such interference when in a commercial environment. Operation of this equipment in residential area is likely to cause interference in which case the user his own expense will be required to take whatever measures may be to correct the interference. 200 Dimensions 7.5 Each InfiLink 200 is 8.5 enclosure that meets UL standards. 2.75 in. The unit is inside a hinged 200 Installation Guide Manuals Online! – Requirements sure your installation complies with local, state, and national codes. InfiLink 200 should receive power from its own independent, circuit. 200 requires 120 V +10/ 60 Hz. You can select 230 50 Hz for European sites by setting two jumpers, but for smoke applications, you must use 120 VAC +10/ 60 Hz. select the input voltage. When you receive it, it is set to 120 V. for altering the input voltage are included later in this Ground Requirements sure that all hardware from Andover Controls Corporation is to true earth ground. This kind of ground protects the from lightning strikes and other power surges in the area. 200 Installation Guide Manuals Online! – cannot guarantee that the control system will operate as unless you properly ground all controllers. 200 Installation Guide Manuals Online! – sure to have your grounds inspected before you begin the process to be sure

I N F I N E T I I Infilink 210 Communications Unit Infinet II (I2) Infilink 210 is a fiber optic repeater designed specifically extend the Andover Controls Infinet field bus with the noise immune of fiber optics. The Infinet field bus can be comprised of both and Infinet II controllers. one RS-485 port and two duplex fiber ports, the I2210 allows point- chaining or stacking for use in hub applications. Using two I2210s fiber, you can connect the Infinet directly between two buildings the worry of electrical noise interference. Data transmission for the I2210 are switch-selectable from 300 to 57.6K baud.* I2210 simplifies network troubleshooting by using LED indicators. LEDs flash to indicate the data transmittal status of the fiber optics Infinet ports. I2210 is provided with a hinged, black 16-gauge, cold-rolled steel Installation is simple using the detachable two-piece screw on the RS-485 port and the built-in connectors on the optics ports. An optional DIN rail mounting kit allows the enclosure be mounted on a standard DIN rail. AND DC MODELS AVAILABLE I2210 is available in two models: The AC model is powered from a 115/230 VAC source. A 24 VDC model is also available for where battery-backed operation is required. Note: Only data rates up to 19.2K baud are presently supported on the Infinet network. RS-485 to Fiber Optic Provides Noise- Communications Dual Fiber Optic Ports for Chain Configuration AC and DC Models Available Detachable RS-485 Provide Easy Switch Selectable Baud Rates, 300 to 57.6K Baud AC Input Voltage Switch- Full LED Indication for Easy Infilink 210 Dimensional Drawing with AC Power DC Power Layout P E C I F I C AT I O N S 210 Communications Unit VAC, 50/60 Hz, switch- or 24 VDC Consumption: Protection: VA for AC model; 1.8 W for DC model with 2 A fuse. MOV protected. LEDS/SWITCHES Indicator LEDS: Optic PORT 1-2 TDs Optic PORT 1-2 RDs COMM TD COMM RD is ON Active Mode Data Data Data Data RATE (0 10 RH (non- x 6.100″W x 1.960″D (175H x x 50D)mm lbs. (1.24 kg) 1-style 16-GA, C.R.S. enclosure, rating of UL94-5V, IP 20 LISTINGS 916, FCC part 15 Class A, ICES-003 Class A, CE AC or DC Power DIN Rail Kit (P/N:DIN-MTG-KIT) Environment: Type: Speed: Delay: Length: Media: Error Checking: Input: Optic: to 57.6K bps, switch-selectable to fiber port = 0.5 Bit max. (not media delay) port to fiber port = 0.5 Bit max. (not media delay) not to exceed 4000 (1.2 km) or 31 Fiber run not to exceed 13.5 dB loss including connectors. Note: connected in series, the maximum delay from farthest node to node (including media delay) must not exceed Generally, up to 4 Infilink 210s can placed in series. For larger networks, contact the factory. twisted, shielded pair, approved, capacitance cable Optic: 62.5/125 duplex glass fiber cable Standard CRC 16 barrier strip two-piece terminal strip optic transceiver interface (ST) Controls Corp. Headquarters Brickstone Square Massachusetts 01810 USA +1 978 470 0555 Fax: +1 978 470 0946 Controls Ltd. Road LE65 2UG England +44 1530 417733 +44 1530 415436 Controls GmbH Seerhein 8 Konstanz +49 7531 99370 +49 7531 993710 Controls S.A. Dolomites 2 Rue Roger Salengro Fontenay Sous Cedex, France +33 1 53 99 16 16 +33 1 53 99 16 15 Controls Asia 1201-02, Phase 1, Cheuk Nang Centre Hillwood Road, Sha Tsui East Hong Kong +852 2739 5497 +852 2739 7350 Controls Mexico Sur 172

Controlling Tomorrow World 210 Guide Version Controls Corporation Manuals Online! – C or distribution forbidden. (cid:211) 1993 by Andover Controls. to change without notice. No. 30-3001-394 1993 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 210 Installation Guide Manuals Online! – InfiLink 210 Installation Guide presents instructions for the InfiLink 210 on the Infinet, a network of local controllers. first presents how to prepare the site, including facts about proper then how to install the InfiLink 210. basic information on local area networks (LANs), refer to the Network Configuration Guide. Controls Corporation Manuals Online! – 210 Installation Guide Manuals Online! – the InfiLink 210 Infinet manual covers installing the InfiLink 210 on Infinet. For on how to set up your network, refer to the Infinity Network Guide or the ICS Network Configuration Guide. Registration warranty is effective for 18 months starting on the date the system shipped. wiring must comply with all local, state, and national electrical 210 Installation Guide Manuals Online! – the InfiLink 210 the InfiLink 210, the maximum cable length for all arms on is 4,000 ft (1,219 m) of twisted pair cable at 19,200 baud (up to Infinet controllers on the arm where Infinet connects to the 9000 controller and up to 32 on every other Infinet.) The InfiLink 210 module lets you use fiber optic cable to extend Infinet 4,000 ft (1,219 m) or have more than 32 Infinet controllers.1 detail on configuring Infinet is in the Infinity Network Guide or the ICS Network Configuration Guide.) InfiLink 210 lets you switch from twisted pair cable to fiber optic a cable that transmits data quickly and accurately because it uses to transmit it. This cable also carries data through noisy and outdoors much more reliably than twisted pair cable. baud rates slower than 19,200 baud, you can install cables longer 4,000 ft. InfiLink 210 is also a two-point hub that can connect up to 127 controllers. You can set up InfiLink 210s in two possible Point-to-point configuration Daisy chain configuration you use the daisy chain configuration, you can have an Infinet on INFINET port of each InfiLink, which allows you to expand the On the Infinet that connects to the 9000 series controller, you can have only 31 Infinet controllers. the Infinity Network Configuration Guide for more complete information. 210 Installation Guide Manuals Online! – a Point-to-Point Connection you want to extend fiber optic cable across a distance to connect two so that they become one, you must have an InfiLink 210 at the of one Infinet and another 210 at the beginning of the other You can also use an InfiLink 210 to extend fiber optic cable an Infinity CX controller to an Infinet. connect two InfiLink 210s this way or to connect an Infinity CX 9000 controller to an Infinet this way, you must connect them in what called a configuration. 1 shows two InfiLink 210s in a point-to-point configuration. that the second InfiLink 210 is flipped so that INFINET port is the Infinets. 1. Point-to-Point Configuration of InfiLink 210s Port Pair Cable 1 or 2 9000 Another Infinets Pair Cable Port 1 2 Optic Cable Outdoors through Noisy Environment) 210 Installation Guide Manuals Online! –

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Controlling Tomorrow World manual is included for informational purposes It is superceded by the 8000 Programmer Guide, Version 2.0. Controller Guide Version Controls Corporation Manuals Online! – or distribution forbidden. (cid:211) 1993 by Andover Controls. to change without notice. 1.4 No. 30-3001-166 1993 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE number of points, files, system objects, entries in a log or array, ex- points, and statements you can program are all subject to memory and limitations. Controller scan speed is reduced as you increase the num- objects defined and amount of communication activity on the network. operations or activities on the system will affect system performance. should check the amount of memory available frequently (see the Ando- Controls 9000 programmer guides for details). Consult with your An- Controls representative concerning the amount of memory your instal- requires. in this book are for illustrative purposes only and must never be in an actual building. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. Controller Programmer Guide Manuals Online! – following trademarks are used in this manual: is a registered trademark of Digital Communications Inc. is a registered trademark of International Business Machines, Inc. is a trademark of Digital Equipment Corporation. following are registered trademarks of Andover Controls Corporation: Controls Plain English Controls Corporation Manuals Online! – Andover Controls Infinity CX Programmer Guide is a two vol- set. volumes present the following: Volume 1 Started Programming Volume 2 Programming/Access Control you are using the control system for HVAC, you should proceed this manual sequentially. If you are using the control system for control, begin with Chapter 21 in Volume 2. you do not know anything about HVAC, this manual does not provide information. The examples in it are extremely simplistic for of illustrating programming techniques and concepts. For information on HVAC or programming HVAC, refer to other Controller Programmer Guide Manuals Online! – 1 Started Andover Controls Infinity Controller Programmer Guide Volume presents step by step instructions for setting up the controller system fundamental programming in Andover Controls Plain EnglishTM. you use this system for HVAC or for access control, you already have installed your hardware before you attempt to set the Infinity CX system. If you do not know how to arrange your to set up your hardware, refer to the EnergyNet and Infinet Guide. chapters of this book present the following: Chapter 1 Controller Hardware Chapter 2 Up EnergyNet and Infinet Chapter 3 Up Logons, LBuses, Terminals, and Printers Chapter 4 and Defining Points Chapter 5 Overview of the Programming Process Chapter 6 Fundamental Programs Chapter 7 Fundamental Keywords Chapter 8 with Triggers, Logs, and Special Conversions Chapter 9 and Further Developing Programs in Your Set Chapter 10 and Using Numeric, String, and DateTime more advanced programming, refer to Volume 2. Controls Corporation Manuals Online! – 2 Programming Access Control Andover Controls Infinity Controller Programmer Guide Volume presents instructions for programming with advanced keywords in

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Controlling Tomorrow World Network Guide Manuals Online! – B or distribution forbidden. (cid:211) 1993 by Andover Controls. to change without notice. No. 30-3001-169 (cid:211) 1997 Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE product is subject to change without notice. This document does not constitute any warranty, express or Andover Controls Corporation reserves the right to alter capabilities, performance, and presentation this product at any time. following trademarks are used in this manual: is a registered trademark of Digital Communications Associates, Inc. PS/2, PC/AT, and NETBIOS are a registered trademarks of International Business Machines, Inc. is a trademark of Microsoft Corporation. is a trademark of Digital Equipment Corporation. is a trademark of Datapoint Corporation. is a trademark of Xerox Corporation. Andover Controls Corporation Manuals Online! – Infinity Network Configuration Guide presents instructions for planning and in- an ARCNET- or Ethernet-EnergyNet and multiple Infinets. first presents basic information on local area networks (LANs), then introduces ARCNET-EnergyNet and how to set up an EnergyNet configuration. Next, it in- the Ethernet-EnergyNet. It then information on Infinets, the smaller networks that branch off of the it presents how to interpret the LEDs on EnergyLinks and InfiLinks and to interpret errors that may be related to the network on the keypads of 900 or controllers. the end is a glossary of LAN terminology that encompasses both ARCNET and concepts. Manuals Online! – Network Configuration Guide iii Andover Controls Corporation Manuals Online! – 1 Local Area Networks Is a Local Area Network? ………………………………………………………………. 1-2 Is a Controller? ………………………………………………………………………… 1-2 Is a Workstation? ……………………………………………………………………… 1-2 Is a File Server? ……………………………………………………………………….. 1-2 Is a Node? ……………………………………………………………………………….. 1-2 Is Network Topology? ……………………………………………………………………. 1-3 Is Bus Topology? …………………………………………………………………….. 1-4 Is Star Topology? …………………………………………………………………….. 1-4 Is Ring Topology? ……………………………………………………………………. 1-6 Are the Types of Active Hubs? ……………………………………………………….. 1-7 Active Hubs ………………………………………………………………………… 1-7 Active Hubs …………………………………………………………………. 1-7 Links …………………………………………………………………………………….. 1-7 Active Hubs …………………………………………………………………….. 1-7 Types of Cables Form LANs? …………………………………………………………. 1-9 Is Coaxial Cable? …………………………………………………………………….. 1-9 Is Twisted Pair Cable? ……………………………………………………………… 1-9 Is Fiber Optic Cable? ……………………………………………………………….. 1-9 Fast Is Data Transmitted? ………………………………………………………… 1-10 Is Data Transmitted on LANs? ………………………………………………………. 1-11 Is Token Passing? …………………………………………………………………… 1-11 Is CSMA/CD? ……………………………………………………………………….. 1-11 Are Signaling Methods? ………………………………………………………….. 1-12 Is Baseband? ………………………………………………………………………….. 1-12 Is Broadband? ………………………………………………….

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Installing and Upgrading Microsoft NT on an Infinity Server Manuals Online! – Manuals Online! – Previous Installations New Installations and Upgrade Instructions Microsoft NT on an Infinity Server Windows NT Server 3.51 to 4.0 ………………………………….2 Windows NT 4.0 Service Pack 2…………………………………..10 Microsoft SQL Server 4.21 or 6.0 to 6.5……………………..15 – Microsoft OS/2 SQL Server 4.2x to NT SQL Server 6.5..18 Emergency Repair Disk ……………………………………………..26 OS/2 SQL 4.2 Databases to SQL 6.5 ………………………19 Windows NT Server 4.0………………………………………………..5 Windows NT 4.0 Service Pack 2…………………………………..10 Users to the Domain………………………………………………….12 a Client Disk set for OS/2 Workstations…………………………13 Microsoft SQL Server 6.5 ……………………………………………22 Emergency Repair Disk ……………………………………………..26 SQL OS/2 Client Utilities on Windows NT Server…………..27 SX 8000 on the Server ……………………………………………………….. 29 SX 8000 on Workstations……………………………………………………. 32 Manuals Online! – and Upgrading Windows NT on an Infinity Server 1 NT Server 3.51 to 4.0 Upgrade NT Server 3.51 to 4.0 Upgrade Installation Configuring a Mass Devices Microsoft Windows NT Server – Setup Disk 1 into drive Shut down and Restart the system. On restart, the system loads This process takes one or two minutes. When prompted, remove the Setup Boot Disk , insert Setup Disk At the Welcome to Setup screen, press ENTER to continue with , and press ENTER. Windows NT Setup. At the next screen, press ENTER to allow Setup to detect the storage devices (hard disks, etc.) in your computer. When prompted, remove Setup Disk 2, insert Setup Disk 3, and ENTER. Setup identifies the mass storage devices found. If the system not locate your mass storage devices, refer to page 99 of Windows NT 4.0 Basics and Installation Guide. To specify additional SCSI adapters, CD-ROM drives, or special controllers for use with Windows NT, including those for you have a device support disk, press S. you do not have any device support disks from a mass storage manufacturer, or do not want to specify any additional press ENTER. you chose to specify additional hardware, highlight the device the list, then press ENTER. If the device is not listed, you need to insert the driver disk from the manufacturer. The screen should appear with the additional device in the Press ENTER to proceed with the installation. When prompted, insert Windows NT Server CD-ROM into the drive and press ENTER. You must Page-Down to the end of the agreement before using F8 key to approve the agreement. NT Licensing Andover Controls Corporation Manuals Online! – a Previous NT Server Installation Disk Examination Information Your Computer Repair Disk NT Components NT Server 3.51 to 4.0 Upgrade Setup should now indicate that a previous version of NT Server been found. It should display the currently installed version NT Server and the directory where it was installed. To upgrade Windows NT, press ENTER. Setup prompts you to choose between an exhaustive of the hard drive for corruption or just a basic To perform the basic examination, press ESC. Setup starts to copy files to the hard disk. This will take several When copying is complete, remove the floppy disk. Do not the CD from the CD-ROM drive. Press ENTER to your computer. At the Windows NT Setup window, click the NEXT button. At the Registration window, enter the 10-digit CD key. This can found on the yellow sticker on the back of your CD case. it

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Controlling Tomorrow World Smoke Control Guide Version Controls Corporation Manuals Online! – B or distribution forbidden. (cid:211) 1995, 1996 Andover Controls. to change without notice. No. 30-3001-446 1995, 1996 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. in this book are for illustrative purposes only and have never been tested in an building. product is subject to change without notice. This document does not constitute any express or implied. Andover Controls Corporation reserves the right to alter ca- performance, and presentation of this product at any time. following trademarks are used in this manual: is a registered trademark of Digital Communications Associates, Inc. is a registered trademark of International Business Machines, Inc. is a trademark of Digital Equipment Corporation. Smoke Control Guide Manuals Online! – 1 Fundamentals of Smoke of the most hazardous situations that you can face in a building is While fires themselves are often damaging, it is smoke that can the most injuries. For example, at the World Trade Towers in 1993, over 1,000 were injured by the smoke that resulted from fire. protect your building occupants, as well as furnishings and that may be damaged by smoke, you need a smoke control A smoke control system, as its name implies, controls the flow smoke in your building in the event of fire. It keeps smoke from throughout the building, giving the building occupants a evacuation route, as well as preventing further damage to the interior. chapter gives you an overview of smoke control theory. Manuals Online! – Fundementals of Smoke Control Types of Smoke Systems types of smoke control systems exist and The dedicated smoke control system is installed in a for the sole purpose of controlling smoke. A nondedicated control system uses parts of the building HVAC system to smoke. most instances, a building has both nondedicated and dedicated Nondedicated systems are used throughout the building for areas (offices, manufacturing). Dedicated systems are used for areas, such as elevator shafts, stairtowers, and other areas that special smoke control techniques. operation of the nondedicated smoke control equipment is verified the level in the areas that are served by the equipment. In words, if the HVAC equipment is not functioning properly, the occupants will be aware of this and the problem will get operation of the dedicated smoke control equipment is verified by automatic self-test that is performed on a weekly basis. Manuals Online! – Smoke Control Guide Fundementals of Smoke Control Pressure to Control Smoke basic concept behind controlling smoke, regardless of whether it is a dedicated or nondedicated system, is to use air pressure to confine (if possible) vent smoke from the building. cannot confine smoke by simply closing all access ways (such as and vents) to the room that has the fire in it. Even with these closed off, smoke can disperse throughout a building via holes made for pipes and electrical wires, and spaces around and windows. Smoke is driven through these small openings by expanding gases from the fire. Smoke can also be driven onto other by the stack effect, which causes air to rise in buildings. The stack is caused by the difference in the interior and exterior temperature the building. The following diagram shows how smoke can disperse a building. 1-1. Smoke Infiltrating Areas Adjacent to the Fire Area on Fire Area smoke is carried by the movement of air, you can stop the spread smoke throughout the building by lowering the air pressure in the area the fire and by raising the air pressure in the surrounding and floors. The difference in pressure (also called the pressure between the sm

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User-Friendly Operator Interface Fully Customizable Menus and Two-Line, 16-Character LCD 12-Button Ergonomically- Programmable Keypad Audible Beeper Output Easy Installation & Wiring Power with 24 VAC/VDC; can be Directly from Continuum Supply Module Continuum InfiStat Display Module provides a handsome, programmable interface to Continuum building automation system. Authorized tenants or operators in your can quickly and easily view HVAC or security information and/or adjust personal levels with little or no training. InfiStat also measures local temperature using a highly stable, precision thermistor. module includes a two-line, 16-character LCD display, and an audible beeper output. compact, and attractively packaged, the InfiStat blends into the decor of facility. addition, hidden from view behind a flip down cover is a 12-button ergonomically- programmable keypad. With a touch of a finger, a user can scroll through parameters such as temperatures or pressures, as well as view equipment status, setpoints and schedules, turn equipment on or off, or air balance VAV boxes. The can be custom programmed to perform a wide variety of functions, including a specific zone to occupied mode, signaling an alarm condition, adjusting the of override time, arming or disarming a security system, and enforcing password CUSTOM APPLICA CUSTOM APPLICA TO MEET USERS NEEDS TO MEET USERS NEEDS CUSTOM APPLICATIONS TO MEET USERS NEEDS CUSTOM APPLICA TO MEET USERS NEEDS CUSTOM APPLICA TO MEET USERS NEEDS power of the InfiStat lies in its programmability. In lieu of a fixed menu structure, the InfiStat can be set up to and control just what the user wants. Programming is done by writing Andover Controls Plain English in a Continuum NetController. These programs read the status of InfiStat keys, send messages to the display, and control the audible beeper. InfiStat Display Module interfaces to the Continuum NetController via the ACC-LON network with a choice of or RS-485 physical media. The InfiStat can co-exist with any other Continuum I/O modules; for example, UI-8-10, DI-8, AO-4-8, etc. (up to a total of 32 modules per single NetController). Sharing one field bus reduces costs while providing distributed user interfaces to your building automation system. MOUNTING MOUNTING MOUNTING MOUNTING MOUNTING InfiStat may be mounted directly on dry wall, or any electrical outlet box with no adapters required; and is for indoor use only. An InfiStat Panel Mounting Kit is available for convenient mounting in an enclosure I M E N S I O N D R AAAAA W I N G I M E N S I O N D R I M E N S I O N D R I N G I N G I N G I M E N S I O N D R I M E N S I O N D R I N G P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S VAC @ 50/60 Hz; or 24 VDC (may be powered from a Continuum Power Supply) Individual transformer at each InfiStat required for 24 VAC operation included) Consumption: VA (24 VAC ) or 0.6W (24VDC ) Protection: with 3/4 A pico fuse. MOV protected. 2,000 V transients (tested according to ENC 1000-4-4 and ENC 1000-4-5) temperature input; 12 keypad inputs Temperature Range: (10 Temperature Accuracy: 0.5 (0.9 Sensing Element: III Thermistor, 10 k @ 77 (25 Protection: 8,000 V transients (tested according to IEC 801-4) x 16 LCD, character size 5 mm W x 8 mm H Beeper Output: dB sound output at 0.1 m Environment: (10 0 RH (non-condensing)

Infinity 800, LCX 800i Local Control Unit Infinity LCX 800 is a stand-alone, programmable, microprocessor-based controller that is used E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Direct Digital Control and monitoring of packaged HVAC units, heat pumps, and fan coil units. Infinet true peer-to-peer communications protocol provides the Infinity LCX 800 with the to instantly communicate with an Infinity network controller such as the CX 9200, as well as entire network of Andover Infinet field controllers. Up to 254 LCX 800s can be networked with Infinity CX family of controllers. LCX 800 provides eight universal inputs and eight Form C relay outputs in a small open-class The LCX 800i is a scaled-down version of the LCX 800 it has eight universal inputs no relay outputs. to the Infinity LCX 800 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. Communi- is accomplished with a token passing protocol which provides full transparent data transfer between all Infinity on the network. the Infinity LCX 800 and LCX 800i are capable of sensing eight inputs. Each input can accept a digital (on/off), counter to 4 Hz), voltage (0-5VDC), temperature signal, or a supervised input for alarm monitoring. Infinity LCX 800 has eight Form C relay outputs rated at 5 amp 24VAC/DC, which provide on/off or pulse width switching for control of fans, heating and cooling equipment, and economizers. Stand-alone DDC for System Peer-to-Peer Communications Transparent Data Transfer Plain English Language Programming Universal Inputs for Flexible Configurations C Outputs Provide On/Off or Width Modulation Battery Backup For Ten Years Power Failure of Memory Detachable Input/Output for Easy Installation 800, LCX 800i 800, LCX 800i 800, LCX 800i Local Control Unit 800, LCX 800i LCX 800, LCX 800i LCX 800 and 800i can be configured to meet the exact distributed control requirements of your application using Controls powerful Plain English programming language. Programs can be activated within individual LCX 800s any network controller. Programs are entered into an LCX 800 using an SX 8000 workstation, the LSX 280 Lap-Top Tool, or network controller. The program is then stored in, and executed by, the LCX 800. CAPABILITIES dynamic memory of the LCX 800 can be allocated for any combination of Plain English control programs, scheduling, and data logging. Our object-oriented language with intuitive keywords provides easy operation and In addition, Plain English pre-defined and customized functions and powerful math capabilities reduce time for repetitive applications. shown in inches [mm]) 800/800i Dimensional Drawing P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S VAC, 50/60 Hz Consumption: VA Protection: with 2 amp pico fuse. MOV protected. Real-Time Clock: through Infinet by CX OR CMX Network Controller. Environment: to 140 (-23.3 TO 60 10 to 95% RH (non-condensing) 3/4″ H x 6 1/4″ W x 3.00″ D (247.6H x 158.7W x 76.2D)mm lbs. (1.4 kg) Type: open class, IP 10 Backup: non-rechargeable, lithium battery. Provides 10 years typical power failure backup of RAM memory. Interface: Speed: to 19.2k baud Length: Infinet field bus to Infinity CX or CMX Network Controllers or Lap-Top Tool. ft. (1,220m) standard for Infinet, Infilink amplification module allows to longer distances and is required after every group of 32 units on the Media: twisted, shielded pair, approved, low capacitance cable Error Checking: Standard CRC 16 P E C I F I C A T I O N S (Cont P E C

Infinity 810 Local Control Unit Infinity LCX 810 is a stand-alone, programmable, microprocessor-based controller that is used for E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Digital Control and monitoring of packaged HVAC units, heat pumps, and fan coil units. The Stand-alone DDC for System true peer-to-peer communications protocol provides the Infinity LCX 810 with the ability to communicate with an Infinity network controller such as the CX 9200, as well as the entire of Andover Infinet field controllers. Up to 254 LCX 810s can be networked with the Infinity CX of controllers. LCX 810 comes standard in a molded plastic enclosure suitable for panel mounting (shown). optional metal enclosure is available for wall mounting. to the Infinity LCX 810 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between Infinity controllers on the network. Infinity LCX 810 is capable of sensing eight inputs. Each input can accept a digital (on/off), counter (up to 4 Hz), (0-10VDC), or temperature signal. Infinity LCX 810 has eight Form C relay outputs rated at 5 amp 24VAC/DC, which provide on/off or pulse width switching for control of fans, heating and cooling equipment, and economizers. Each output has a built-in for manual override. EXPANSION LCX 810 contains an I/O expansion port for the addition of low-cost I/O modules directly onto the bottom of the The family of modules includes the EMX 140 (two pneumatic outputs), the EMX 150 (two analog outputs), and EMX 160 (eight digital inputs), etc. Peer-to-Peer Communications Transparent Data Transfer Plain English Language Simplifies Universal Inputs for Flexible Control C Outputs Provide On/Off or Width Modulation Switching Expandable I/O Meets Additional Count Needs Detachable Input/Output Connectors Easy Installation Function Manual Overrides Status Feedback Optional Display/Keypad for Local Control Battery Backup For Seven Years Power Failure of RAM and Real-Time Clock 810 810 810 Local Control Unit 810 LCX 810 LCX 810 can be configured to meet the exact distributed control requirements of your application using Andover powerful Plain English programming language. Programs can be activated within individual LCX 810s or network controller. Programs are entered into an LCX 810 using an SX 8000 workstation, the LSX 280 Lap-Top Tool, or network controller. The program is then stored in, and executed by, the LCX 810. CAPABILITIES dynamic memory of the LCX 810 can be allocated for any combination of Plain English control programs, alarming and data logging. Andover object-oriented language with intuitive keywords provides easy and programming. In addition, Plain English pre-defined and customized functions and powerful math reduce programming time for repetitive applications. DISPLAY WITH KEYPAD optional 2 x 16 character liquid crystal display provides for local viewing of point values and setpoint modifica- in the LCX 810. mm mm mm mm AMP LEDS OUTPUT V mm mm POWER COPPER ONLY AMP

Infinity 280 Lap-Top Service Tool Infinity LSX 280 Lap-Top Service Tool allows you and your lap-top computer to become a user E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S on the Infinity network by simply plugging the LSX 280 into the built-in service port on an controller, or any room sensor equipped with a service jack. pull-down menus and function keys make it easy to connect to different controllers, view summaries, door status, historical data, or edit programs. With the LSX 280, you have the of Andover Controls Plain English at your fingertips, giving you the ability to control and your facility in understandable English words and sentences. service personnel, the LSX 280 also features saving and reloading of Plain English program files. Plain English back-up files can be directly input into application and network controllers from lap-top hard disk. Plug-in Operation for Complete Communications Plain English Language Programming Pull-Down Menus and Function Simplify Operation On Line, Full Screen Editing of Programs, Alarms, and Schedules Compatible With All Infinity LSX 280 comes complete with a DC power pack and a rechargeable NiCad battery pack, housed in a rugged black carrying case. Up to two hours of operation are possible when using battery power. The LSX 280 can be powered when powered from the DC power pack; however, the maximum continuous operating time on the Infinity network is hours. The built-in quick charge circuit of the power pack will completely recharge the batteries in two hours. Two Hours Operation with NiCad Pack Rugged Carrying Case Included LSX 280 is supplied without a lap-top computer. An RS-232 serial port is provided on the LSX 280 for connection to your lap-top computer type. Time-Saving Save and Reload CAPABILITIES LSX 280 utilizes pull-down menus to access point and program summaries, edit Plain English programs, or connect to other on the network. Setpoint and parameter changes are easily done by selecting the name of the point from the point and typing in the new value. The LSX 280 provides the complete Plain English full-screen editing package for making to, or creating new programs, functions, data files, and reports. Operators with appropriate password authority can add delete points, programs, controllers, and system variables throughout the network. 280 Lap-T 280 Lap-T Service T Service T Service Tooloolooloolool 280 Lap-Top Service T Service T 280 Lap-T LSX 280 Lap-T the built-in service port of each Infinity controller, and also through room sensors equipped with a service jack, the 280 is directly operated. Once a connection is made, the LSX 280 user can establish communication with any controller the network. Users can respond to problems anywhere in the facility by simply plugging into the nearest local controller. CONTROLLERS the LSX 280 Lap-Top Service Tool, users can connect across the network to any controller and save that controller and programs to disk. Likewise, these same files can be loaded back into individual controllers. Network saves and saves are also possible with the LSX 280. Pallet Cover 280 Controls 280 TOP PORT PORT Adaptor Wall Tool PC 280 Dimensional Diagram P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Power Pack: 120VAC, 60 Hz 9 VDC, 1.0 A Protection: with 2 amp pico fuse. MOV protected. Environment: to 120 (0 to 50 10 to 95% RH (non-condensing) x 14″W x 7 1/2″D (483H x 356D x 190W)mm (carrying case) 1/4″H x 7 1/4″D x 1 3/8″W (311H x 184W x 35D)mm (board only) lbs (6.8kg) Case: black polyethylene, with foam cutouts and tool holder partition.

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Mentor Guide Manuals Online! – 1997, Andover Controls Corporation Rights Reserved part of this publication may be reproduced, read or stored in a retrieval system, or transmitted, in any or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior permission of Andover Controls Corporation. in the United States of America. is a trademark of Andover Controls Corporation. All other trademarks are the property of their owners. User Guide, Version: A, August 1997 Controls part number: 30-3001-686 information in this document is furnished for informational purposes only, is subject to change notice, and should not be construed as a commitment by Andover Controls Corporation. Controls Corporation, assumes no liability for any errors or inaccuracies that may appear in this Controls Corporation Brickstone Square MA 01810 470-0555 (508) 470-0946 Controls Corporation Manuals Online! – …………………………………………………1 …………………………………………………..3 Start…………………………………………………..5 Mentor ……………………………………………….7 an ACX………………………………………………………. 8 an IDX……………………………………………………… 17 Installed By Mentor ………………………..23 Manuals Online! – User Guide Controls Corporation Manuals Online! – Requirements their nature, access control projects are very repetitive – most doors are set the same for an entire project, and most projects require a similar set of basic panels, reports, alarms and schedules. With this in mind, Mentor was by Andover Controls as a collection of tools that helps the to quickly and easily create a complete SX 8000 database for basic control projects. With only a minimum of input, Mentor creates the database for a project. The programmer can then customize the database importing scanned-in images of the project for the main menu graphic, and drawings for each floor plan. However, the bulk of the configuration is up front by Mentor, resulting in considerable time savings. Mentor is a set of SX 8000 graphic panels, Plain English programs, associated text files that are installed on an SX 8000 workstation. Once Mentor guides the programmer first through the installation of the graphics and reports, and then through the setup of each ACX panel and IDX 800 panel. creates the basics. There are many applications, however, that will additional programming not included in Mentor – CCTV interface elevator control programs, special two-man rule sequences, special etc. Examples of these programs are available on the Andover Controls board, and can easily be added to a Mentor-generated database. assist in your database creation, we have included an Excel spreadsheet file on the Mentor distribution diskette that contains the Mentor for each type of controller. You can print out these forms and have your fill them in with desired door names, etc., or you can fill them in and send them to Andover Controls for factory configuration. Mentor components and programs assume the following system 8000 Workstation, rev 2.16 or higher, single-user or LAN configuration. WARP version 3.0 card with a resolution of 800 x 600, using 256 colors or more. Mentor graphics were developed using an ATI video display adapter with Mach64 chip set. For best results, we recommend using this card. Manuals Online! – User Guide 1 Mentor Mentor database is contained on one diskette, and is installed from an OS/2 with SX 8000 (version 2.16 or greater) software previously The workstation may be either a standalone SX or a workstation to a server. Some of the Mentor features are software-key enabled, will not work properly if a Mentor-enabled key is not present. Be sure to the Mentor SX key in place. as mentioned in the introduction, the Mentor graphics are designed for on a monitor set to a video resolution of 800 x 600. B

RoamIO Service Tool RoamIO Service Tool, a portable device that connects to your Pocket provides easy access to Point information on any Andover Infinet on the network. Designed to clip onto your belt, RoamIO is the solution for the mobile service technician! PLUG-IN CONNECTION RoamIO hardware consists of a battery-powered (2 AA) unit and a of RJ-11 cables. Simply connect the RJ-11 cable with the appropriate from RoamIO to the built-in service port on any i2 or Infinity controller, or room sensor equipped with a service jack. Then a cable from the serial port of a Pocket PC to RoamIO. Up to four service tools can be connected to the Infinet field bus FLASH FILES IN THE FIELD allows users to upgrade Flash files to all controllers using its i2 loader program. Upload a new operating system revision quickly easily, eliminating the need to swap out proms in the field. Simply the controller, select the Flash file from a Browse screen, and the new OS Flash file. POINT EDITOR RoamIO built-in Point Editor software, users can view all on the network and modify any point(s). Simply connect the to one Infinet controller and let the software interrogate the entire The Point Editor Explorer- tree view allows you to clearly all network data within your Points are all contained their own controller branch are categorized as Inputs, Numerics, Strings, etc. Explorer-Like Point Editor Provides Easy Field Access to Point Information Compatible with All and Infinity on the Infinet Field Use with PocketPC Full-Featured Point Editor Easy-to-Use to View and Edit Data Upload i2 Flash Files in the Convenient, Built-in Belt Clip Easy Portability Power Saving Extends Battery Life select the point quickly view or the current change the add a or modify state from enabled disabled. easy-to-use lets you define the of the point, it as a setpoint, configure the log log size, and type, etc. P E C I F I C AT I O N S Speed: to 19.2K baud Connector: Connector DB-9 Pin Support: (pin 2) (pin 3) Ground (pin 5) AA Eveready X91 or 50+ hours battery blinks at 5% battery – Amber; RxD – Green – Amber; RxD – Green slide switch LEDS/SWITCHES LED: KIT CONTENTS RoamIO unit with belt clip 2- AA batteries Cable kit, which includes: 1- RJ-11 to RJ-11 6 cable 1- RJ-11 to Berg adapter 1- RJ-11 to Jack-style sensor adapter CD with software for PocketPC User Manual REQUIREMENTS Operating System – Pocket PC 2002 Active Sync 3.5 or greater Serial interface port Cradle or synchronized cable Serial cable from RoamIO to PocketPC is not included. LISTINGS CFR 47 Part 15, EN55022, AS/NZS 3548, and VCCI Class A, CE SAVING MODE intelligent power saving mode extends your life in two ways. First, when connecting directly to built-in service port on the i2 controller, power for the is provided by the controller, reducing the drain on battery life. Secondly, when powered by batteries, the will monitor the communications and enter sleep mode to conserve the battery Controls Corp. Headquarters Brickstone Square Massachusetts USA +1 978 470 0555 +1 978 470 0946 Controls Ltd. Road LE65 2UG +44 1530 417733 +44 1530 415436 Controls Seerhein 8 Konstanz +49 7531 99370 +49 7531 993710 Controls S.A. Dolomites 2 Rue Roger Salengro Fontenay Sous Cedex, France +33 1 53 99 16 16 +33 1 53 99 16 15 Controls Asia 1201-02, Phase 1, Nang Centre Hillwood Road, Sha Tsui East Hong Kong +852 2739 5497 +852 2739 7350 Controls America Sur 1722-501 Florida D.F. 01030, Mexico +5255 5661 5672 +5255 5661 5415

SCX 920 Guide Controls Corporation Manuals Online! – D or distribution forbidden. (cid:211) 1997 by Andover Controls. to change without notice. No. 30-3001-170 1997 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not con- any warranty, express or implied. Andover Controls Corporation re- the right to alter capabilities, performance, and presentation of this at any time. 920 Installation Guide Manuals Online! – SCX 920 Installation Guide presents instructions for installing the 920 on an Infinet network. It first presents site preparation infor- and then step-by-step installation instructions. Controls Corporation Manuals Online! – 920 Installation Guide Manuals Online! – Up the SCX 920 Controller and Infinet Site/System Setup Requirements …………………………………………………….2 Controller Dimensions and Weight ………………………………………..3 Power Requirements …………………………………………………………….3 Cable Limitations …………………………………………………………………3 Lightning Protection …………………………………………………………….4 Building Ground Requirements ……………………………………………..4 Inspecting the Ground …………………………………………………………..5 Environmental Requirements ………………………………………………..5 Output Equipment Requirements …………………………………………..6 Form C Outputs …………………………………………………………………..6 Analog Outputs …………………………………………………….6 Analog Outputs ……………………………………………………..6 Input Circuit Specifications …………………………………………………..7 Special Factors for Thermistors ……………………………………………..7 Laying Out the Site Setup ……………………………………………………..9 Installing the SCX 920………………………………………………………………… 10 Parts Required ……………………………………………………………………10 Mounting …………………………………………………………………………..10 Disabling the Manual Overrides …………………………………………..12 Connecting the Battery ……………………………………………………….16 Connecting the AC Power …………………………………………………..16 Selecting the AC Input Voltage ……………………………………………17 Controls Corporation Manuals Online! – Wiring the Infinet to the SCX 920 ………………………………………..18 Wiring the Infinet to the Infinity CX 9000 …………………………….19 Setting the Input Reference Resistor Switches ……………………….19 Wiring the Inputs ……………………………………………………………….19 Wiring the Outputs …………………………………………………………….23 Wiring Tristate Outputs ………………………………………………………23 Wiring Analog Outputs ………………………………………..24 Wiring Analog Outputs ………………………………………..25 Wiring Form C Outputs ………………………………………………………25 Setting the Override Switches ……………………………………………..26 Connecting Modules to the Expansion Port …………………………..27 Powering Up the SCX 920 ……………………………………………………………28 Reset Button ………………………………………………………………………29 Adjusting the LCD View Angle …………………………………………..29 Completing the Installation ………………………………………………….30 Connecting the Andover Controls Service Tool ……………………..30 Adjusting Analog Override Values ………………..

Infinity 920 System Controller Infinity SCX 920 is a stand-alone, programmable, microprocessor-based system controller that E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S used for Direct Digital Control of chillers, cooling towers, boilers, air handling units, perimeter Stand-alone DDC for System lighting, etc. The Infinet true peer-to-peer communication protocol provides the Infinity 920 with the ability to instantly communicate with Infinity network controllers such as the CX as well as the entire network of Andover Infinity controllers. Up to 254 SCX 920s can be with the Infinity CX family of controllers. SCX 920 comes standard with a metal cover plate suitable for panel mounting (shown). optional enclosure is available for wall mounting. to the Infinity SCX 920 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between all controllers on the network. Infinity SCX 920 is capable of sensing sixteen inputs. Each input can accept a digital (on/off), counter (up to 4 Hz), (0-10 VDC), or temperature signal. Infinity SCX 920 has eight Universal outputs providing pulse, variable voltage (0 – 20 VDC), variable current, (0 – 20mA) on/off control of motors and lighting with Form C relays. In addition, two Form C relays can be combined in software to a Tri-State output, for bidirectional control of motors and actuators. EXPANSION SCX 920 contains an I/O expansion port for the addition of low-cost I/O modules directly onto the bottom of the The family of modules includes the EMX 140 (two pneumatic outputs), the EMX 150 (two analog outputs), and EMX 160 (eight digital inputs), etc. Peer-to-Peer Communications Transparent Data Plain English Language Programming Universal Inputs and Outputs for Control Configurations Expandable I/O Meets Additional Count Needs Detachable Input/Output for Easy Installation Function Manual Overrides Status Feedback Optional Display/Keypad for Local Control Replaceable Battery Provides For 7 Years Accumulated Failure of RAM and Real- Clock 920 920 920 System Controller 920 SCX 920 SCX 920 can be configured to meet the exact distributed control requirements of your application using Andover powerful Plain English programming language. Programs can be activated within individual SCX 920s or any controller. Programs are entered into an SCX 920 using an SX 8000 workstation, LSX 280 Lap-Top Service or network controller. The program is then stored in, and executed by, the SCX 920. CAPABILITIES dynamic memory of the SCX 920 can be allocated for any combination of Plain English programs, scheduling, reporting and data logging. Our object-oriented language with intuitive keywords provides easy operation and In addition, Plain English pre-defined and customized functions and powerful math capabilities reduce time for repetitive applications. DISPLAY WITH KEYPAD optional 2 x 16 character liquid crystal display provides for local viewing of point values and setpoint modifications in SCX 920. 920 Dimensional Drawing P E C I F I C A T I O N S Consumption: VA /120/ 240 VAC, 50/60 Hz Protection: with 3 A 3AG fuse. MOV protected. Clock: real-time clock. Environment: (0 10 RH (non-condensing) (0 40 w/display option 11/16″H x 10 11/16″W x 3 3/16″D (373.1H x 271.4W x 81.0D)mm (no x 15″W x 4 3/4″D (482.6H x 381.0W x 120.6D)mm (with enclosure) lbs. (3.1 kg) (no enclosure) lbs. (9.5 kg) (with enclosure) Type: open class, IP 10 NEMA 1-style enclosure, flammability rating of UL94-5V, IP 20 Back-up: non-rechargeable, lithium battery. Provides 7 years typical power failure backup of

Infinity Plus Temperature Sensor Controls Sensor Plus provides accurate, reliable measurement of interior room E A T U R E S for use in an Andover Controls building automation system. In addition, it is Accurate, Reliable Type III Thermistor with a setpoint adjustment slider control, an override pushbutton, and programmable indicator. active sensing element is a highly stable, precision thermistor, accurate to within 0.36 The has an operating range of 32 to 105 (0 to 40 The thermistor is encapsulated with a mass, high-conductivity thermal compound for good heat transfer characteristics. Programmable LED Indicator Sensor Plus utilizes an attractive, well-ventilated plastic enclosure. The housing is securely into the backplate. The sensor may be mounted directly on dry wall, or on any electrical box with no adapters required. The sensor is for interior use only, and is not suitable for where condensation may occur. include a connection for the Andover Controls Infinity Lap-Top Service Tool. Attractive, Ventilated Two-Piece Setpoint Adjustment Slider and Pushbutton Response to Temperature Easy Installation and Service Built-in Service Port for Andover Lap-Top Service Tool Element: III Thermistor, 10,000 ohms @ 77 (25 P E C I F I C A T I O N S Specifications: Distance to Sensor: to 105 (0 to 40 0.36 ( 0.2 will not deviate from accuracy spec for minimum of 5 years 20, 22 or 24 gauge, 5 conductor, unshielded wire additional single pair twisted shielded is required for Lap-Top Service Tool gauge wire: 490 ft. with less than 0.1 (-17.72 error gauge wire: 850 ft. with less than 0.1 (-17.72 error gauge wire: 1,200 ft. with less than 0.1 (-17.72 error gauge wire: 2,000 ft. with less than 0.1 (-17.72 error 4.50″H x 2.875″ W x 1.125″D (11.4 cm H x 7.3 cm W x 2.8 cm D) Range: Off-white to 10,200 ohms, – 20% VDC @ 7 mA R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N PLUS TEMPERATURE SENSOR Temperature Sensor, Type III Thermistor, 10,000 ohms @ 77 MODEL Plus Temperature Sensor PACKAGING Sensor TTS-SE-10 Plus Temperature Sensor: Bulk Pack, 10 Count Controls Corporation Headquarters Brickstone Square Massachusetts 01810 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Controls Corporation Chinachem Golden Plaza Mody Road, Tsimshatsui East Hong Kong 2739 5497 2739 7350 Controls S.A. avenue de Fontainebleau Le Kremlin-Bicetre 1 49 606363 1 49 606271 1998, Controls Corporation. Patent # 4591967 subject to change without brand names, trademarks, and trademarks are the of their respective holders.

WE BUILDING SMART Easy-to-use thermostat controller Applications: Fan Coil Units Heat Pumps Unit Heaters Packaged RTUs Packaged Heating/Cooling Easy-to-read vertical display Web-based user interface allows schedule changes View thermostat logs and run reports Connects directly to HVAC Retrofits most old thermostat Single and multi-stage models Fuzzy logic algorithms improve efficiency and control Retains setpoints and operating through power failures Supports up to six remote plus one outdoor air F F F F Family of of of and Sensors and Sensors of Thermost and Sensors and Sensors of and Sensors SiteStat product family is a series of communicating thermostats and sensors, designed new or retrofit commercial and small office applications. The SiteStat thermostat is an low profile surface mount unit with built-in functions for flexible environmental Using companion remote sensors with the SiteStat thermostat enables features such room temperature averaging, return air duct temperature sensing, and the display of temperature. Additional peripherals permit networking SiteStats and sensors with Andover network controllers, for the greatest flexibility in installation and CONTROL IN AN ELEGANT PACKAGE CONTROL IN AN ELEGANT PACKAGE CONTROL IN AN ELEGANT PACKAGE CONTROL IN AN ELEGANT PACKAGE CONTROL IN AN ELEGANT PACKAGE thermostats are both communicating thermostats and stand-alone fixed-function controllers, connected directly to HVAC equipment. Each thermostat is capable of and receiving commands from network controllers through an Andover Controls English communications driver. These commands control the SiteStat schedules, and operating modes, and also permit room temperature and status to be read the mounted location. SiteStat uses fuzzy logic algorithms to monitor the changes in room temperature and run more efficiently. Additionally, these algorithms provide appropriate control of heating and cooling to minimize cycling of equipment. SiteStat is easily calibrated and customized using combination button sequences. After thermostats are configured using simple web pages built in at the controller. A Internet browser is all that is needed to change setpoints, schedules, and operating Building Control Application i t e S t a t i t e S t a t S i t e S t a t i t e S t a t i t e S t a t thermostats are made with durable ABS plastic, and housed in an attractive, low profile mount kit. A large vertical LCD display provides complete operating status. A direct-wire mounts to standard vertical outlet boxes or any drywall surface using the hardware MODELS FOR ANY APPLICA MODELS FOR ANY APPLICA MODELS FOR ANY APPLICATIONTIONTIONTIONTION MODELS FOR ANY APPLICA MODELS FOR ANY APPLICA Number Gas/Electric, 1 Heat / 1 Cool stage, auto changeover Gas/Electric, 2 Heat / 2 Cool stage, auto changeover Heat Pump, 2 Heat / 1 Cool stage, auto changeover Heat Pump, 3 Heat / 2 Cool stage, auto changeover AND INTUITIVE CONTROLS AND INTUITIVE CONTROLS DISPLA DISPLA AND INTUITIVE CONTROLS DISPLAY AND INTUITIVE CONTROLS AND INTUITIVE CONTROLS DISPLA DISPLA large LCD display and intuitive manual override buttons make the SiteStat simple to use. To tampering or manual changes, simply configure the SiteStat to lockout the keypad. During occupants can change temperature settings up or down by only 3 and for only one hour. and RIGHT programmable LEDs LED available on HP models only * anticipation and droop for second stage short cycle protection. outside air temperature sensor is connected). switch for Day/Night activates temperature setbacks for savings. display shows up to 24 status including heat/ m

Infinity Sensor LED/LCD Display Temperature Sensors Controls Smart Sensor combines an attractive display with a room temperature sensor E A T U R E S provide users with a cost effective way to view or modify VAV box operation. It is designed use with the Andover Controls TCX 866 VAV controller and can also accomplish many local and monitoring tasks. Accurate, Reliable Type III Thermistor Two 7-Segment LED Display or Four Custom LCD Display standard Smart Sensor provides a two character LED display and a 6 button programmable Programmable Keypad that enables operators and occupants to change setpoints, monitor occupancy status Built-In Service Port for Andover turn equipment on and off. An enhanced version of the Smart Sensor is also available with Service Tool 4-digit custom LCD that provides the following icons: PM, %, Setpoint, Cool, Heat, CFM, OA, and SP. Powered Directly from Andover TCX 866 VAV Controller function keys can be custom programmed to perform a wide variety of functions, including a specific zone to occupied mode, signaling an alarm condition, adjusting the amount of time, arming or disarming a security system, and enforcing password security. Programming display and function keys is done with Andover Controls Plain English programming Smart Sensor comes in a well-ventilated plastic enclosure. The active sensing element is a stable, precision thermistor, accurate to within 0.36 The sensor has an operating of 32 to 105 (0 to 40 Both versions of the Smart Sensor provide a connection the Andover Controls Infinity Lap-Top Service Tool. P E C I F I C A T I O N S Element: III Thermistor, 10,000 ohms @ 77 (25 to 105 (0 to 40 0.36 ( 0.2 will not deviate from accuracy spec for minimum of 5 years Specifications: 20, 22 or 24 gauge, 3 conductor, unshielded wire additional single pair twisted shielded is required for Lap-Top Service Tool connection Distance to Sensor: gauge wire: 1,200 ft. with less than 0.18 (-17.67 error gauge wire: 790 ft. with less than 0.18 (-17.67 error gauge wire: 500 ft. with less than 0.18 (-17.67 error gauge wire: 300 ft. with less than 0.18 (-17.67 error 4.50″H x 3.50″ W x 0.813″D (11.5 cm H x 8.9 cm W x 2.0 cm D) Off-white Smart Sensor is powered directly from Andover Controls TCX 866 R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N SENSOR Temperature Sensor, Type III Thermistor, 10,000 ohms @ 77 MODEL Sensor w/Display DISPLAY TYPE 7-Segment LED Display Digit Custom LCD Display Sensor SD 1 Sensor w/LED Display Controls Corporation Headquarters Brickstone Square Massachusetts 01810 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Controls Corporation Chinachem Golden Plaza Mody Road, Tsimshatsui East Hong Kong 2739 5497 2739 7350 Controls S.A. avenue de Fontainebleau Le Kremlin-Bicetre 1 49 606363 1 49 606271 1998, Controls Corporation. Patent # 4591967 subject to change without brand names, trademarks, and trademarks are the of their respective holders.

Infinity Steel Room Temperature Sensor Controls Stainless Steel Room Temperature Sensor provides rugged, reliable E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S of indoor temperatures for use in an Andover Controls building automation Accurate, Reliable Type III Thermistor The sensor consists of a precision thermistor bonded to a stainless steel plate, with foil-backed foam to reduce the effect of wall temperature. The sensor Rugged Stainless Steel Plate monitors temperatures within a range of -30 to 122 (-34 to 50 with an Fast Response to Temperature Changes of +.36 (+.20 The high thermal mass of the plate provides an extremely stable reading. The low temperature range of the sensor permits installation in freezers cold storage lockers. Insulated Against Wall Temperature Effects Tamper-Proof Option sensor is ideal for manufacturing areas and processing plants where conventional wall are subject to damage. The sensor is available with tamper-proof screws, providing security for prisons, hospitals, schools, and other areas prone to vandalism. The may be mounted directly on a wall, or directly over a standard single-gang utility box the screws provided. An eight (8) foot lead is included for wiring terminations. The sensor intended for interior use only. P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S P E C I F I C A T I O N S Element: III Thermistor, 10,000 ohms @ 77 (25 to 122 (-34 to 50 .36 ( .2 ) will not deviate from accuracy specification for minimum of 5 years Stainless Steel wall plate, insulated with foil-backed foam Connections: foot 22 gauge wire leads provided. Crimp-type butt splices or solder connections Size: 20, or 22 gauge, 2 conductor, unshielded Distance to Sensor: less than .1 F error) ft. (78.97m) (22 gauge wire) (18m) (18 gauge wire) x 2.75″ (114.3 mm x 69.85 mm) R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N Steel Wallplate Sensor: Steel Wallplate Sensor w/Security Screws: Controls Corporation Headquarters Brickstone Square Massachusetts 01810 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Controls S.A. avenue de Fontainebleau Le Kremlin-Bicetre 1 49 606363 1 49 606271 Controls Corporation Chinachem Golden Plaza Mody Road, Tsimshatsui East Hong Kong 2739 5497 2739 7350 1998, Controls Corporation. Patent # 4591967 subject to change without notice. brand names, trademarks, and trademarks are the property of respective holders.

Infinity 8000 Front End Software Infinity SX 8000 front end workstation software package is a PC-based color user interface that provides powerful features and easy-to-operate tools for your Infinity system. SX 8000 presents information to the operator using color graphic screens and pop-up windows to paint a picture of conditions a facility. With SX 8000 OS/2 multi-tasking operating system, operators centrally manage multiple Infinity sites concurrently viewing displays, alarms, controlling doors, and adjusting setpoints and schedules as COMMUNICATIONS Infinity SX 8000 front end software package is designed to meet the demands of the smallest to largest facilities. The SX 8000 supports both single-user and multi-user applications in both direct and wide area communications over the Ethernet, Infinity’s high-speed, backbone bus. Up to 64 8000 workstations and a central file server can have simultaneous access to the network. As make changes in the system, the SX 8000 file server automatically updates any other on the network, guaranteeing current information systemwide and eliminating the need to update separate databases on different workstations. Through the SX 8000 workstation, can also communicate to thousands of remote sites over standard phone lines. Once in all remote operations are identical to those performed over hard-wired systems. ENVIRONMENT 8000 takes full advantage of the speed and power of today’s newest networking technology. SX software supports leading network operating systems such as Microsoft Windows NT Server Microsoft OS/2 LAN Manager. As a result, information from the Infinity system can be directly with mini and mainframe computers on the same network. In addition, SX 8000 offers its a wide variety of networking options; including a choice of industry-standard Ethernet and point-and-click connection over high-speed telephone lines (T1, T3, E1). And SX 8000’s compatibility with today’s routers and bridges further expands wide area networking options. SX 8000 also features the Microsoft SQL database server software, giving the system true with the most popular suppliers of computers and database software. E A T U R E S Depict Information Easily Vivid Color Graphic Full Multi-Tasking Lets Operators Multiple Sites Built-in Library of Animated and Drawing Tools to Custom Control Panels User-Programmable Alarm Voice and Audio Alarms Effective Alert Custom Scheduling Options Meet Individual Building Object Management System Information and System Real-Time Video integration Live Monitoring of Security Areas Powerful Remote Capabilities SX 8000 high resolution color graphics system provides a flexible way to control building HVAC, lighting, access control, and process systems through the use vivid colors and dynamic data displays. The SX 8000 can display a floor plan, operators to and click their way through the facility and change turn equipment on and off, run reports, modify schedules, visually track open and close controlled doors, view alarm status without ever a keyboard. The SX 8000 also displays equipment schematics complete with in automatic response to alarm conditions, or at an operator request. screens can be created from the SX 8000 built-in drawing tools using a full of pre-animated controls such as gauges, buttons, and switches. SX 8000 graphics are compatible with third-party packages such as Photoshop Designer and Corel Draw And with support for numerous file built-in, custom graphics and photographs can be imported easily to custom- SX 8000 graphic displays. SX 8000 user-definable alarm management system allows you to plan your alarm determining what action should taken for each and every alarm. In SX 8000 large processing capacity, quick response time, and advanced protocols ensure that no alarms are ever lost, even in the most application. Multiple alarms can be attached to the same point with different levels for each alarm. When an alarm o

Continuum Expansion I/O Family Tour Andover Controls xP Expansion I/O Family provides a and cost-effective means to add additional inputs, outputs, or a display to the Infinet II and BACnet family of distributed controllers. to two modules plus a local display can be powered directly from of the following controllers in the Infinet II (i2) or BACnet (b3) i2/b3 920, i2/b3 810, i2/b3 814, i2/b3 850, i2/b3 851, or 853. The bCX1 Controller/Router models can also be used to xP Expansion modules (and Display) and are the only that support the xPBA4 and xPBD4 module types. No power supply is required to power the Module(s). Consult xP Modules and Local Display Modules User Guide for valid xPDI8 The xPDI8 module allows the addition of 8 Digital Inputs a small enclosure. xPUI4 The xPUI4 module allows the addition of 4 Universal Each can be configured independently based on your needs Digital, Temperature, Motion Sensor, or Pulse Counter Inputs, providing built-in flexibility for your different application xPAO2/xPAO4 Both the xPAO2 (2 Analog Outputs) and the (4 Analog Outputs) allow the addition of Analog Outputs. output has individual manual override switches to select On, or Auto for program control. When in override mode, each also has a potentiometer to allow control of the override point. xPDO2/xPDO4 Both the xPDO2 (2 Digital Outputs) and the (4 Digital Outputs) allow the addition of Digital Outputs. output has individual manual override switches to select On, or Auto for program control. xPBA4/xPBD4 Both the xPBA4 and the xPBD4 combine the of two xP Expansion modules. Similar to the xPUI4, both the addition of 4 Universal Inputs. The xPBA4 allows the of 4 Analog Outputs (like the xPAO4), and the xPBD4 for the addition of 4 Digital Outputs (like the xPDO4). (Note: xPBA4 and xPBD4 Expansion Modules can only be connected the bCX1 Controller/Routers.) DISPLAY local display with keypad (xP Display) allows for the addition of a programmable local display module that can be mounted within feet (3 meters) of the controller. Connected via a ribbon cable, the Display easily allows the Operator Interface to be mounted on the of an enclosure or on a wall below or next to the controller. Powerful, Flexible System for Simple Addition of a I/O Points Individual Overrides of all Outputs Universal Inputs Provide the Flexibility, including a High Speed Counter Input Individual Overrides and for all Analog Full Function Manual Overrides Status Feedback 4-Line, 16-character Display Keypad Provides Simple Convenient Operator Locally Mounted or Remote of Modules and Display Module Power Supplied by the Reducing Installation and Cost to xPAO4; only the first outputs are populated. to xPDO4; only the first outputs are populated. Environment: Type: I/O Modules to two I/O module and an xP- may be connected to a All controllers provide a total 180 mA of power for the modules. module power consumption is below. Reference installation sheet valid combinations. (DIGITAL INPUTS) Consumption: mA Digital Inputs Impedance: ohm ref to +5VDC VDC, or contact closure 50% duty cycling, 3.57 ms pulse min. Protection: VAC/DC +/- 1500 V transients (0 10 RH (non- 3.21″H x 7.10 x 1.60″D x 180 W x 41 D) mm 7.25″H x 5.00 x 1.65″D x 127 W x 42 D) mm 0.48 lb (0.22 kg) 1lb (0.45 kg) Open class, IP 10. Flammability of UL94-5V (UNIVERSAL INPUTS) Consumption: Universal Inputs mA (xPUI4) mA (xPBA4) mA (xPBD4) VDC

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Infinity 840, 843, 845, 846 Terminal Control Unit Infinity TCX 840 family of intelligent, programmable stand-alone controllers offers versatility in Versatile DDC from Simple VAV to Digital Control of package units, VAV boxes, and other terminal unit applications. The TCX 840 (TCX 840, TCX 843, TCX 845, and TCX 846) features several combinations of universal inputs, an pressure transducer, Form A and Tri-state outputs, and analog outputs for flexible control the TCX 840 model with the I/O configuration that meets your specific control needs. The basic TCX 840 model provides low-cost cooling-only VAV control. The TCX 843, with three outputs, is perfect for VAV applications requiring reheat control. The TCX 845 and TCX 846 full-featured models. With separate outputs for fan and staged heating and cooling control plus analog outputs for economizer control, the TCX 845 and TCX 846 provide the perfect for package unit control. oxide varistors and optocouplers provide 2500V isolation on each triac-based output on all 840 models to ensure noise-free operation and, in most cases, eliminate the need to install in the field. The Infinet true peer-to-peer communications protocol provides the Infinity TCX 840 series with the to instantly communicate with an Infinity network controller such as the CX 9200, as well as the network of Andover Infinet field controllers. Up to 254 TCX 840 series controllers can be to one CX series network controller. E A T U R E S Package Unit Universal Inputs for Flexible Configurations Peer-to-Peer Communications Transparent Data Plain English Language Programming A and Tri-State Outputs for and Bidirectional Control On-Board Pressure Transducer Airflow Measurement Analog Outputs for Precise of Valves and Dampers Built-in Varistors for Noise TCX 840, 843, 845, 846 Terminal Control Unit to the Infinity TCX 840 series is handled via the Infinet bus, a twisted pair, half duplex RS-485 Communication is accomplished with a token passing protocol which provides full transparent data between all Infinity controllers on the network. configuration consists of either two or four Universal inputs that accept voltage, (0-5 VDC), digital (on/off), signals (up to 4 Hz), or temperature signals. The TCX 840, 843, and 846 also provide an on-board airflow TCX 843, 845, and 846 contain 5 Form A, triac-based outputs for on/off or pulsed control of lighting, heat, and fan Adjacent outputs can also be configured up to two Tri-state outputs, providing bidirectional control of dampers and The TCX 845 and the TCX 846 also feature two analog outputs each to control devices, such as valves, dampers, The basic TCX 840 model provides two Form A outputs configurable as a single Tri-state output for reduced I/O such as cooling-only VAV control. TCX 840 series controller can be configured to meet the exact distributed control requirements of your using Andover Controls powerful Plain EnglishTM programming language. Programs are entered into an TCX 840 an SX 8000 workstation, the LSX 280 Lap-Top Service Tool, or network controller. The program is then stored in, and by, the TCX 840. The on-board lithium battery keeps programs backed up in the event of a power failure. multiple TCX 840s is inherently easy with Plain English. A complete copy of one TCX 840 programs be loaded directly into other TCX 840s without changing any point names or programs. The SX 8000 workstation this process even easier with its unique drag-and-drop feature. CAPABILITIES dynamic memory of the TCX 840 can be allocated for any combination of Plain English control programs, alarming, and data logging. Our object-oriented language with intuitive keywords provides easy and programming. In addition, Plain English pre-defined and customized functions and powerful math reduce programming time particularly for repetitive applications. 840 Dimensional Drawing P E C I F I C A T I O N S VAC, 50/60 Hz Individual transformer at each controller required included). Consumption: VA Protection:

Infinity 850, TCX 851, TCX 852, TCX 853, TCX 855 Terminal Control Unit Infinity TCX 850 family of intelligent, programmable, stand-alone controllers provides cost- E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S Direct Digital Control of individual terminal units: VAV boxes, fan powered induction units, ventilators, heat pumps, etc. The Infinet true peer-to-peer communications protocol provides Infinity TCX 850 with the ability to instantly communicate with an Infinity network controller such the CX 9200, as well as the entire network of Andover Infinet field controllers. Up to 254 TCX 850s be networked with the Infinity CX family of controllers. to the Infinity TCX 850 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. Communica- is accomplished with a token passing protocol which provides full transparent data transfer between all Infinity controllers the network. the TCX controller with the input configuration that matches your application. The TCX 850 has four full range inputs that accept voltage (0-5VDC), digital (on/off), counter signals (up to 4 Hz), or temperature signals plus a fifth which is an on-board air flow sensor. Three field adjustable potentiometers provide min/max and setpoint adjustments. TCX 851 comes without the on board airflow sensor for applications not requiring airflow measurement, such as heat and fan coils. It contains four Universal inputs but does not contain the three potentiometers. TCX 852 contains two Universal inputs and the on-board airflow sensor for reduced I/O applications. It does not contain three potentiometers. TCX 853 is for dual-duct VAV applications. It contains two on-board airflow sensors and six Universal inputs. It does not the three potentiometers. TCX 855 is identical to the TCX 850, with the exception that it contains a lower range (0-0.2 W.C.) airflow sensor to lower air volume applications. Stand Alone DDC for System Peer-to-Peer Communications Transparent Data Plain English Language Programming Universal Inputs for Flexible Configurations A and Tri-State Outputs for and Bidirectional Control On-Board Pressure Transducer Airflow Measurement Expandable I/O Meets Additional Count Needs Battery Backup for Ten Years Power Failure of Memory TCX 850, 851, 852, 853, 855, Terminal Control Unit TCX 850, 851, 853, and 855 contain three Form A relay outputs for on/off or pulsed control of lighting, heat, and fan One Tri-State output provides bidirectional control of dampers and valves. Optional analog output, pneumatic output, high voltage output modules are available. TCX 852 contains one Form A output and one Tri-State output for reduced I/O applications. EXPANSION TCX 850, 851, 853, and 855 contain the I/O expansion port for the addition of low-cost I/O modules directly on the of the controller. The family of modules includes the EMX 140 (2 pneumatic outputs), EMX 150 (2 analog outputs), 155 (2 digital outputs), and the EMX 160 (8 digital inputs). The EMX 170 Programmable Interface provides a low-cost, user interface and temperature sensor. It contains an 8-character LCD display and six programmable that enable the user to view temperatures, adjust setpoints, and switch to occupied mode. TCX 850 can be configured to meet the exact distributed control requirements of your application using Andover powerful Plain English programming language. Programs can be activated within individual TCX 850s or any controller. Programs are entered into an TCX 850 using an SX 8000 workstation, the LSX 280 Lap-Top Service Tool, network controller. The program is then stored in, and executed by, the TCX 850. The on-board lithium battery keeps backed up in the event of a power failure. multiple TCX 850s is inherently easy with Plain English A complete copy of one TCX 850 programs can be directly into other TCX 850s without changing any point names or programs. The SX 8000 workstation makes this even easier with its unique drag-and-copy feature. CAPABILITIES dynamic memory of the TCX 850 can be allocated for any combination of Plain English control programs, scheduling, and data logging. Our object-oriented language with intuitive keywords provi

Infinity 865,866 VAV Controller with Built-in Actuator control. controller. Infinity TCX 865 programmable Infinet terminal controller is a unique, low-cost VAV box E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S that comes equipped with a built-in damper actuator to streamline hardware installation Stand-alone VAV Control for System save commissioning time. The TCX 865, with two universal inputs; an airflow sensor; three Form triac-based outputs; and an integrated damper actuator, is perfect for VAV applications requiring true peer-to-peer communications protocol provides the TCX 865 with the ability to Flexible VAV Control communicate with an Infinity network controller such as the CX 9200, as well as the entire of Andover Infinet field controllers. Up to 254 TCX 865s can be networked to one CX series Peer-to-Peer Communications Provide Data Transfer oxide varistors and optocouplers on the TCX 865 provide 2500V isolation on each triac-based ensure noise-free operation and, in most cases, eliminate the need to install MOVs in the TCX 866 model adds an additional universal input, plus a room sensor input, which supports new Smart Sensor, or any standard room temperature sensor. The TCX 866 also adds two View and Modify Information with outputs to control reheat valves, lighting ballast control, etc. Built-in Damper Actuator Simplifies Installation Universal Inputs with Form A Outputs Plain English Language Simplifies On-Board Pressure Transducer for Measurement Actuator Clutch Feature Saves Time Andover Smart Sensor TCX 865, 866 VAV Control with Built-in Actuator O M M U N I C A O M M U N I C A I O N S I O N S O M M U N I C AT I O N S I O N S O M M U N I C A O M M U N I C A I O N S to the Infinity TCX 865 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between Infinity controllers on the network. configuration consists of two full range Universal inputs that accept voltage, (0-5 VDC), digital (on/off), counter signals to 4 Hz), or temperature signals, plus an on-board air flow sensor. The TCX 866 model offers an additional universal plus a room temperature input to support the Andover Smart Sensor, or any standard room temperature sensor. N P U T S N P U T S N P U T S N P U T S N P U T S U T P U T S U T P U T S U T P U T S U T P U T S U T P U T S TCX 865 contains three Form A triac-based outputs for on/off or pulsed control of lighting, heat, and fan units. Two can also be configured to provide one Tri-state Form K output and one Form A output, for bidirectional control of and valves. Outputs are rated for AC loads only. The TCX 866 model also offers two analog outputs to control valves, lighting ballast control, etc. ACTUA ACTUA ACTUAT O RT O RT O RT O RT O R ACTUA ACTUA integrated Belimo damper actuator allows simple direct mounting of the TCX 865 directly over the existing shaft. This eliminates the need for separate mounting, wiring, and positioning of the damper motor. All TCX 865 have built in software over-drive protection which senses repeated motor limit stall conditions and helps to motor damage. Also, the actuator has a built-in clutch button to temporarily disengage the direct-drive gears commissioning. The TCX 865 actuator may be preset for a limited range of motion using the mechanical “stops” TCX 865 can be configured to meet the exact distributed control requirements of your application using Andover powerful Plain English programming language. Programs can be activated within individual TCX 865s or any controller. Programs are entered into a TCX 865 using an SX 8000 workstation, the LSX 280 Lap-Top Service Tool, network controller. The program is then stored in, and executed by, the TCX 865. The on-board replaceable lithium keeps the TCX 865 programs and real-time clock backed up in the event of a power failure. multiple TCX 865s is inherently easy with Plain English. A complete copy of one TCX 865 programs can be directly into

Infinity 867 Terminal Control Unit Infinity TCX 867 programmable controller is a compact terminal control unit that provides low- E A T U R E S E A T U R E S E A T U R E S E A T U R E S E A T U R E S DDC control of package units, heat pumps, unit ventilators, and other terminal unit applications its versatile mix of universal inputs, triac outputs, plus an interface to Andover Controls Smart room temperature sensor with programmable keypad. The TCX 867 also features two analog Stand-alone Terminal Unit Controller System Reliability to control reheat valves, dampers, lighting ballasts, etc. And because the TCX 867 is Cost-effective Direct Digital Control in a sleek, modular casing, it can be mounted in a small area for retrofit in the field. oxide varistors and optocouplers on the TCX 867 provide 2500V isolation on each triac- output, ensure noise-free operation and in most cases, eliminate the need to install in Small Areas Universal Inputs with Form A, Form K, Analog Outputs for Flexible Options Modular, Sleek Design Simplifies View and Modify Information with Andover Smart Sensor and Programmable Keypad Peer-to-Peer Communications Provide TCX 867 provides a built-in connection for Andover new Smart Sensors. The Smart provides a 2-character LED display and a 6-button programmable keypad that enables and occupants to change setpoints, balance VAV boxes, monitor occupancy status Data Transfer turn equipment on and off. An enhanced version of the Smart Sensor is also available with 4-digit custom LCD that provides the following icons: PM, %, Setpoint, Cool, Heat, CFM, Plain English Language Simplifies OA, and SP. true peer-to-peer communications protocol provides the TCX 867 with the ability to communicate with an Infinity network controller such as the CX 9200, as well as the network of Andover Infinet field controllers. Up to 254 TCX 867s can be networked to CX series network controller. TCX 867 Terminal Control Unit to the Infinity TCX 867 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. is accomplished with a token passing protocol which provides full transparent data transfer between Infinity controllers on the network. configuration consists of three full range Universal inputs that accept voltage, (0-5 VDC), digital (on/off), counter (up to 4 Hz), or temperature signals. The TCX 867 also offers a fourth input to support the Andover Smart Sensor, any standard room temperature sensor. TCX 867 contains three Form A triac-based outputs for on/off or pulsed control of lighting, heat, and fan units. In a Tri-state Form K output is provided for bi-directional control of dampers and valves. If an additonal Tri-state is two of the three Form A outputs can be configured to make one Tri-state Form K output. Outputs are rated for loads only. The TCX 867 also offers two (0-10V) analog outputs. TCX 867 can be configured to meet the exact distributed control requirements of your application using Andover powerful Plain English programming language. The on-board replaceable lithium battery keeps the TCX 867 and real-time clock backed up in the event of a power failure. multiple TCX 867s is inherently easy with Plain English. A complete copy of one TCX 867 programs can be directly into other TCX 867s without changing any point names or programs. In addition, channel assignments for TCX 867 are similar to other Infinet devices such as the TCX 865 for easy program conversion. CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES CAPABILITIES dynamic memory of the TCX 867 can be allocated for any combination of Plain English control programs, scheduling, and data logging. Andover object-oriented language with intuitive keywords provides easy operation and In addition, Plain English pre-defined and customized functions and powerful math capabilities reduce time for repeti

Infinity 870 Terminal Control Unit Infinity TCX 870 is the perfect choice for stand-alone, programmable, direct digital control of fan E A T U R E S units, induction units, heat pumps and small AHUs that need both digital and analog outputs. Cost-effective Controller for Fan universal inputs accompany the three digital and two analog outputs to produce a cost-effective Small AHUs for smaller applications. The Infinet true peer-to-peer communications protocol provides Infinity TCX 870 with the ability to instantly communicate with an Infinity network controller such the CX 9200, as well as the entire network of Andover Infinet field controllers. Up to 254 TCX 870s be networked with the Infinity CX family of controllers. to the Infinity TCX 870 is handled via the Infinet bus, a twisted pair, half duplex RS-485 interface. Communica- is accomplished with a token passing protocol which provides full transparent data transfer between all Infinity controllers the network. TCX 870 has four full range universal inputs that accept temperature, voltage, digital (on/off) or counter signals (up to 4Hz). voltage range is switch-selectable between 0- 5VDC and 0-10VDC. Form A relay outputs provide on/off control of lighting, heat, and fan units. Each output has an individual return and is rated to switch 240V, 5 amps. Two analog outputs are also included for modulating control, providing 0-20 VDC or 0-20 output signals. TCX 870 can be configured to meet the exact distributed control requirements of your application using Andover Controls Plain English programming language. Programs can be activated within individual TCX 870s or any network Programs are entered into an TCX 870 using an SX 8000 or Continuum workstation, the LSX 280 Lap-Top Service or network controller. The program is then stored in, and executed by, the TCX 870. The TCX 870 on-board lithium battery programs and the real-time clock backed up in the event of a power failure. Stand Alone DDC for System Peer-to-Peer Communications Transparent Data Plain English Language Programming Universal Inputs for Flexible Configurations Relay Outputs Rated At 240V for Control Two Built-in Analog Outputs Voltage or Current Connector Provided for EMX 170 Interface TCX 870 Terminal Control Unit CAPABILITIES dynamic memory of the TCX 870 can be allocated for any combination of Plain English control programs, scheduling, and data logging. Our object-oriented language with intuitive keywords provides easy operation and program- In addition, Plain English pre-defined and customized functions and powerful math capabilities reduce program- time for repetitive applications. INTERFACE INPUT TCX 870 includes an input for the EMX 170 Programmable Interface, a low-cost user interface with an 8- character display and six programmable pushbuttons. An operator can use the EMX 170 for changing setpoints or schedules, point statuses, or overriding normal operation. The EMX 170 also comes in an industrial Nema 4X version suitable panel mounting. mm mm mm mm mm mm BUTTON ANALOG TD IN2 1 OUT1 LED1 PORT C C OUTPUT H0LES mm DIA 4.14″ mm 870 Dimensional Diagram P E C I F I C A T I O N S 50/60 Hz (TCX 870-24) OR 50/60 Hz (TCX 870-220) Consumption: Protection: with 3 amp socketed 3AG fuse. MOV protected. Clock: clock Environment : – 120 (0 10-95% RH (non-condensing) x 6.7″W x 3.1″D (180mmH x 170mmW x 079mmD) 3 lbs. (1.4 Kg) Type: open class sheet metal, IP 10

Controlling Tomorrow World Listed Proprietary Alarm Installation Guide Version Controls Corporation Manuals Online! – A or distribution forbidden. (cid:211) 1995 by Andover Controls. to change without notice. No. 30-3001-478 1995 (cid:211) Controls Corporation Brickstone Square Massachusetts 01810 Rights Reserved. NOTICE by the Engineering Department at Andover Controls Corporation. product is subject to change without notice. This document does not constitute any express or implied. Andover Controls Corporation reserves the right to alter ca- performance, and presentation of this product at any time. manual uses the following trademarks: is a registered trademark of Brooks Power Systems. is a registered trademark of Epson Corp. 2000 is a registered trademark of Gateway 2000. is a trademark of Andover Controls Corporation. is a registered trademark of Microsoft Corporation. other product names mentioned herein are used for identification purposes and may be trademarks or registered trademarks of their respective companies. Listed Proprietary Alarm System Installation Guide Manuals Online! – Controls Corporation Manuals Online! – Andover Controls UL Listed Proprietary Alarm System Installation Guide requirements and instructions for installing the alarm system on an Infinet This document refers you to additional Andover Controls Installation where appropriate. Listed Proprietary Alarm System Installation Guide Manuals Online! – The Andover Controls Proprietary Alarm System consists of two major Central Supervisory Station Premise Control Units The Premise Control Units are responsible for initiating alarms and the status of these alarms over a supervised signaling bus to the Supervisory Station. The Central Supervisory Station provides the focal point for all alarm An individual who is trained to interpret and acknowledge the alarms constantly monitors this station. This station consists of three main The receiving unit The supervised station A printer printer provides a hard copy of all alarm events including where and when alarm occurred, the type of alarm, and when and by whom the alarm was Controls Corporation Manuals Online! – Installation Only individuals with the appropriate Andover Controls certifications shall the Andover Controls Systems. of all alarm status changes must meet all of the following criteria: Print on alarm Print on acknowledgment of alarm Print on return to normal Beep on alarm Beep on return to normal The maximum alarm delay must be less than 60 seconds (< 60 seconds). 1 shows how the alarm priority levels must be set. 1. Alarm Priority Levels Priority Alarm Type supervision where risk of injury to persons or or destruction of property may be involved Hold-up or panic alarm Alarm Watchman Tour Alarm Supervision supervision where risk of injury to persons or or destruction of property is not involved Other supervisory services Listed Proprietary Alarm System Installation Guide Manuals Online! - Installation List 2 identifies the Andover Controls products listed in the UL Proprietary Alarm Systems category, their role in the listing, and the part numbers their detailed installation/programmers guides. 2. Andover Controls Product Listing Proprietary Alarm Systems Category Number (Description) of Central Station of Central Station Control Control Control Control Control

Infinity Mount Temperature Sensor Controls Wall Mount Temperature Sensor provides accurate, reliable measurement of E A T U R E S room temperature for use in an Andover Controls building automation system. The active element is a highly stable, precision thermistor, accurate to within 0.36 The sensor has an range of 40 to 100 (4.4 to 37.8 Accurate, Reliable Type III Thermistor Attractive, Ventilated Two-Piece thermistor is encapsulated with a low mass, high-conductivity thermal compound for good heat Response to Temperature Changes characteristics. It is housed in an attractive, well-ventilated plastic enclosure. The unique enclosure design permits changeout of the thermistor material, which is located in the Easy Installation and Service without removal of the baseplate. The cover is securely snapped into the backplate. sensor may be mounted directly on dry wall, or on any electrical outlet box with no adapters The sensor is for interior use only, and is not suitable for use where condensation may P E C I F I C A T I O N S Element: III Thermistor, 10,000 ohms @ 77 (25 to 100 (4.4 to 37.8 0.36 ( 0.2 will not deviate from accuracy spec for minimum of 5 years Connections: leads, 2 Yellow, Interchangeable Specifications: 20, 22 or 24 gauge, 2 conductor, unshielded Distance to Sensor: gauge wire: 490 ft. with less than 0.1 (-17.72 error gauge wire: 850 ft. with less than 0.1 (-17.72 error gauge wire: 1,200 ft. with less than 0.1 (-17.72 error gauge wire: 2,000 ft. with less than 0.1 (-17.72 error 4.50″H x 3.50″ W x 0.813″D (11.5 cm H x 8.9 cm W x 2.0 cm D) Off-white R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N R D E R I N G I N F O R M A T I O N Room Sensor, ACC Logo: Room Sensor, Blank Cover, No Logo: I M E N S I O N A L D R A W I N G I M E N S I O N A L D R A W I N G I M E N S I O N A L D R A W I N G I M E N S I O N A L D R A W I N G I M E N S I O N A L D R A W I N G Controls Corporation Headquarters Brickstone Square Massachusetts 01810 978 470 0555 978 470 0946 Controls Ltd. Road LE65 2UG, 01530 417733 01530 415436 Control GmbH Seerhein 8 Konstanz, Germany 07531 99370 07531 993710 Control S.A. Dolomites 2 Rue Roger Salengro Fontenay-Sous-Bois, France 331 53 99 16 16 331 53 99 16 15 Controls 1201-02, Phase I, Nang Centre Hillwood Road, Tsim Sha Tsu Hong Kong 852 2739 5497 852 2739 7350 Controls Mexico Sur 1722-501 Florida D.F. 01030 Mexico 525 661 56 72 525 661 54 15 1998, Andover Controls Corporation. U.S. Patent # 4591967 subject to change without notice. All brand names, trademarks, and registered trademarks are the property of their respective holders.