Category: Invensys

DCM-1000 Control Module in U.S.A. . . . . . . . . . . . . . . . . . . . . ..~………………………………….~~.~……………………………………~ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 GUIDELINES INCLUDED THIS PACKAGE ……………………………………………………………… REQUIREMENTS Switch …………………………………………………………………………………………… . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ..~…~…………………………………………………………………..~.. and EMI Grounding WIRING …………………………………………………………………. 350A to DCM-1000 Controller …………………………………………………………….. Trunk Wiring …………………………………………………………………………….. OUTPUT ………………………………………………………………………………………….. JUMPERS, AND INDICATORS SUPPORT ………………………………………………………………………………………… Start-Up …………………………………………………………………………………………… Repair ………………………………………………………………………………………………. Distributed Control Module (DCM-1000) to any MicroSmart controller in the DMS family and acts as a area controller a DMS 350A. Two controller trunks are for interfacing of up to 62 controllers. The has an integral rechargeable battery which backup operation of its clock as well as retention for time-of-day schedules, table point records, and point configuration DCM trunk to the DMS 350A is a 2-wire One 6-position connector is provided on controller for termination of redundant trunks. One connector provides failsafe input/output. between the DCM-1000 and controllers is via a two-wire, 51.2k baud, trunk. NUMBER: DCM-1000, DCM-1000-I. LISTINGS: UL-916 (Energy Management Complies with FCC Class CAPACITY: 250 I/O and software points of 64 S/S points); plus MicroSmart points. PROGRAMMING: 400 lines of code available. 100 UDPs max. TO DCM-1000 COMMUNICATIONS: 2-wire RS-485, redundant trunks Rate: 51.2 Kbps standard Length: 4,000 feet maximum. TO CONTROLLER

firealarmresources.com

firealarmresources.com

I N V E N S Y S B U I L D I N G S Y S T E M S Controller Building Systems 1994 in U.S.A.

lnvensys Building Systems Building Systems, Inc. Clifford Avenue Clifford Avenue (Zip 61111) Box 2940 Park, IL 61132-2940 Box 2940 Park, IL 61132-2940 States of America Con troller talla tion Ins true tions a connects Module MicroNet Controller nine-pin, serial port converter a DOS-based personal computer Sensor. The MicroNet Controller converts RS-232 communications to U-Link communications operating on a PC, to communicate with 2000TM controllers. and a 9600 and vice allows the MicroNet Controller MicroNet Controller module and a two-foot feet extended) a one-piece assembly. cable Module a Chart powered personal (desktop or Interfaces to standard RS-232 male serial port. in U.S.A. 6-94 4 MicroNet Controller Module packaged one container. the carton for possible damage. the components damaged, notify the appropriate carrier obvious damage. Return damaged products. (not provided): Straight-bladed connector screws. Connect the MicroNet Controller Module to the PC serial port (COMI or COM2) shown below in Figure-l. Connecting the MicroNet Controller Interface Module. Tighten the two screws on the MicroNet Controller Module to secure it to the Connect the MicroNet Controller Module to the MicroNet Sensor as shown in serial connector. PC Serial Port Requirements the MicroNet Controller Module. by MN-CIM Used by MN-CIM Used by MN-CIM 4 BK may change as design improvements are introduced. in U.S.A.

lnvensys Building Systems Building Systems, Inc. Clifford Avenue (Zip 6111 I) Clifford Avenue Box 2940 Box 2940 Park, IL 61132-2940 Park, IL 61132-2940 States of America Sensors are digital room temperature used with the MicroNet 2000TM family of Available three models, all MicroNet sensing and plug-in communication for the MicroNet Controller computer software). (DOS-based Sensors are suitable direct-wall, 2 x 4 box, 114 DIN electrical box, or surface box Chart Model Chart. MN-SDK Only Sensor Instructions in U.S.A. 5-1 DOCUMENTATION Applicable Documentation. 1 2000 2 Controller User Manual 3 4 Controller Air Balance MicroNet 7 MicroNet General Bus) 8 Series MicroNet Controller VAV Controller Manual MicroNet General VAV Controller Manual Sales Personnel Application Engineers Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Application Engineers lnstallers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Building Operators Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel an introduction descriptions, wiring practices, and system architecture the product family. Contains detailed tutorial. startup and menu information, and step-by-step Controller systems. air balancing MicroNet step-by-step Module. procedures the MicroNet step-by-step and checkout procedures the step-by-step VAV Controller. and checkout procedures the MicroNet VAV Controller setup, programming, and software and the deluxe MicroNet Sensor. includes diagnostic/ using both the MicroNet Controller step-by-step and checkout procedures the all pre-engineered applications bills of material, sequence of operation, wiring, the MicroNet VAV MicroNet Sensor parts: packaged disassembled one container and consists of three A pre-wirable base plate which includes a MicroNet communication An electronic assembly containing sensor and associated circuitry. A removable cover. the carton for possible damage. the components damaged, notify the appropriate carrier obvious damage. Return damaged products. wiring diagrams. (not provided): Appropriate screwdrivers Digital Volt-ohm meter (DVM). Level. Drill and bits for mounting screws. Wrist grounding strap. wiring terminals and mounting screws.

TAC I/A Series Sensors and mN-SdK Sensors are a family of microprocessor- digital room temperature sensors used with MicroNet 2000 Controllers. Available in two MicroNet Sensors include industry standard for accurate room sensing and plug-in jacks for the MicroNet Controller software. These MicroNet Sensors are for use with the MN-FLO-700 and MN- stand-alone MicroNet VAV Controllers. the digital wall sensor, the operator can monitor performance of the product, edit operational and even reprogram the controller, if provided the proper password level. Up to two sensors be connected to a MicroNet 2000 Controller. Sensors are suitable for direct-wall, 2 x 4 box, 1/4 DIN electrical box, or surface box MicroNet Sensor connected to a MicroNet Controller is considered a stand-alone digital control component. The MicroNet measures room conditions and relays information to the controller via the U-Link digital wall sensor is durable, and offers easy as well as a wide variety of interface for the user. The MicroNet Controller Module plugs into the communication on the sensor to provide a user interface to the via the MicroNet Controller Interface. The Controller Interface software may be utilized set up and monitor a MicroNet Controller. range span varies with the controller to 320 ( to 160 to 9,990 CFM. Larger values can be monitored and via the MicroNet Controller interface. on next page. H x 3-1/4 W x 15/16 D in. x 83 x 24 mm). to NEMA-1 Requirements. Immunity Compliance 801.5 and ANSI C62.41 (IEEE-587, Category A B). Compliance 801.4. discharge Compliance 801.2. LISTINgS A. # E71385 Category PAZX). #LR 3728). LImITS Temperature to 122 (0 to 50 and Storage Temperature to 160 ( to 71 to 95% RH, non-condensing. TErmINALS terminals to 24 AWG. I/A Series MN-FLO3T-700 continued from first page. Levels (mN-SdK only) access levels for monitoring, operating, and functions with automatic time-out feature. display (mN-SdK only) field configurable sensor displays. of displayed values. minimum/maximum limit setpoint values. driven, automatically configured, display/command values. mN-SdK dISPLAy/CHANgE VALUES Temperature Setpoint Setpoint (Heating/Cooling) low-profile packaging. zone temperature indication (selectable 0.1 1 degree display of or temperature sensors provide without recalibration. compensating temperature conversions the need to calibrate over time. virtually any wiring type including pairs without termination resistors. selected values such as setpoints, mode, and actual air flow. Configurable intuitive display screens that are retained, even if the MicroNet is replaced. only Liquid Crystal Display U-Link 2-wire connection that provides power and interface to the MicroNet Sensor. ft. (61 m) between controller and controlled or peripherals. 400 ft. (122 m) total distance all wire segments. Communication Jack receptacle for MicroNet Controller Interface (MN-CIM) for user access to the MicroNet Controller via the MicroNet Controller Interface Electric 1354 Clifford Avenue, P.O. Box 2940, Loves Park, IL 61132-2940, USA 1-888-444-1311 www.schneider-electric.com/buildings 2010 tl

User-friendly interface providing fully menus, context sensitive help, selectable English or metric unit dis- Connects to any TAC MicroNet Sensor and user access to TAC MicroNet under other TAC MicroNet on the TAC NETWORK 8000 communication bus. Controller database management capabili- including on-line and off-line editing, controller upload and download, archiving to DOS text files. Operating and monitoring functions includ- dynamic current status display, real-time and point override commands. Intuitive controller diagnostics. Six-level user access protection. TAC MicroNet Interface TAC MicroNet Controller Interface (CI) is the software interface for use with the TAC 2000 family of Direct Digital Controllers. It is a DOS-based program provid- a prompted, easy-to-use interface for monitoring and operating TAC MicroNet con- Powerful engineering and diagnostic software features are included for efficient start-up and maintenance. TAC MicroNet Controller Interface software runs on IBM compatible, desktop or personal computers. Its purpose is to provide database upload or download, file configuration for start-up and access, trending, and current status display. TAC MicroNet Controller Interface connects to TAC MicroNet Controllers through TAC MicroNet Controller Interface Module (CIM). The CIM plugs into the TAC Sensor communication jack and the personal computer serial port. This access to the TAC MicroNet Controller controlling the space. When a network TAC MicroNet Controllers exists, the CI provides user access to not only the control- on the U-Bus but to other TACMicroNet Controllers located under other TAC Integrators on the TAC NETWORK 8000 ASD communication bus. Multiple MicroNet Controller Interfaces can be used simultaneously under one TAC MicroNet so that several users can access the controllers at the same time. Model Chart. Selectable color formats for color display interface used with TAC MicroNet 2000 controllers. COMPUTER REqUIREMENTS compatible, desktop or portable. SPECIfICATIONS and Sub-menu Selections Edit, Diagnostics, Reset, Trend, or higher. Drives Copy, Delete, Get from Device, to Device, Log as Text. List, Get Multiple, Send Multiple, and Date. high density floppy. Hard disk but not required. System 3.3 or higher. Access. serial port (COM 1 or COM 2). Menu, Topic Index, About. EGA, MCGA, and VGA mono- or color. Status ADAPTER MicroNet Controller Interface Mod- (MN-CIM). port and U-Link powered. female, RS-232. Rate baud. RS-232. compatible. ft (10 ft when extended.) textual, controller-specific Includes indication of overrides effect. Reports allows monitoring of up four controller values. Archivable to text file. reporting of controller operat- mode, hardware and communication and controller-specific applica- errors. Options English or metric. AM/PM or 24-hour. Selectable from 10 pre-defined Access Levels: 6. Communications Bus other Integrators BAS Controllers ADDRESS BUS MicroNet 2000 ADDRESS BUS MicroNet 2000 MICROZONE II other MicroNet 2000 MicroNet Controller Module MicroNet Controller (Software) MicroNet VAV Controllers MicroNet Sensors 1 TAC MicroNet Controller Interface in a TAC NETWORK 8000 Building Automatio

Lowest total installed cost for facility retrofits. Long-term Direct Digital Control perfor- reliability. Stand-alone control with BAS networking Digital wall sensor displays room and net- shared values. Fully digital sensor bus technology offers noise immunity. Simple and efficient control sequence con- Advanced wise control strategies. Easy retrofit installation through two-wire and sensor wiring. Open topology wiring with polarity insensi- in plenum. MicroNet 2000TM Digital Controllers a member of the TAC MicroNet 2000 family of Direct Digital Controls, the TAC Heat Pump/Fan Coil Controller offers the advantages of Direct Digital Control single stage heat pump and two-pipe/four-pipe fan coil applications. Operating as a controller, the TAC MicroNet Heat Pump/Fan Coil (HPFC) Controller can be into the TAC NETWORK 8000 Building Automation System (BAS) to deliver level system monitoring, control, and supervision. Ideal for the retrofit of exist- pneumatic and electric/electronic systems, the TAC MicroNet HPFC Controller offers wall sensor technology and reliable DDC operation to meet today demanding and energy code requirements. for new or existing system installations, the TAC MicroNet HPFC Controller control for any of the following unitary systems within your facility: Stage Heat Pump Wall sensor (any MN-S series) Discharge sensor with auxiliary DI (MN-SDT) Single speed fan Single stage compressor Changeover valve Fan Coil Two-position or Proportional Wall sensor (any MN-S series) Discharge sensor with auxiliary DI (MN-SDT) Single speed fan Two-position heating/cooling valve with two-position outdoor air damper or Floating heating/cooling valve (drive open/drive closed) is optimized throughout the system to provide immediate feedback the facility operator. The TAC MicroNet 2000 offers the advantages of stand-alone combined with enterprise-level automation advantages through full compatibility the TAC NETWORK 8000 BAS. the digital wall sensor, the operator can monitor the performance of the equip- edit operational values, and even reprogram the controller. Through the wall sen- access jack, the TAC MicroNet Controller Interface software may also be utilized to up and monitor the heat pump or fan coil unit or any other TAC MicroNet Controller the communications bus. Plenum rated enclosure allows direct mount- Fan Coil Two-position Wall sensor (any MN-S series) Discharge sensor with auxiliary DI (MN-SDT) Single speed fan Two-position heating valve Two-position cooling valve All I/O under control of BAS Model Chart. Outputs Strategies stage heat pump fan coil fan coil NETWORK 8000 BAS MicroNet U-Bus the MN-ASDI TAC MicroNet Integrator for the ASD Bus. ft (305 m) between TAC MicroNet Integrator and most distant TAC MicroNet 3,000 ft (914 m) total distance, including all wire segments. Multiple cable end of lines are allowable and termination resistors are not required. MicroNet U-Link ft (61 m) between controller and the controlled devices or peripherals. 400 ft m) total distance including all wire segments. MicroNet Controller Interface (CI) TAC MicroNet Controller Interface software is installed on a DOS-based computer (PC) which allows communication with all MN-FLO, MN-FLO3T, MN-HPFC Controllers and the TAC MicroNet Integrator on a common U-Bus. reconfiguration, monitoring, editing, and database backup of all TAC Controller configuration data via the TAC MicroNet Controller Interface (MN-CIM), which interfaces between the RS-232 port of a PC and the TAC Sensor communication interface jack. Interface Platform Computer Configuration Requirements compatible, desktop or portable. or higher. Drives System

MPC-2P0 Controller Output Module U.S.A. OF CONTENTS GUIDELINES THIS PACKAGE COMPONENTS REQUIREMENTS AND SETUP INFORMATION Outputs SCALE and OFSET Using MOCALC LEDs …………………………………………… pneumatic output module (MPC-2PO) an module that plugs directly into any of four option slots available on the MicroSmart controller (MSC-MPC), providing output capability to the MSC-MPC. for use in packaged-unit control and HVAC applications, the MPC-2P0 two pneumatic outputs to directly drive damper and valve actuators in building systems. NO.: MPC-2P0. LISTINGS: UL-W 6 (Energy Equipment), UL-873 . Indicating and Regulatlng pending. UL-664 (Smoke Control Sub-assembly). Complies with FCC ass requirements. as a smoke control system sub-assembly. to be used by itself or as part of a MicroSmart Network (RCM/NCM) in a smoke control For smokecontrol applications, install accordance with F-25645, Smoke Systems Manual. TWO 3-15 psig pneumatic output 8 SCFH @ 15 psig. CONSUMPTION: Application-dependent. not a constant-bleed device. AIR: 30 psig maximum. 2 0.05 psi. FILTRATION: 25-micron ENVIRONMENT: 32 to 122 F to 50 C), 5-65% RH (not+condensing). REQUIREMENTS: MPC-2P0 derives operating power from associated MSGMPC. 5 x 6.25 Net: 12 1/2 oz. 13 oz. GUIDELINES equipment has been tested and found to with the limits for a Class digital pursuant to Part 15 of the FCC rules. limits are designed to provide reasonable against harmful interferente when the is operated in a commercial This equipment generates, uses can radiate radio frequency energy and, if not and used in accordance with the manual may cause harmful to radio communications. of this equipment in a residential area likely to cause harmful interferente the user will be required to correct the at his own expense. which Guidelines TO CONTROLLER r 0 WITTxB~C$PL INSTALLING THE MPG2P0, BE SURE THAT THE CONTROLLER FULLY SEATED TO THE BACKPLATE BEFORE AND AFTER THE IS FASTENED TO THE ENCLOSURE. MPC-2P0 Output Module 1 Installation Guidelines reduce risk of fire or electrical shock, install in controlled environment relatively free of inspect the unit for any beginning the installation process for the defects and to make sure all parts are any flaws are detected, contact your local Siebe or authorized represbntative immediately. information is contained in this For further details regarding software please refer to the appropriate Guide and the

MPC-SSR Controller State Output Module in U.S.A 7/93 OF CONTENTS GUIDELINES AND ACCESSORIES COMPONENTS REQUIREMENTS THIS PACKAGE AND SETUP INFORMATION Outputs …………………………………………. Width Modulated Digital Outputs ………………………… Wiring Instructions ………………………………… LEDs …………………………………………… solid-state relay output module (MPC-SSR) an expansion module that plugs directly into of the four option slots on the MicroSmart controller (MSC-MPC), providing digital output capability to the for use in packaged-unit control and HVAC applications, the MPC-SSR eight solid-state relay outputs for staging control, floating control, and width modulation of &24Vac or Vdc loads. NO.: MPGSSR. LISTINGS: UL-916 (Energy . Equipment), lndicatin and Regulating ). Canadian Standards ( J SA). Complies with FCC Class requirements. Control System ( 8 as a smoke control system sub-assembly. to be used by itself or as part of a MicroSmart Network (RCM/NCM) in a smoke control For smoke control applications, install accordance with F-25645, Smoke Systems Manual. Eight solid-state relays, 0-24Vac or @ 24VA max.(l amp) each. Resistance: 2 ohms max. WIDTH MODULATING ACCURACY: .O% of full scale. ENVIRONMENT: 32 to 122 F to 50 C), 585% RH (non-condensing). REQUIREMENTS: MPC-!SSR derives operating power from associated MSC-MPC. load: 0-24Vac or Vdc, 24VA max (1 amp). transformer required for loads. 5 x 6.25 Net: 12 oz. weroht: 12 i/2 oz. GUIDELINES equipment has been tested and found to with the limits for a Class digital pursuant to Part 15 of the FCC rules. limits are designed to provide reasonable against harmful interference when the is operated in a commercial This equipment generates, uses can radiate radio frequency energy and, if not and used in accordance with the manual may cause harmful to radio communications. Operation this equipment in a residential area is likely to harmful interference in which case the user be required to correct the interference at his expense. AND ACCESSORIES Guidelines TO CONTROLLER WlT~xB~;5~PLATE: IATE INSTALLING THE MPC-SSR, BE SURE THAT THE CONTROLLER IS FASTENED TO THE ENCLOSURE. MPC-SSR Output Module 1 Guidelines of electrical shock- more than one switch may be required to equipment before servicing. power supply from associated controller before installing MPC- to prevent electrical shock and equipment not attempt to power the unit ON until is complete. MPC-SSR is a printed circuit board that fits any of the four option slots on the

DCM-GPCIMSC-GPC Purpose Controller ENVIRONMENTAL in U.S.A. ……………………………………………………………………………………………………………………….. 1 ………………………………………………………………………………………………………………….. 1 GUIDELINES ………………………………………………………………………………………………………………….. 2 ……………………………………………………………………………………………………………… 2 IN THIS PACKAGE ………………………………………………………………………………………………. 2 REQUIREMENTS ……………………………………………………………………………………………………… 2 Switch ………………………………………………………………………………………………………………….. 3 ………………………………………………………………………………………………………………………………… 3 the NiCAD Battery (DCM-GPC only) ………………………………………………………………… 3 AND INSTALLATlON ………………………………………………………………………………………….. 3 Trunk Wiring …………………………………………………………………………………………. 5 350A Installation ………………………………………………………………………………………………… 5 35 Installation …………………………………………………………………………………………………….. 5 350 Installation …………………………………………………………………………………………………… 5 …………………………………………………………………………………………………………………………… 5 Trunk Wiring Diagram …………………………………………………………………………………………….. 6 350A to DCM Controller ……………………………………………………………………………………… 6 Trunk Wiring Diagrams …………………………………………………………………………………… 7 to Controllers …………………………………………………………………………………………………….. 7 to 4-wire Controller ……………………………………………………………………………………………. 7 35 to MicroSmart Controller ……………………………………………………………………………….. 8 350/DCM to MicroSmart Controller …………………………………………………………………….. 8 DCM Controllers …………………………………………………………………………………………… 9 Controllers …………………………………………………………………………………………………… 9 Wiring …………………………………………………………………………………………………………. 9 Outputs ……………………………………………………………………………………………………….. 10 Override ………………………………………………………………………………………………………….. 10 mA Panel-Powered Analog Inputs …………………………………………………………………….. 11 mA Locally Powered Analog Input ……………………………………………………………………. 11 RTD Sensor ……………………………………………………………………………………………………….. 11 B Supervised Normally Open Contact Inputs ………………………………………………….. 12 B Supervised Normally Closed Contact Inputs ……………………………………………….. 12 Inputs ……………………………………………………………………………………………………………. 13 Output ………………………………………………………………………………………………………………. 13 Input ……………………..

DCM-IOC/MSC-IOC Controller 16-2

=-

SIEBE 50

PRELIMINARY DOCUMENT!

lnvensys Building Systems Building Systems, Inc. Clifford Avenue Clifford Avenue (Zip 61111) Box 2940 Box 2940 Park, IL 61132-2940 Park, IL 61132-2940 States of America Packaged Unit Controller MicroSmartTM MSC-P1500 Series Input/Output Unit Controllers are for use with heat pump, ventilator, coils, and similar applications. 6 analog compatible MSC-PI500 1000 ohm Balco and 1000 ohm platinum series temperature sensors. Two of the 6 analog configurable as 4 to 20-mA or 0.5 to IO-Vdc inputs. a supervision may be as a status contact any analog dedicated contact equipment status or as pulse type inputs. can be used for outputs actuators. Triac outputs can be controller also provides solid-state start/stop control and staging control, or for 24-Vat separately with pulse width type actuators. Two to 20-mA analog outputs are available use with actuators and MSC-P1504 RJ-11 communications controller with the MSC-IS series sensor, which can remote digital display of temperature, set- and allow selective overrides. is MSC-PI 500 can be installed as a networked or as a stand-alone controller. For stand- operation, models offer a real-time clock pre-installed used stand-alone, communications Handheld Operator A portable PC, used in conjunction with Laptop Interface Module (MSC-LIM), can also pro- communications the model chart below). the controller. used with the network, communications pair RS-485 MicroSmart via a Chart Chart. in U.S.A. the MSC-PI500 controller. DMS350A, DMS 35, 350A DCMs, DCM-1000 11 .O or later Firmware/Software Version Operator Facility Management System (FMS-11) 11 .O NC/NCM FLASH or later 11 .O or later 11 .O or later 1 .O or later defines compatibility Device Compatibility. MSC-NCM Configuration Tool Documentation Applicable Documentation. 6 Series Sheet Manual Reference features, controller. benefits, and specifications of the point programming controllers using the MicroSmarl DOS Configuration Tool (DCT) or the DMS Operator MicroSmart portion of controller MCN products, system architecture, DCT and operation, and configuration of Sensor Guidelines installation, wiring, and basic set-up of the series intelligent sensor. 3 Sensor Manual programming, series intelligent sensor. and basic operations of the Application detailed pre-engineered controllers, MSCP1500 Consulting Engineers Owners Specifying Engineers Sales Personnel Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Application Engineers Start-up Technicians Service Personnel Owners Application Engineers Start-up Techn

firealarmresources.com

MSC-Ul 000 Unit Controller in U.S.A. OF CONTENTS GUIDELINES INCLUDED THIS PACKAGE AND ACCESSORIES REQUIREMENTS and EMI Grounding Grounding AND SETUP WIRING JUMPERS AND INDICATORS MSC-Ul ……. SUPPORT Outputs.. Start-up The Database can be used as either a MSC-Ul 000 MicroSmart Unit Controller is for Direct Digital Control (DDC) of a air handling unit or other mechanical with a single controller package. MSC-Ul controller or with the Robertshaw Management System (DMS). When used communications are obtained the Robertshaw Handheld Operator (MSC-HOI). A portable PC, used in with the Laptop Interface Module also provides communications to the When used with the DMS, is via a two-wire, RS-485 trunk. to Figure 1 for details. controller provides ten analog inputs that are for 1000 ohm platinum or Balco sensors, 4-20 mA inputs, or contact four SPDT contact outputs (load override are provided for two of these contact and two contact inputs to be used for or pulse monitoring. trend data feature permits trending of all for up to 72 samples by their maximum, average or current values. The feature, having two schedulable events for ten days assignable to any point that can commanded to start or stop, provides full capability. Each points can be to one of these schedules and defined be the primary schedule or a backup schedule. NO.:MSC-UlOOO for 12OV, 50/60 Hz. OOO-I for 24OV, 50/60 Hz. ,GENCY LISTINGS: UL-916 Equipment), UL-873 Indicating and Regulating pending. Complies with FCC Class requirements. CAPACITY: Maximum of 64 points, 32 of may be extended-record up to 5 auto-tune A0 points. AO, MC) All points, 72 readings for each point – time – default 1 hour. Trend MAX, MIN, or VALUE. Installation Guidelines Assignable to any schedulable 2 schedules, 10 days, 6 events/day, or backup mode. PROGRAMMING:

Robertshaw 14-2

MSC-UC-AC Unit Controller Current Output Card in U.S.A. 22 GUIDELINES INCLUDED THIS PACKAGE ……………………………………………… REQUIREMENTS Switch ………………………………………………………………………….. …………………………………………………………………………………… AND OFSET ………………………………………………………………………. SUPPORT ……………………………………………………………………….. Repairs MSC-UC-AC MicroSmart Unit Controller Analog Output Card is designed to provide direct control for typical air handling units or other equipment. The MSC-UC-AC can be into the MSC-Ul 000 or MSC-UC Unit Controllers, or the DCM-UC Digital Module Unit Controller. MSC-UC-AC provides a single O-20 mA dc signal. The card uses a 1 e-bit digital-to- converter. Current sourcing is supplied. Zero of output produces 0 mA flow in the loop; of output produces a 4 mA flow; and 100% of produces a flow of 20 mA. The analog output is optically isolated from the controller logic. NO.: MSC-UC-AC. One, O-20 mAdc, sourced. 800 ohms maximum.) 5.2 microamperes,&& typical. ENVIRONMENT: 32 to 122 to 50 0 to 90% RH, non-condensing REQUIREMENTS: Provided by unit controller. 3 x 4.5 (76.2 mm x 114.4 mm). Plug-in card for MSC-UlOOO or MicroSmart Unit Controllers, or the Digital Control Module Unit Controller. GUIDELINES equipment has been tested and found to with the limits for a Class digital device, to Part 15 of the FCC rules. These limits designed to provide reasonable protection harmful interference when the equipment is in a commercial environment. This generates, uses and can radiate radio energy and, if not installed and used in with the instruction manual may cause interference to radio communications. of this equipment in a residential area is to cause harmful interference in which case user will be required to correct the interference his own expense. beginning the installation process for the visually inspect the unit for any defects and to make sure all parts are If any flaws are detected, contact your Robertshaw office or authorized representative further details software configuration, please to the DMS PC Operator Interface User and the MicroSmart Operator Interface Guide. INCLUDED IN THIS One Nl-1046 MSC-UC-AC Unit Controller Current Output Card. One Nl OO-6976 MSC-UC-AC Installation One N100-410518 two-position connector. to the unit controller should be off during of any output option card to prevent damage the controller or option card. INSTAL

MSC-UC-AV Unit Controller Voltage Output Card in U.S.A. GUIDELINES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 INCLUDED THIS PACKAGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1 REQUIREMENTS Switch ………………………………………………………………………….. …………………………………………………………………………………… AND OFSET ………………………………………………………………………. SUPPORT ……………………………………………………………………….. Repairs MSC-UC-AV MicroSmart Unit Controller Analog Output Card provides a single O-l OVdc signal. The MSC-UC-AV can be inserted into of the five options slots of the MSC-Ul 000 or MSC-UC MicroSmart Unit Controllers, or the Digital Control Module Unit Controller. termination is via a two-position connector along one edge of the assembly. This card a 12-bii digital analog converter. analog output circuitry is optically isolated from unit controller logic. NO.: MSC-UC-AV. One, O-l OVdc, sourced. 2000 ohms min.) millivolt/bit, typical. ENVIRONMENT: to 122 (O to 50 to 90% RH, con-condensing. REQUIREMENTS: Provided by the controller. 3 x 4.5 mm x 114.4 mm). Plug-in card for the MSC-Ul 000 or MicroSmart Unit Controllers, or the Digital Control Module Unit Controller. GUIDELINES equipment has been tested and found to with the limits for a Class digital device, to Part 15 of the FCC rules. These limits designed to provide reasonable protection harmful interference when the equipment is in a commercial environment. This generates, uses and can radiate radio energy and, if not installed and used in with the instruction manual may cause interference to radio communications. of this equipment in a residential area is to cause harmful interference in which case user will be required to correct the interference his own expense. beginning the installation process for the visually inspect the unit for any defects and to make sure all parts are If any flaws are detected, contact your Robertshaw off ice or authorized representative further details software configuration, please to the DMS Operator Interface User Guide the MicroSmart Operator Interface User INCLUDED IN THIS One Nl-1056 MSC-UC-AV Unit ControllerAnalog Output Card. One Nl OO-6980 MSC-UC-AV Installation One Nl OO-410518 two-position connector. to the unit controller should be off during of any output option card to prevent damage the controller or option card. Installation Guidelines MSC-UC-AV Controller Analog Current Output Card 1 RE

firealarmresources.com

ENVIRONMENTAL 16 Unit Controller Filter) assembly distributes MSC-UC-PMF Manifold air to the MSC-UC-PO MicroSmart Unit Controller Output card which can be used with the DCM-UC, or the MSC-UlOOO. The MSC-UC- also provides an intermediate connection the lines. An air filter is provided for removing dirt, and other debris that may accumulate the air line are the MicroSmart Unit with these Filter) and Pneumatic Manifold Assembly package of hardware the single or its installation enclosure which will also house the MicroSmart Unit installation process for the MSC- beginning visually inspect the unit for any obvious defects to make sure all parts are included. any flaws are contact your local Robertshaw office or One Nl OO-690061 One N406-253 Guide. bag that includes the terminal strip (1) . . . . . . . . -01 -pressure gauge (1) main air manifold 26 l/8 elbow (1) OO-2530 3/8 elbow (1) OO-2356 (6 OO-250015 . union (1) KEP nuts (11) (1) pneumatic The MSC-UC-PMF MSC-UC-PO connection an on the unit controller. The MSC-UC-PMF no electrical power. a pneumatic device and in single (ENC-001) or dual (ENC-002) with the associated unit controller. Complete and installation are provided on following page. to install the Pneumatic refer to the illustrations on the following pages follow these Assembly. items from the hardware package. the tubing terminal strip over the two screws the gauge tee over the two screws at the of the bracket with the open end of the tee the interior of the enclosure and the tubing pointing toward the top of the enclosure. assembly mounts on the enclosure the top of the backplate place with two nuts. . 1). y Figures 2 and 3.) Tighten with . nuts. manifold has nine terminals. These sealed and the installer must drill out those a particular application. Use a l/l 6 bit. over terminals assembly on a flat surface available). Drill carefully so that only the flashing through. thin. Before drilling, place in a vise if one drilling, remove any plastic particles the manifold. Eight of the terminals may be for output tubing and one may be used for the air gauge. Fit the black elbow tightening with the barbed end pointing direction as the manifold the open end of the manifold. the Slip the main air manifold with elbow over the studs and secure with nuts. The manifold should face the rear of the enclosure. Connect brass elbow to main air gauge. Use pipe to seal.

SIEBE -1

MSC-V-200 Air Volume Unit Controller

firealarmresources.com

Invensys Building Systems, Inc. Clifford Avenue Box 2940 Park, IL 61132-2940

I/A Series 600 Series Universal Controller I/A Series UNC 600 Universal Network Controller is a compact PC processor platform with a hard disk for backup. It provides control, supervision, and network solutions for a network of or Invensys NETWORK 8000 or controllers for building control. When connected an Ethernet network, the UNC 600 series can to BACnet devices or systems and data between LONWORKS, BACnet, and systems. A complete set of Java based application, logging, and user interface are included in a library. The UNC-600-21 a Web User Interface Service. In this the system graphical views can be using any standard Web browser such as Communicator or Microsoft Internet designed for mechanical room, factory and other harsh environments, the UNC 600 can be wall-mounted or enclosure mounted on location requirements. a small building application, a single UNC can be to support a network of BACnet, LONWORKS, or devices that can be accessed directly over Ethernet LAN or remotely over the Internet, or via modem. optional relational database for the offers full archive database management for logging, alarming, and operator data. in U.S.A. 11-02 UNC-600-2-N UNC-600-21-N LONWORKS and BACnet communications High Performance Intel or AMD Microprocessor Distributes real-time control functions across an LAN Cost effective for any size installation Provides alarming, logging, scheduling, control and HVAC applications Multiple UNC 600 stations can be used in a large system configuration offering true peer-to-peer and full application sharing Password protected access Can be configured with Web User Interface services support many simultaneous users over Intranet or via standard Web browser Building Systems Clifford Avenue Box 2940 Park, IL 61132-2940 Model Chart Supply standard 10/100 Mbit Ethernet port 2 RS-232 ports 1 LONWORKS port with – 126 devices max. LON Tunnel service BACnet driver Microsoft Windows NT 4.0 with Microsoft VM Niagara Engine with Web browser includes: Browser support for interface 10/100 Mbit Ethernet port 2 RS-232 ports 1 LONWORKS port with – 126 devices max. LON Tunnel service BACnet driver Microsoft Windows NT 4.0 with Microsoft VM Niagara Engine speed Intel or AMD CPU, 550 MHz or greater MB RAM or greater 3 GB IDE hard drive standard clock 10/100 mbit Ethernet port – RJ 45 connection LONWORKS port – 78.8 K baud FTT-10 with connector RS-232 serial ports System version of Microsoft Windows NT 4.0 with Service Pack (full desktop version available as option, UNC-600-UPG) Java Virtual Machine (Control Engine) Software – with BACnet and support UNC-600-21: 108 to 132 Vac 1.25 Amps to 63 Hz UNC-600-21-N: 180-230 Vac 0.75 47 to 63 Hz Heavy-duty steel chassis Internal fan forced air 6-13/16 (172 mm) W x 7-9/16″ (192 mm) x 10-1/16″ (256 mm) D. Net 9.9 lbs.(4.5 kg)/ Gross 13.9 lbs. (6.3 kg) to 35 temperature range: 32 to 95 Temperature range: 32 to 158 (0 to 70 humidity range: 5 to 95%, non-condensing Listings 916, CSA (Canadian Standards C22.2 no. 205-M Signaling Equipment), CE, FCC part 15 Class A, (UNC-600-2-N and UNC-600-21-N only) All options are factory installed. V90 internal modem, 56kbps option require