Invensys MN-CIM F 26177 3

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 3.3 or higher Adapter serial port COM 1 or COM 2 EGA MCGA and VGA monochrome or color MicroNet Controller Interface Module MN CIM in high density floppy Hard disk recommended but not required Temperature to 250 40 to 121 Input contact device being monitored be rated for switching 50 micro gold flashed contacts recom OUTPUTS Ratings and DO2 30 VA total DO1 load at 24 Vac 50 60 Hz If DO1 and DO2 are not energized such as with a floating each can switch 30 VA 12 VA at 24 Vac 50 60 Hz SERIES SPECIfICATIONS H x 5 W x 1 5 8 D x 127 x 41 mm to NEMA 1 requirements UL94 5V flammability for ple application use LIMITS Temperature to 131 0 to 55 and Storage Temperature to 160 40 to 71 to 95 RH non condensing Knockouts applicable Order optional TAC Mi Enclosure MNA FLO 1 if wiring conduit is desired TERMINALS terminals 14 to 24 Supply Input to 30 Vac 50 60 Hz Power Consumption VA plus DO loads 47 VA max at 24 Immunity Compliance 801.5 and ANSI C62.41 IEEE 587 A and B Compliance 801.4 14 to 24 18 to 24 18 to 24 Discharge Compliance 801.2 LISTINgS E71385 Category PAZX fROM TAC MICRONET Temperature to 122 0 to 50 to 95 4.4 to 35 user adjust Pushbutton optional stand alone occupancy control or status monitoring of local status Field programmable override 60 minute default S5381 Category UUKL LR 3728 A MicroNet Controller Interface software for commis monitoring trending and editing of TACMicroNet MicroNet Controller Interface Module for use with the MicroNet Controller Interface Connects the PC to the on the TAC MicroNet Sensor which allows communication TAC MicroNet Controllers Series MicroNet Digital Wall Sensors MicroNet Duct Immersion Sensor Input Connector for MN SDT MicroNet Enclosure for conduit applications User Ethernet TCP IP BACnet XML HTTP ASD Bus Server Browser Communications Bus ADDRESS BUS MicroNet 2000 ADDRESS BUS MicroNet 2000 other MicroNet 2000 MicroNet Controllers MicroNet MicroNet Controller Module other Integrators ASD Controllers Controller TAC MICROZONE II shown PEM LIM TAC MICROFLO II MicroNet Sensor MicroNet Controller Software TAC MicroNet Controllers Integrated in a Building Automation System 2006 TAC brand names trademarks and registered trademarks are property of their respective owners Information contained this document is subject to change without notice rights reserved Clifford Avenue Box 2940 Park IL 61132 2940 F 26177 3