TRIATEK FMS-2000M Installation Manual
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TRIATEK FMS-2000M Installation Manual

Critical environment monitor
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FMS-2000M
Critical Environment Monitor
LIT-12013578
Installation Guide
September 2020
1

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Summary of Contents for TRIATEK FMS-2000M

  • Page 1 FMS-2000M Critical Environment Monitor LIT-12013578 Installation Guide September 2020...
  • Page 2 Risk of Property Damage. Do not connect the 24 VAC power supply directly to the FMS-2000M display four-position terminal block. You must terminate the power at the remote sensor's nine-position terminal block on the +Vin and -Vin terminals. Failure to follow the wiring instructions may cause permanent damage to the FMS-2000M monitor and void your warranty.
  • Page 3 FMS-2000M IMPORTANT: Do not install the FMS-2000M Critical Environment Monitor where the maximum temperature exceeds 125°F (52°C). Installing the device where maximum temperatures exceed 125°F (52°C) may cause damage to the FMS-2000M Critical Environment Monitor and may void the warranty.
  • Page 4 Risque de dégâts matériels. Ne pas brancher le bloc d’alimentation de 24 V CA directement au bornier à quatre positions de l’écran du FMS-2000M. Vous devez raccorder l’alimentation aux bornes +Vin et -Vin du bornier à neuf positions du capteur à distance. Ne pas respecter les instructions de câblage peut causer des dommages permanents au moniteur FMS-2000M et annuler votre garantie.
  • Page 5 Ne dépassez pas les spécifications électriques du FMS-2000M Critical Environment Monitor. IMPORTANT : N’installez pas le contrôleur d’environnement critique FMS-2000M où la température maximum dépasse 52 °C (125 °F). Installer l’appareil dans un environnement où la température maximum dépasse 52 °C (125 °F) peut endommager FMS-2000M Critical Environment Monitor et peut annuler la garantie.

  • Page 6: Table Of Contents

    FMS-2000M Introduction ....................................7 Location considerations ................................8 Mounting the FMS-2000M monitor for a retrofit application ....................8 Mounting the FMS-2000M monitor for a new application ...................... 11 Mounting the remote pressure sensor ............................ 13 Wiring the isolated power supply ............................15 Wiring the system and BACnet MS/TP communications ......................

  • Page 7: Introduction

    The FMS-2000M provides maximum room status awareness with the color coded visual alarms that display on screen, and the 360° Safety Halo™ illuminated edge which allows staff to easily monitor spaces down long corridors. You can mute the audible alarm with one tap to the screen to reduce audible alarm fatigue.

  • Page 8: Location Considerations

    1/16 in. hex wrench to drive the screw into the monitor until it engages with the tab. After you mount the FMS-2000M monitor, apply power to the monitor. The initial splash screen displays the Triatek logo and the Safety Halo bezel lights up green to represent the current system status.
  • Page 9 FMS-2000M Figure 2: Retrofit application dimensions Figure 3: Retrofit ring 0.5 in. (12.07 mm) 2.519 in. (63.983 mm) 0.548 in. (13.919 mm) 2.878 in. (73.101 mm) 4.311 in. (109.499 mm) LIT-12013578...
  • Page 10 FMS-2000M Figure 4: Side view of a retrofit application of the FMS-2000M monitor Table 2: FMS-2000M Critical Environment Monitor components for a retrofit application Item Component FMS-2000M Critical Environment Monitor Monitor bracket Wall Retrofit ring Mounting screw Set screw LIT-12013578...

  • Page 11: Mounting The Fms-2000M Monitor For A New Application

    After you mount the FMS-2000M monitor, apply power to the monitor. The initial splash screen displays the Triatek logo and the Safety Halo bezel lights up green to represent the current system status.
  • Page 12 FMS-2000M Figure 7: Side view of a new application of the FMS-2000M monitor Table 3: FMS-2000M Critical Environment Monitor components for a new application Item Component FMS-2000M Critical Environment Monitor Mounting bracket Wall Stud Rough-in box Mounting screw Set screw...

  • Page 13: Mounting The Remote Pressure Sensor

    Mounting the remote pressure sensor The FMS-2000M Critical Environment Monitor includes one to four remote pressure sensors to measure the differential pressure of the monitored spaces. Install the remote pressure sensor module in the wall facing the monitored space such as an isolation room.
  • Page 14 FMS-2000M Figure 8: Standard remote pressure sensor 9-pin side view Reference space Monitored space Table 4: Remote pressure sensor installation components Number Description Gasket Stainless steel flow tube mounting plate Wall section in cut away view Flow tube Stainless steel mounting plate...

  • Page 15: Wiring The Isolated Power Supply

    Install the FMS-2000M Critical Environment Monitor with a Class 2, Limited Energy, or LPS isolated power supply and connect it to an electrical circuit protected by a minimum 20 A circuit breaker. Mount the circuit breaker in an approved electrical enclosure located separately, but in close proximity, to the FMS-2000M monitor.
  • Page 16 FMS-2000M Figure 10: 24 VAC to 24 VAC isloation transformer Table 6: 24 VAC to 24 VAC isloation transformer Item Description Black, 24 VAC input, 50/60 Hz Ground Isolation transformer, 24 VAC to 24 VAC, 30 VA Red, 24 VAC output, 50/60 Hz...

  • Page 17: Wiring The System And Bacnet Ms/Tp Communications

    FMS-2000M Wiring the system and BACnet MS/TP communications Figure 11: FMS-2000M system wiring diagram BACnet MS/TP DSPLY RS485 24V_IN 120 VAC 24 VAC Table 7: FMS-2000M system wiring Callout Component DIP switch Remote pressure sensor Power supply Note: The figure shows a 120 VAC to 24 VAC step down isolation transformer as an example. For information about correct power supply termination, see the following wiring information: •...

  • Page 18: Wiring One Remote Pressure Sensor To The Monitor

    60/50Hz input Table 8: Wiring one remote pressure sensor to the monitor Callout Component FMS-2000M monitor Remote pressure sensor DIP switch, SW1 Supplied remote pressure sensor Io terminal Note: A 4mA to 20mA signal is present at the sensor’s Io terminal which represents the monitored room pressure. You can use it to remotely monitor room pressure when you connect the terminal to a third party controller on the BMS network.
  • Page 19 FMS-2000M Figure 13: Remote pressure sensor DIP switch configuration for one-sensor models 1 2 3 4 5 6 7 8 Table 9: Remote pressure sensor DIP switch positions for one-sensor models Switch Description Sensor 1 Sensor address Sensor mode: Set the switch to On for normal or Off for inverted. After you change the sensor mode with switch 5, cycle On or off power to the sensor for the mode change to take effect.

  • Page 20: Wiring Two Remote Pressure Sensors To The Monitor

    Table 10: Wiring two remote pressure sensors to the monitor Callout Component FMS-2000M monitor Supplied remote pressure sensors 1 and 2, in order from left to right Optional door switch Note: Configure the door switch setting on the monitor. It can be normally closed or normally open.
  • Page 21 FMS-2000M Figure 15: Remote pressure sensor DIP switch configuration for two-sensor models 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Table 11: Remote pressure sensor DIP switch configuration for two-sensor models Switch...

  • Page 22: Wiring Three Remote Pressure Sensors To The Monitor

    Table 12: Wiring three remote pressure sensors to the monitor Callout Component FMS-2000M monitor Supplied remote pressure sensors 1, 2, and 3, in order from left to right Optional door switch Note: Configure the door switch setting on the monitor. It can be normally closed or normally open.
  • Page 23 FMS-2000M Figure 17: Remote pressure sensor DIP switch configuration for three-sensor models 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 Table 13: Remote pressure sensor DIP switch configuration for three-sensor models...

  • Page 24: Wiring Four Remote Pressure Sensors To The Monitor

    Table 14: Wiring four remote pressure sensors to the monitor Callout Component FMS-2000M monitor Supplied remote pressure sensors 1, 2, 3, and 4, in order from left to right Optional door switch Note: Configure the door switch setting on the monitor. It can be normally closed or normally open.
  • Page 25 FMS-2000M Figure 19: Remote pressure sensor DIP switch configuration for four-sensor models 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8...

  • Page 26: Upgrading An Fms-1655M Monitor To An Fms-2000M Monitor

    3-position terminal block as well. Connect the 4-position terminal block at the end of the interface cable to the 4-pin header at the back of the FMS-2000M display. If you use a BACnet network, connect the networking cable to the 3-pin header. See the figure above.

  • Page 27: Configuring The Display Module Settings

    FMS-2000M Configuring the display module settings Table 17: Monitor DIP switch configurations for the operating modes FMS-2000M DIP switch position Demo mode Run mode Position 1 Position 2 Position 3 Position 4 BMS integration Note: In the following tables, the abbreviation NV refers to network variable (NV).
  • Page 28 FMS-2000M Objects Analog values Read/Write Availability of analog value objects FMS2M-Bx1x FMS2M-Bx2x FMS2M-Bx3x FMS2M-Bx4x AV-13 NV Temperature 3 Read or write AV-14 Low alarm setpoint 3 Read or write AV-15 Low warning setpoint 3 Read or write AV-16 High warning setpoint 3...

  • Page 29: Technical Specifications

    FMS-2000M Technical specifications Specification Description Intended use Indoor use Overvoltage category Altitude Up to 2000 m Pressure range ± 0.2500 in. W.C. Alarm range ± 0.2500 in. W.C. Display range ± 0.2500 in. W.C. Accuracy ± 0.5% full scale Air flow sensor type...

  • Page 30: Product Code Matrix

    FMS-2000M Product code matrix Feature Code letter or number and description Product code number example: FMS2M–BT41 Brand Triatek no prefix Unit FMS = Flow Monitor Station (FMS) Series 2 = 2000 M = Monitor Network B = BACnet MS/TP Mounting style...

  • Page 31: North American Emissions Compliance

    FMS-2000M North American emissions compliance United States This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when this equipment is operated in a commercial environment.

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