Johnson Controls LB-FMS1655-F01, LB-FMS1655-F11, LB-FMS1655-F04, LB-FMS1655-F10, LB-FMS1655-F12 Installation Manual

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FMS-1655 Room Pressure Controller (BACnet

/ N2 only products)

Installation Manual

LB-FMS1655-F01

LB-FMS1655-F02

LB-FMS1655-F03

LB-FMS1655-F04

LB-FMS1655-F10

LB-FMS1655-F11

LB-FMS1655-F12

LB-FMS1655-F13

Application

These installation instructions guide the installer through the installation of the FMS-1655 Room Pressure Controller. Please read these instructions thoroughly before beginning installation.

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. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area may cause harmful interference, in which case users will be required to correct the interference at their own expense.

LB-FMS1655-S01

LB-FMS1655-S02

LB-FMS1655-S03

LB-FMS1655-S04

LB-FMS1655-T01

LB-FMS1655-T02

LB-FMS1655-T03

LB-FMS1655-T04

Code No. LIT-12013117, Rev. A

Issued August 2018

Canada

This Class (A) digital apparatus meets all the requirements of the Canadian Interference-Causing Equipment Regulations.

Cet appareil numérique de la Classe (A) respecte toutes les exigences du Règlement sur le matériel brouilleur du Canada.

Installation

NOTICE

Risk of Property Damage. Ensure that the power source conforms to the requirements of the equipment. Failure to use a correct power source may result in permanent damage to the equipment.

NOTICE

Risque de dégâts matériels.

S’assurer que la source d’alimentation électrique est conforme aux spécications de l’équipement. L’utilisation d’une source

d’alimentation électrique inappropriée risque d’endommager irrémédiablement l’équipement.

IMPORTANT: The FMS-1655 Room Pressure Controller must be wired to 24 VAC only. Wiring the unit to 110 VAC will cause serious damange and void the warranty.

Use of the software that is in (or constitutes) this product or access to the cloud or hosted services applicable to this product, if any, is subject to applicable terms set forth at www.johnsoncontrols.com/techterms. Your use of this product constitutes an agreement to such terms. If you do not agree to be bound by such terms, you may return the unused product to your place of purchase.

Central Monitoring Station

The Next Generation in Critical Airow Controls

Room Pressure Controller

JCI CMS-1655

JCI FMS-1655

Notes

Warning

Failure to follow the wiring diagrams could result in damage to your equipment and could void your warranty. Under no circumstances should a single transformer be split between actuator and controller. Doing so

will damage the actuator, the transformer, the controller or all units. A single 120/24V 30Va transformer is required for the controller and a separate 120/24V 20Va transformer is required for the actuator. This equipment contains electrostatic sensitive components. To prevent possible damage, take precautions to prevent electrostatic discharge when handling or servicing this equipment by wearing an approved ESD grounding wrist strap connected to an earth ground source.

Controller

FAST ACTING

ELECTRONIC ACTUATOR

CORRECT

120/24VAC, 30Va Transformer Supplied by JCI

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

120/24VAC, 20Va Third Party Transformer

Actuator

CORRECT

CONTROLLER SETTINGS

FMS-1655 Room Pressure Controller Settings

This form should be completed during the initial configuration for each room pressure controller. Be sure to configure the unit for either Positive, Negative, or both using the Isolation Mode Configuration setup procedure.

Room Name / Number

Unit Model Number and Serial Number (ESN)

Analog Input

Normal Operating Pressure (reading with door closed)

Sensor Input Mode (normal or inverted)

Sensor Input Range (zero-based or offset)

Sensor Pressure Range

Positive Isolation Setpoint

Negative Isolation Setpoint

Neutral Isolation Setpoint

Pressure Deadband

Analog Output

Operating Mode (Direct or PID)

Analog Output Range (zero-based or offset)

Analog Output Upper Limit (0 – 100%)

Analog Output Lower Limit (0 – 100%)

Analog Output Input Channel (AI-1 thru AI-4, TI-1 or TI-2)

Analog Output Action (Direct or Reverse)

Analog Output Range (zero-based or offset)

Door Switch

Operating Mode (normally-open or normally-closed)

Delay Setting (0 - 240 secs)

Relay Output

Trigger Mode (Setpoints, Isolation Mode or Occupancy)

Input Channel (AI-1 thru AI-4, TI-1 or TI-2)

Positive Isolation High Setpoint

Positive Isolation Low Setpoint

Negative Isolation High Setpoint

Negative Isolation Low Setpoint

Relay Acting Mode (Direct or Reverse)

Delay Setting (0 - 180 secs)

PID Constants

Proportional Constant (0.5 – 100.0 %)

Integral Constant (0.0 – 100.0 %)

Derivative Constant (0.0 – 100.0 %)

Alarm Limits

Positive Isolation High Alarm Setpoint

Positive Isolation High Warning Setpoint

Positive Isolation Low Warning Setpoint

CONTROLLER SETTINGS

FMS-1655 Isolation Room Pressure Controller Settings

Positive Isolation Low Alarm Setpoint

Negative Isolation High Alarm Setpoint

Negative Isolation High Warning Setpoint

Negative Isolation Low Warning Setpoint

Negative Isolation Low Alarm Setpoint

Audible Alert

Enabled Input Channels (AI-1 thru AI-4, TI-1, TI-2)

Operating Mode (audible or silent)

Delay Time Base (secs or mins)

Delay Setting (0 – 60)

Alarm Quiet Period Starting Hour (0 – 23)

Alarm Quiet Period Ending Hour (0 – 23)

Engineering Units

Inches of Water or Pascals

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

INSTALLATION MANUAL

Table of Contents

GENERAL

Specifications………………………………………………………………………………...……………………………………………1 - 2 Part Number Guide…………………………………………………………………………………………………………………………2 Overview……………………………………………………………………..…………………….………………………………………3 - 4

MOUNTING/WIRING

FMS-1655 Flush Mount With Internal Sensor Introduction…………………………………………………………………………………………………………………………………5

Mounting Procedure………………………………………………………………………………………....……………………………5 - 6

Internal Sensor Illustration………………………………………………………………………….....……………………………………7

FMS-1655 With Remote Sensor Introduction…………………………………………………………………………………………………………………………………9

Mounting Procedure………………………………………....………………………………………………………………………………9

FMS-1655 With Standard Remote Sensor Illustrations………………………………………………………………………....…10 - 11

Remote Sensor Configuration Illustration……………………………………………………………………………………………..12

Analog Output to Electric and Pneumatic Damper Actuator Illustrations (Internal Sensor Model)………………....………13 - 14

Analog Output to Variable Speed Drive Illustration (Internal Sensor Model)………………………………………………..………15 Analog Output to Modulated Air Controller Illustration (Internal Sensor Model)……………………………………………………16 Analog Output to Pneumatic Damper Actuator Illustration (Internal Sensor Model)………………………………………………17 Analog Output to Variable Speed Drive Illustration……………………………………………………………………………………18 Adding Remote Pressure Sensor with 4-20mA Out to Internal Sensor Model Illustration……………………………………19 Analog Input to 2 Remote Pressure Sensor 4-20mA Out Illustration……………………………………………………………… 21 Analog Input to 3 Remote Pressure Sensor 4-20mA Out Illustration……………………………………………………………… 22 Analog Input to 4 Remote Pressure Sensor 4-20mA Out Illustration……………………………………………………………… 23 Analog Input to Temperature Sensor Illustration……………………………………………………………………………………… 24

Custom Sensor Illustration………………………………………........................................................................……………………25

Digital Input to Door Switch Illustration………………………………………………………………………………………………… 26 Digital Input to Occupancy Sensor……………………………………………………………………………………………………28 Relay Output Alarm Illustration………………………….………………………………………………………………………………29

Relay Output to Warning Illustration……………......…………………………………………………………………………………30

Relay Output 1 Illustration…………………........………………………………………………………………………………………31

Relay Output 2 Illustration………………........……....…………………………………………………………………………………32

Power Illustration……………………………...….…………………………………………………………………………………………33 Isolated Power Supply………………………..……………………………………………………………………………………………34

COMMUNICATIONS - BACnet MS/TP

Wiring Illustration………………………………………………………………………………………………………...…………………36

COMMUNICATIONS - METASYS N2 OPEN

Wiring Illustration…………………………………………………………………………………………………....………………………37

FMS-1655 QUICK START GUIDE

Quick Start Guide………………………………………………………………………………………………………....………………38

Main Display Screen………………………………………………………………….....…………………………………………………38

Automated Clean Cycle ………………………………………………………………...……………………………………………38 - 39

Configuring Room Pressure Monitor…………………………………………......………………………………………………………39

Setting Up Analog Output………………………………………………………..………………………………………………………39 Enabling Door Switch………………………………………………………………………………………………………………39 - 40

Setting Up Alarm Relay Output....……………………………………………….………………………………………………………40

Setting Alarm Limits...…………………………………………..…………………………………………………………………………40

Changing Isolation Mode.……………………………………..........……………………………………………………………………40

INSTALLATION MANUAL

Table of Contents

Invoking Auto Clean Cycle.………………………………..........…………………………………………………………......……….....40

Changing Network Settings..………………………….....…………………………………………………………………………………40

Adding Password Security…………………………...……………………………………………………………………………………40

Changing Display Settings……………….……………………………………………………………………………......…………40 - 41

Built-in Diagnostics………………………...………………………………………………………………………………………………41

MODULE SETTINGS

Configuring Display Module Settings……………………………...……………………………………………………………………43

Configuring Main Controller Module Settings………....………………………………………………………………………………44

Configurations and Settings………………………………………………………………………………………………………………45

BACnet® OBJECTS

Analog Input Objects………………………...…….………………………………………………………………………………………46 Analog Output Objects……………………..……...………………………………………………………………………………………46 Binary Input Objects………………………..……..………………………………………………………………………………………46

Binary Output Objects……………………....………..……………………………………………………………………………………46

Analog Value Objects……………………....…………..……………………………………………………………………………46 - 47

Multistate Output Objects……………..………………...…………………………………………………………………………………47

METASYS® N2 OBJECTS

Analog Input Objects…………………………....…………………………………………………………………………………………48

Analog Output Objects……………………….....…………………………………………………………………………………………48

Binary Input Objects……………………………...………………………………………………………………………………………48

Binary Output Objects………………………….....………………………………………………………………………………………48

Internal Float Value Objects………………………..………………………………………………………………………………48 - 49

Multistate Output Objects……………………….....………………………………………………………………………………………49

CLEANING THE DISPLAY

Cleaning the FMS-1655……………………….....………………………………………………………………………………………51

DIAGRAMS

Wiring Illustration……………………………………………………………………......…………………………………………………52

Integrated Flush Mount Wiring Box Dimensions………………....……………………………………………………………………53

Flush Mount Bracket Dimensions………………………………………………………………………………………………………54 Thin Mount Wiring Box Dimensions……………………..………………………………………………………………………………55

FLOW DIAGRAMS

Unit Setup Tree………………………………….....………………………………………………………………………………………57

System Setup Tree……………...……………………………………………………………………………………………………58 - 60

Display Setup Tree…………....……………………………………………………………………………………………………………61

Diagnostics Tree………………..…………………………………………………………………………………………………………62

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.Due to continuous improvement, JCI reserves the right to change product specifications without notice. Due to continuous improvement, JCI reserves the right to change product specifications without notice.

GENERAL

Specications

Electrical

Optional External Remote Sensor Distance……………………………………………………………………………………………………Up to 1,000 feet

Optional External Remote Sensor....………………………………………………………………………………Wiring 18-22 AWG, shielded twisted pair

Power Supply..…………………………………………………………………………………………………………………………………24 Vac ±10%, 30Va

Accuracy of Measurement.....……………………………………………………………………………………………………………………………±0.5%FS

Pressure Range (NIST Traceable / Individual certication available as option)…………………………………………………………………±0.2500 “WC Pressure/Flow……………………………………………………………………………………………………………………………………up to 0.25 ”WC 4 Analog Inputs…………………………………………………………………………………………………………………4-20mAdc, 0-5Vdc or 0-10Vdc 4 Analog Outputs………………………………………………………………………………………………………………4-20mAdc, 0-5Vdc or 0-10Vdc

2 Thermistor Inputs…………………………………………………………………………………………………………NTC Type 2 or 3, 10kΩ @ 25°C

4 Digital Inputs………………………………………………………………………………………………0-5Vdc or 0-24Vdc, Active-High or Active-Low

3 Relay Outputs...………………………………………………………………………………………………………………………………………1A@24Vdc

Control Signal Wire Size............……………………………………………………………………………………………………………………18-22 AWG

Power Supply………………………Class 2, 24Vac ±10%, 30VA universal 120/240 to 24 Vac, 60/50 Hz, step-down isolation transformer provided

Communications

BACnet® MS/TP network....…………………………………………………………………………………………Two-Wire Twisted Pair, RS-485 signaling

Metasys N2 network...………………………………………………………………………………………………Two-Wire Twisted Pair, RS-485 signaling Recommended Cable Type...……………………………………………………………………………………………………………………… Belden 3107A

Touchscreen User Interface

LCD Size....……………………………………………………………………………………………………………………………………………3.2” diagonal

LCD Type.....……………………………………………………………………………………………………………………………………………Transmissive

Resolution...………………………………………………………………………………………………………………………………………240 x 320 portrait Viewing Area..……………………………………………………………………………………………………………………………50.60 mm x 66.80 mm Color Depth.…………………………………………………………………………………………………………………………………18-bit or 262K colors

Backlight Color.....………………………………………………………………………………………………………………………………………………White

Luminous Intensity...………………………………………………………………………………………………………………………………Min 2500 cd/m2 Recommended Cable Type (applicable to surface mount models FMS-1655-s-x only)…………………………………………………… Belden 3125A

Mechanical

FMS-1655 Internal Sensor Flush Mount Housing (Brushed Stainless Steel) Housing..……………………………………………5.6”W x 8.5”H x 1.9”D FMS-1655 Display Module Housing………………………………………………………………………………………………………3”W x 5”H x 1.13”D Stainless Steel Cover Plate for Flow Tube……………………………………………………………………………………………2.7”W x 4.5”H x 0.2”D Stainless Steel Cover Plate for Remote Sensor………………………………………………………………………………………2.7”W x 4.5”H x 0.2”D FMS-1655 with Flow Tube Cover Plate……………………………………………………………………………………………………………approx. 3.5 lb FMS-1655 with Optional External Remote Sensor………………………………………………………………………………………………approx. 4.0 lb FMS-1655 Mounting Options...……………………………………………………………………………………………………………………Surface, Flush Flow Tube Cover Plate Mounting.. ……………………………………………………………………………………………………………………………Flush

Environmental

Operating Temperature..…………………………………………………………………………………………………………………32° to 125° F Operating

Operating Humidity……………………………………………………………………………………………………………10% - 95% RH, Non-condensing

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Due to continuous improvement, JCI reserves the right to change product specifications without notice.

- -

BRAND

LB = Johnson Controls

UNIT

FMS = Flow Monitor Station (FMS)

SERIES

1655 = BACnet / N2 Controller 1655L = LonWorks Controller 1655M = BACnet Monitor

STYLE

S = Surface mount F = Flush mount T = Thin mount

INTERNAL SENSOR

0 = No internal sensor 1 = Standard internal sensor

REMOTE SENSOR

0 = No remote sensors 1 = One remote sensor 2 = Two remote sensors 3 = Three remote sensors 4 = Four remote sensors (Not available with LonWorks Controllers)

(BACnet / N2 controllers only)

(Flush mount controller only)

(Not available with LonWorks Controllers)

GENERAL

Specications

FCC Compliance Statement

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

• This device may not cause harmful interference, and

• This device must accept any interference received, including interference that may cause undesired operation.

Please Note: 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 in a commercial installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee the interference will not occur in a particular installation. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense.

Caution: To comply with the limits for an FCC Class A computing device, always use the isolated power supply module and recommended interface cables with this unit.

The Federal Communications Commission warns that changes or modifications to the unit not expressly approved by the part responsible for compliance could void the user’s authority to operate the equipment.

This Class-A digital apparatus complies with Canadian ICES-003. Cet appareil numérique de la classe-A est conforme à la norme NMB-003 du Canada.

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GENERAL

Overview

The JCI FMS-1655 Room Pressure Controller is an ultra-sensitive instrument used to monitor and/or control air pressure in hospital rooms, labs, and clean rooms. This unit is capable of measuring and displaying differential air pressures as low as 0.0001 “WC or 0.0249 Pa. The FMS-1655 may be used to control differential pressures down to

0.0040 ”WC or 1 Pa.

Key features of the FMS-1655 include:

• Full-color touchscreen display with programmable display options and adjustable backlight

• Intuitive user interface simplifies setup and configuration of unit

• Display background changes color to indicate room status at a glance

• Patented Safety Halo™ with color-coded

180° edge lighting

• Automated clean cycle with fully programmable duration for quick turnaround of patient or isolation room

• Audible and visual alarm annunciation

• Internal or remote sensor options available with up to four sensors total (one internal, three remotes OR four remotes)

• Auxiliary universal analog inputs for use with optional sensors

• Four independent PID control loops for controlling damper actuators, speed drives, hot water valves, humidifiers, etc.

• Digital input used to monitor the door switch of the monitored room

• Relay outputs used for transmitting alarm condition to remote location

• Dedicated thermistor inputs for temperature control applications

• Multi-level password protection of touchscreen user interface

• Zero calibration feature allows in-field recalibration of zero pressure reading

• Multi-protocol native (BACnet® or Metasys® N2) for easy integration with any BMS

• Manual override of analog and relay outputs assist with test and balance procedures

• Comprehensive real-time view

• Built-in diagnostics tool

• Easy-to-install backplane/backplate assembly facilitates permanent termination of all wiring

The FMS-1655 features enhanced graphics the patented Safety Halo.™ This simple yet elegant feature significantly enhances the alarm status indication of the FMS-1655 by providing full 180-degree visibility. The Safety Halo™ is shipped from the factory enabled at full brightness, but may be dimmed or even disabled completely from the display setup menus.

The FMS-1655 is equipped with a 3.2” diagonal full-color touchscreen display in portrait orientation (240 x 320). The password-protected menu tree is very intuitive and simplifies the setup and configuration of the unit. The menus incorporate touch-based interfaces such as sliders, radio buttons, and dialog popups to facilitate the ease-of-use of the FMS-1655.

The display implements bright graphical color changes to indicate the three different alarm status indications of the monitored isolation room. These graphical backgrounds indicate “Normal” when the differential pressure is within defined limits, “Warning” when the differential pressure is approaching an out-of-limits condition, and “Alarm” when the differential pressure is outside the defined acceptable and safe limits.

The differential pressure ranges for these conditions are easily configured by the user for the specific installation when necessary, either directly from the touchscreen display or over the network from the BMS. The graphical background changes provide an at-a-glance overview of the monitored isolation room differential pressure conditions.

Alarm conditions may be defined by the user, in terms of desired differential pressure settings for the room being monitored.

When an alarm condition occurs, it may be annunciated in four user-definable ways:

1) on the display, 2) with an audible alarm, and 3) transmitted via contacts to a remote monitoring station and 4) over the BMS network. The alarm will automatically reset when the unit has sensed that the room differential pressure has returned to proper limits. The attendant may easily mute the audible alarm by touching the alarm audible button on the bottom of the display.

For many applications, it is important to have other variables such as anteroom differential pressure or relative humidity displayed along with the isolation room differential pressure. The FMS-1655 provides for this by means of three additional universal analog inputs, which may be configured for either current loop operation or voltage input operation. Each input may be scaled as needed to display correct values, and may have an engineering units selection associated. The configuration of each analog input is field selectable through the use of miniature dipswitches on the controller unit.

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Due to continuous improvement, JCI reserves the right to change product specifications without notice.

GENERAL

Overview

For those applications requiring monitoring and/or control based on temperature variances, the FMS-1655 provide two dedicated thermistor inputs in addition to the four universal analog inputs. Therefore, a total of six analog inputs are available for control applications. The two thermistor inputs may be used with negative temperature coefficient (NTC) Type 2 or Type 3 sensors. The FMS-1655 provides four universal analog outputs, which may be configured for either current loop operation or for voltage operation.

Each analog output may be configured for proportional operation to provide a linear signal to the BMS, or for PID (proportionalintegral-derivative) control operation for closed-loop feedback control of damper actuators, variable frequency (speed) drives, hot water valves, humidifiers, or other analogcontrolled devices.

Each universal analog output may be fieldconfigured for the required application using onboard configuration dipswitches on the controller module. Each analog output may also be temporarily overridden using the builtin diagnostic tools for troubleshooting during the installation and commissioning phase.

The FMS-1655 provides four digital inputs that may be used for monitoring door switches, override switches, or other devices with binary outputs. The configuration and operation of each input may be configured by the user to define the effect of a change in its state. Each digital input may have a programmable delay duration associated with it. Each digital input may be configured for either normally-closed or normally-open operation, and may also be configured to be active-high or active-low triggered. The global configuration of the digital inputs is field selectable through the use of miniature dipswitches on the controller unit.

The FMS-1655 provides three relay outputs, which may be configured for either directacting or reverse-acting operation, and may have a programmable delay associated to meet the specific needs of the required application.

A unique feature of the FMS-1655 is its ability to trigger a relay output based on the current mode of isolation, thereby providing support for transfer grilles, supplemental exhaust dampers, etc. Each relay output may also be temporarily overridden using the built-in diagnostic tools for troubleshooting during the installation and commissioning phase.

The user may set up multiple multi-level passwords to prevent unauthorized or casual access to the FMS-1655 configuration settings. Up to 10 passwords of up to eight digits may be programmed, with each having one of four associated access levels. Administrators and facility management personnel may have unrestricted access, while general staff may be assigned restricted access passwords which limit the functionality of the user menus.

Room pressure selection of positive, negative, or neutral isolation may be protected using limited access passwords, thereby eliminating the need for keylock switches and keys.

An optional keylock switch may be used to further control access to change in isolation modes. In some locales, it is prohibitive to allow an isolation room controller to switch between positive and negative modes of isolation. To accommodate this situation, the FMS-1655 may be configured at the factory for either positive- and neutral-isolation modes only or negative- and neutral-isolation modes.

The FMS-1655 provides native support for multiple networking protocols, including BACnet® MS/TP and Metasys® N2 Open. With multi-protocol native support, the FMS1655 is able to communicate room status information to the building automation system, regardless of which protocol is used. (For applications requiring LonWorks® networking capability, contact the factory about JCI’s FMS-1655L series) The configuration of the desired protocol is field selectable through the use of miniature dipswitches on the controller unit.

The FMS-1655 provides a unique set of built-in diagnostics tools that are extremely valuable for facilitating the troubleshooting process during the installation and commissioning phase.

Included in these built-in diagnostics tools are manual override capabilities for both analog outputs and relay outputs, and a comprehensive real-time view capability that allows the real-time values and states of each analog and digital input and output to be displayed conveniently. This is an extremely useful tool that facilitates the verification and certification processes conducted by typical test and balance personnel during the commissioning of the system.

There are also options for storing configuration settings and for restoring those settings, as well as performing a complete restoration of the factory default configuration settings.

The FMS-1655 incorporates an innovative backplane/backplate assembly which greatly facilitates the installation process and permits all wiring terminations to be permanent. The FMS-1655 serves as a direct drop-in functional replacement for all previous models of the FMS-1600 series of isolation monitors.

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MOUNTING/WIRING

FMS-1655 Flush-Mount with Internal Sensor

Introduction

The FMS-1655 flush-mount model has an integrated internal sensor and should be installed outside of the isolation room to be monitored in the corridor wall. Sensor tubing should be between this corridor and isolation room in the most direct and shortest path.

The FMS-1655 is calibrated with configuration settings programmed at the factory according to the customer specifications, if provided. Otherwise, each unit is shipped with factorydefault configuration settings. The user may change these settings by following the procedures outlined in the configuration/ programming section of this manual.

The electrical connections to the FMS-1655 are made via convenient terminal block connectors on the backplane/backplate assembly as shown on page 7. All wiring should conform to local regulations and to the National Electrical Code (NEC). Precautions must be taken to avoid running sensor wiring in the same conduit as line voltage or other conductors that supply highly inductive loads such as generators, motors, solenoids, contactors, and other sources of induced noise. Use 22 AWG or larger for all electrical wiring terminations.

Following the proper installation of the FMS1655, apply power to the unit and confirm that you hear a brief chirp at the touchscreen display, which indicates that the display module is communicating with the controller module.

There will be a six second power up delay during which the Safety HaloTM will cycle through the following colors: red, green, blue, yellow, magenta, cyan, and white. After this power up delay, the unit will display a brief five second animation of the action icons, followed by the FMS-1655 splash screen. This splash screen displays the model number, electronic serial numbers, firmware version numbers, protocol selection, and current network address. The splash screen remains displayed for about 15 seconds, and then proceeds to the main differential pressure screen.

Mounting Procedure

1. Choose a location free of airflow obstructions, and minimal air turbulence. The installation should also avoid stagnant air or “short circuiting” of the supply air to the exhaust. Typically, the FMS-1655 should be installed at eye level. It should be mounted in a location that provides convenient access such that the display may be viewed with minimal glare and the touchscreen is easily accessible to facilitate silencing the unit in the event of an alarm.

The FMS-1655 is pre-configured at the factory with the Safety Halo™ status indicator bezel connected to the internal circuitry on the display board, and has been tested for proper operation. The Safety Halo™ should not be removed from the flush mount faceplate, as it may damage the internal circuitry and/or the bezel itself. Attempting to separate the Safety Halo™ from the flush mount faceplate will void the manufacturer’s warranty.

2. Before disassembling the flush-mount electronics assembly, locate the clear pressure tubing that extends from the lower corner of the metal backplate to the nipple at the inside face of the bottom of the faceplate and disconnect it. The other end of this tubing should remain attached to the right-angle barbed fitting at the lower corner of the metal backplate.

3. Disassemble the flush-mount electronics assembly by grasping the metal backplate and pulling it apart from the faceplate.

The metal backplate is attached to the backplane subassembly which incorporates all of the wiring termination points.

4. Run the conduit and all wiring according to local regulations and National Electrical Code.

IMPORTANT: Use the 24 VAC stepdown isolation transformer, provided with the unit, to power the FMS-1655; this will prevent inadvertent ground loop issues and other problems that might otherwise be encountered.

5. Pull slack from the tube on the opposite side of the wall as the backplane/backplate assembly is moved toward the wall for mounting. On the opposite side, the return air stainless base and louvered plate must be mounted as shown on page 10. Caulk behind the stainless mounting plate so that there may be no air flow through the wall. Mount the backplane/backplate assembly to the wall with the appropriate screws (and wall anchors if using the alternate installation method).

- 5 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

6. Terminate all electrical connections at the backplane taking note of the terminal labels. Note that the power connector is distinguished as it is of a different color and separated from the other connectors. The 45-degree positioned wire openings on the connectors should greatly facilitate the wire termination process.

7. On the opposite side of the wall, a length of pressure tubing will be protruding from the wall. Cut the tubing as needed to leave approximately two inches protruding. Press the tubing onto the barbed fitting of the flow tube mounting plate (see page 10). Push the mounting plate and tube toward the wall, forcing the excess into the wall space. Fasten the mounting plate to the wall using appropriate hardware.

MOUNTING/WIRING

SUBHEAD

FMS-1655 Flush-Mount with Internal Sensor

8. Mount the louvered stainless steel cover plate to the mounting plate with the screws supplied.

9. Apply power to the FMS-1655 and confirm that following a brief initialization sequence, the unit displays the room differential pressure and the Safety Halo™ status matches that of the main display screen. FMS-1655 units are shipped from the factory in neutral isolation mode.

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MOUNTING/WIRING

Internal Sensor

The FMS-1655 is calibrated with settings programmed in the factory according to the customer specifications. The user can change the settings by using the instructions provided in the Quick Start section of this manual beginning on page 38.

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MOUNTING/WIRING

Notes

- 8 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

JCI reserves the right to change product specifications without notice.

MOUNTING/WIRING

FMS-1655 With Remote Sensor

Introduction

The flexibility of the FMS-1655 provides for several different configurations with respect to the sensor location.

FMS-1655 models without an internal sensor include at least one remote sensor for measuring the differential pressure of the monitored room. This remote sensor module must be installed in the wall between the monitored isolation room and the adjoining corridor or anteroom.

The remote sensor module should be installed with the attached stainless steel mounting plate facing the isolation or patient room and the reference plate facing the corridor or anteroom. Please see illustrations on pages 10 and 11 for more details.

With this sensor orientation, a positive pressure value indicates that the isolation room is positive with respect to the corridor.

A 3-conductor (22 AWG) cable MUST be connected between the remote sensor module and the main controller module for each sensor included with the unit. The length of this cable should not exceed 1,000 feet.

The display unit may be installed outside the room, at the nurses’ station, in the engineering office, or at any other location as needed.

Mounting Procedure

1. Cut an opening in the wall of the isolation room to receive the supplied low voltage mounting bracket for the remote sensor electronics. Nominal hole dimensions are

3.65” H x 2.15” W.

2. Drill a 7/16” hole through the opposite wall for the flow tube as shown.

3. Bring the 3-conductor signal wire through the cut out.

4. Install the included low-voltage mounting bracket in the drywall opening, and pull the 3-conductor signal cable through the mounting bracket.

5. Push a length of flow tube through the back hole on through the 7/16” hole in the opposite wall.

6. Attach the flow tube to the sensor port. Then, push the tube and sensor module into place and secure to the mounting enclosure with two 6-32 x 3/4 screws supplied.

7. Install the louvered cover plate.

8. On the opposite side (corridor) attach the flow tube to the barbed fitting of the flow tube mounting plate.

9. Press the mounting plate into place, allowing the excess tube length to go into the wall space. Secure with the screws and anchors.

11. At the FMS-1655 backplane, assuming the colors of the 3-conductor signal cable being red, black, and green, connect the leads to the terminals as follows:

Red: Digital SNS_PWR Black: AGND Green: AI_1

If more than one remote sensor is being used with the FMS-1655, then each must be connected as above with the green leads connected to the subsequent analog input terminals AI_2 through AI_4.

12. Connect the 3-conductor signal cable to remote sensor as follows:

Red: +Vin Black: GND Green: Io

10. Install the louvered cover plate.

- 9 -

NCNCGNDNCNCIoNC

GND

+Vin

MOUNTING/WIRING

FMS-1655 with Standard Remote Sensor (9-Pin)

CORRIDOR

Gasket

Stainless Steel Flow Tube Mounting Plate

Wall Section

(cutaway view)

Flow Tube

When Flow Tube mounting plate is located directly opposite the sensor, flow tubing must be cut as short as possible to prevent kinks.

For connection of

transmitter to FMS-1655.

Terminal

Stainless Steel Mounting Plate

Gasket

Louvered Cover Plate

ISOLATION ROOM

NCNCGNDNCNCIoNC

GND

+Vin

Thin Silicone Caulking

(apply around tube and between stainless steel plate and wall to seal unit penetration)

Orange wall bracket

to be installed first

by using the rotating

clamps for secure

wall attachment.

Standard Remote Sensor Detail

(Side View)

- 10 -

To FMS-1655 Controller

MOUNTING/WIRING

FMS-1655 with Standard Remote Sensor (9-Pin)

Stainless Steel Flow Tube Mounting Plate

ISOLATION ROOM

Gasket

Thin Silicone Caulking

(apply around tube and between stainless steel plate and wall to seal unit penetration)

Sensor installation requires the use of a three conductor wire between the sensor and the main controller module.

Flow Tube

When Flow Tube mounting plate is located directly opposite the sensor, flow tubing must be cut as short as possible to prevent kinks.

Terminal

For connection of

transmitter to

FMS-1655 .

To FMS-1655 Controller

Wall Section

(cutaway view)

NCNCGNDNCNCIoNC

Rotating clamps secure

assembly to wall board

GND

Louvered Cover Plate

+Vin

Gasket

CORRIDOR

Stainless Steel Mounting Plate

Standard Remote Sensor Detail

(Bottom View)

- 11 -

MOUNTING/WIRING

Remote Sensor Conguration

The electrical connections to the FMS-1655 made via a convenient backplate/backplate assembly is shown below. All wiring should conform to the local regulations and National Electric Code. Take care not to run sensor wiring in the same conduit as the line voltage or other conductors that supply highly inductive loads such as generators, motors, solenoids, contactors, etc. Use 22AWG or larger.

{

Recommended 4-conductor connection: Belden 1325A

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set at 4 - 20mA Input)

- 12 -

MOUNTING/WIRING - INTERNAL SENSOR

Analog Output to Electric Damper Actuator

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S4 - 1 = ON (AO - 1 set as Voltage Output)

- 13 -

MOUNTING/WIRING - INTERNAL SENSOR

Analog Output to Pneumatic Damper Actuator

Optional remote sensor

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S4 - 1 = ON (AO - 1 set as Voltage Output)

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

- 14 -

MOUNTING/WIRING - INTERNAL SENSOR

Analog Output to Variable Speed Drive

Optional remote sensor

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S4 - 1 = ON (AO - 1 set as Voltage Output)

- 15 -

MOUNTING/WIRING - INTERNAL SENSOR

Analog Output to Modulated Air Controller

Optional remote sensor

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S1 - 4 = ON, S1 - 8 = OFF (AI - 4 set as 4 - 20mA Input

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

- 16 -

MOUNTING/WIRING - REMOTE SENSOR

Analog Output to Pneumatic Damper Actuator

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set as 20mA Input)

S4 - 1 = ON (AO - 1 set as Voltage Output)

- 17 -

MOUNTING/WIRING - REMOTE SENSOR

Analog Output to Variable Speed Drive

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set as 20mA Input)

S4 - 1 = ON (AO - 1 set as Voltage Output)

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

- 18 -

MOUNTING/WIRING

Adding Remote Pressure Sensor with 4-20mA Out to Internal Sensor Model

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

- 19 -

MOUNTING/WIRING

Notes

- 20 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

MOUNTING/WIRING

Analog Input to 2 Remote Pressure Sensors 4-20mA Out

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set as 4 - 20mA Input)

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

- 21 -

MOUNTING/WIRING

Analog Input to 3 Remote Pressure Sensors 4-20mA Out

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set as 4 - 20mA Input)

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S1 - 3 = ON, S1 - 7 = OFF (AI - 3 set as 4 - 20 mA Input)

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

- 22 -

MOUNTING/WIRING

Analog Input to 4 Remote Pressure Sensors 4-20mA Out

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 1 = ON, S1 - 5 = OFF (AI - 1 set as 4 - 20mA Input)

S1 - 2 = ON, S1 - 6 = OFF (AI - 2 set as 4 - 20mA Input)

S1 - 3 = ON, S1 - 7 = OFF (AI - 3 set as 4 - 20 mA Input)

S1 - 4 = ON, S1 - 8 = OFF (AI - 4 set as 4 - 20 mA Input)

- 23 -

MOUNTING/WIRING

Analog Input to Temperature Sensor

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates the Thermistor with contacts T1 and AGND for illustrative purposes only. In fact, either of the two T#s can be used.

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

- 24 -

MOUNTING/WIRING

Analog Input to Custom Remote Sensor

Step Down Isolation Transformer

(provided with FMS Controller)

Controller Configuration Dipswitch Settings

S1 - 2 = OFF, S1 - 6 = ON (AI - 2 set as 0 - 10V Input)

- 25 -

MOUNTING/WIRING

Digital Input to Door Switch

A switch having normally-open or normally close contacts may be used with the FMS-1655 to serve as a timed alarm buzzer inhibit, when the room door has been opened. An optional door switch may be purchased from JCI for this specific purpose.

After the switch has been installed at the door and connected to the FMS unit, its operation may be programmed as described on page 39.

Step Down Isolation Transformer

(provided with FMS Controller)

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

Controller Configuration Slideswitch Settings

S5 = Left (Active - Low Digital Input)

- 26 -

MOUNTING/WIRING

SUBHEAD

Notes

- 27 -

MOUNTING/WIRING

Digital Input to Occupancy Sensor

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates the Occupancy Sensor with

contacts DI4 and DGND for illustrative purposes only. In fact, any of the four DI#s can be used.

Controller Configuration Slideswitch Settings

S5 = Left (Active - Low Digital Input)

- 28 -

MOUNTING/WIRING

SUBHEAD

Relay Output to Alarm

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates Monitor Output 1 with contacts

RL3 and RL3_C for illustrative purposes only. In fact, any of the four RL#s (and the corresponding RL#_C) can be used.

- 29 -

MOUNTING/WIRING

Relay Output to Warning

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates Monitor Output 2 with contacts

RL3 and RL3_C for illustrative purposes only. In fact, any of the four RL#s (and the corresponding RL#_C) can be used.

- 30 -

MOUNTING/WIRING

SUBHEAD

Relay Output 1

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates Heating State 1 with contacts

RL1 and RL1_C for illustrative purposes only. In fact, any of the four RL#s (and the corresponding RL#_C) can be used.

- 31 -

MOUNTING/WIRING

Relay Output 2

Step Down Isolation Transformer

(provided with FMS Controller)

* The above example associates Heating State 2 with contacts

RL2 and RL2_C for illustrative purposes only. In fact, any of the four RL#s (and the corresponding RL#_C) can be used.

- 32 -

MOUNTING/WIRING

SUBHEAD

Power

Step Down Isolation Transformer

(provided with FMS Controller)

- 33 -

Red / 24 VAC / 30VA connected to the FMS

}

Only Class 2 wiring in this compartment.

MOUNTING/WIRING

Isolated Power Supply

Transformer 50/60 Hz

Ground

Blue

240 VAC

50/60 Hz

120 VAC

50/60 Hz

White

Note: This product should be installed with the manufacturer provided isolated power supply and connected to an electrical circuit protected by a minimum 20A circuit breaker. This circuit breaker should be mounted in an approved electrical enclosure located separately, but in close proximity to this product.

}

Black

Stepdown Isolation Transformer

(provided with FMS-1655)

1 Amp Slow Blow Fuse

- 34 -

MOUNTING/WIRING

SUBHEAD

Notes

- 35 -

COMMUNICATIONS - BACnet® MS/TP

Wiring

NOTE: For optimum network communications, the reference signal (REF) must be connected to the "BMS NETWK REF" terminals at the backplane.

To minimize offline conditions on Metasys trunks resulting from delayed responses from the BACnet controller, the NETWORK TOLERANCE parameter in Metasys should be set to HIGH.

Controller Configuration Dipswitch Settings

S3 - 7 = ON, S3 - 8 = ON (BACnet MS/TP protocol selected)

- 36 -

COMMUNICATIONS - Metasys® N2 Open

SUBHEAD

Wiring

NOTE: For optimum network communications, the reference signal (REF) must be connected to the "NETWK REF" terminals at the backplane.

Controller Configuration Dipswitch Settings

S3 - 7 = ON, S3 - 8 = OFF (Metasys N2 Open protocol selected)

- 37 -

QUICK START GUIDE

FMS-1655 Quick Start Guide

Introduction

Following the proper installation of the FMS-1655, apply power to the unit and confirm that you hear a brief chirp at the touchscreen display, which indicates that the display module is communicating with the controller module. Upon power up, the Safety Halo

status indication bezel will cycle through seven colors (red, green, blue, yellow, magenta, cyan, and white) followed by three action icons (normal, caution, alarm), and finally the JCI splash screen will remain displayed for approximately 10 seconds and will then disappear to reveal the main display screen.

NOTE: The information displayed on the splash screen during the power up sequence may also be redisplayed using the About This FMS option on the Diagnostics menu.

Each FMS-1655 comes preconfigured in neutral isolation mode.

Main Display Screen

All FMS-1655 units are shipped from the factory in the neutral isolation mode, which is represented by a blue graphical screen with a slashed circle status icon at the center of the screen as shown in the figure above. The information that is displayed on the main screen includes the following from top to bottom:

• Isolation room name in the upper window (up to 24 characters)

• Current differential pressure (default units: in WC)

• Current status and isolation mode

• Status icon centrally located

• Current temperature in the lower window (if so equipped)

• Current humidity in the lower window (if so equipped)

• Current time and date in the lower window

Located just below the lower window with the time and date display is the audible toggle button, which may be used to temporarily silence the audible alarm in the event of an alarm condition.

While in neutral isolation mode, the graphical background is blue in color. While in either positive or negative isolation, the graphical background intuitively represents the current alarm status of the unit.

A green graphical background with a checkmark at the center indicates that the current differential pressure is within allowable limits of the desired setpoint. A yellow graphical background with an exclamation point at the center indicates one of two conditions: 1) door to the monitored space is open (if door switch is enabled), or 2) the current differential pressure has drifted outside the allowable limits of the desired setpoint and is in the caution range. A red graphical background with an exclamation point at the center indicates that the current differential pressure has reached a critical unsafe condition, as it is beyond the safe operating range. An alarm buzzer will sound at this screen as well providing an audible alert of the unsafe conditions.

The FMS-1655 incorporates a full-color touchscreen and includes an extensive easyto-use menu system that allows the user to quickly setup the controller for immediate use.

Also integrated into the FMS-1655 display are several hotspots that provide quick access to various settings. Refer to page 51 for details on using these hotspots as display settings shortcuts. Touching the screen anywhere other than one of the reserved hotspots invokes the menu system, unless one or more security passwords have been entered.

Automated Clean Cycle

If this FMS-1655 is controlling the differential pressure of the monitored space, there is a convenient feature that allows quick turnover of the room referred to as auto clean cycle mode. When a patient who has been occupying an isolation room or patient room is removed, the room must be purged of all airborne contaminants in preparation for the next patient. The auto clean cycle feature of the FMS-1655 automates this cleaning process and is fully programmable. This feature may be activated from either the isolation mode hotspot on the main display screen, or via the isolation mode option on the Room Setup Menu.

Clean Cycle Mode in operation displaying time remaining for cycle completion.

- 38 -

SUBHEAD

QUICK START GUIDE

FMS-1655 Quick Start Guide

When activated, Auto Clean Cycle opens the exhaust valve or damper to its maximum position to purge the room of any airborne contaminants. The exhaust valve or damper will remain in the maximum position for a programmable period of time while the room is being cleaned. The clean cycle duration may be configured for a minimum of 10 minutes up to 4 hours in increments of one minute. While the Auto Clean Cycle is in progress, a countdown timer indicates the time remaining for the process, and the Safety HaloTM will flash slowly in cyan to indicate that the monitored space is being cleaned. When the Auto Clean Cycle is completed, a message will appear on the screen indicating that the room has been successfully cleaned. This message will remain on the screen until it has been acknowledged by a user, at which time it returns the unit to the previously selected isolation mode.

An active Auto Clean Cycle may be canceled by touching the countdown timer in the upper LCD window. A message will be displayed warning the user that aborting the cleaning process may result in insufficient cleaning of the monitored room. Touching the main display screen anywhere other than the upper LCD window will result in a warning beep with no menu access. If at least one security password has been stored in the system, touching the screen to abort the Auto Clean Cycle that is in progress will request a valid password before aborting the mode.

Configuring Room Pressure Monitor

Configuring the FMS-1655 isolation room controller settings can be accomplished in four (4) simple steps:

1. Configure analog output

2. Configure door switch

3. Configure alarm relay output

4. Configure alarm limits

The FMS-1655 comes pre-configured with either an internal sensor or remote sensor, depending on the specific model ordered. The flush-mount models incorporate an internal differential pressure sensor, while the surfacemount models include a separately installed remote differential pressure sensor. In either case, the next step would be to configure the analog output that controls the damper actuator in the monitored room, if control is required. If the application only requires monitoring, then this step may be omitted.

Setting Up Analog Output

For those applications requiring control of a damper actuator, the analog output must be configured accordingly. Select Unit Setup > Controller Setup > Analog Output and the user is prompted to select an operating mode (direct control or PID control) and an operating range. Most applications will take advantage of the PID (proportional-integralderivative) control mode, where the control output can be customized by varying the control loop constants. The operating range can either include an offset from zero or not, independent of whether the analog output is configured for current or voltage mode.

Once the operating mode and range are selected, the user is prompted to specify the upper and lower limits of the analog output as percentages. Most applications will use the default settings of zero and 100 percent. But for those applications where the top or bottom limits need to be tweaked, these settings may be adjusted accordingly to further limit the range of the actual analog output signal.

Finally, the user is prompted to enter the target setpoint for the current mode of isolation. This setpoint will be used by the FMS-1655 to dither the analog output in order to achieve the desired target differential pressure. The analog output can be configured for either direct acting or reverse acting mode. Each mode of isolation has its own setpoint and operating mode. Therefore, switching from positive isolation to negative isolation can automatically affect both the target setpoint as well as the acting mode for the analog output.

To confirm that the analog output is properly configured for the specific installation at hand, use the Overrides option on the Diagnostics menu to manually override analog output 1 which is controlling the exhaust damper actuator. Moving the slider from zero to 100 percent should cause the damper to move from closed to full open, or vice versa, depending upon the acting mode of the actuator.

Enabling Door Switch

To prevent the FMS-1655’s control output from ramping up or down unnecessarily when the door of the monitored space is opened, a door switch may be configured to suspend the operation of the PID control output. This effectively “freezes” the analog output controlling the exhaust or supply damper until the door closes. The option for configuring the door switch can be found on the Controller Setup menu under the Unit Setup menu. A delay time of up to 60 minutes (in one-second increments) may be associated with the door switch, which effectively delays the return to normal PID control output mode while the monitored space resumes its positive or negative differential pressure. If the door switch option is enabled, the main display will

- 39 -

QUICK START GUIDE

FMS-1655 Quick Start Guide

revert to the yellow graphical caution screen whenever the door is open and the unit is not in neutral isolation mode. Once the door closes, the door delay will count down, and then release the suspended control output once it expires.

Setting Up Alarm Relay Output

When the alarm status must be transmitted to a remote location, like a nurses’ station, the alarm relay output can be configured using the following procedure. Select Unit Setup > Controller Setup > Relay Setup and the user is prompted to select the trigger mode (setpoints, isolation mode, or occupancy mode). The default trigger mode is Setpoints, which allows the alarm relay to be activated based on exceeding setpoint limits entered by the user. Isolation Mode and Occupancy Mode allow the alarm relay to be activated based on a change in the mode of isolation and state of occupancy, respectively. Once the relay trigger mode is selected, the user is prompted to enter the high and low relay setpoints using the sliders on the popup screen. Finally, the operating mode (direct or reverse acting) must be specified along with a delay time. The delay time determines how long the alarm relay output is delayed before being activated after one of the relay setpoint limits has been exceeded. The default setting for the delay time is zero seconds.

Setting Alarm Limits

To determine the limits at which the unit status changes from normal to warning, and from warning to alarm, the alarm limits must be configured as follows. Select Unit Setup > Controller Setup > Alarm Limits and the user is prompted to specify the high and low alarm and warning limits. These limits should be specified to set the differential pressure range which is considered normal, as well as the

range which indicates a warning condition, and the range which is considered critical and indicates an alarm condition.

Changing Isolation Mode

The FMS-1655 isolation room controller may be configured for Positive, Negative, or Neutral modes of isolation. To change the mode of isolation, select Unit Setup > Room Setup > Isolation Mode and select one of three isolation modes, or Auto Clean mode. Auto Clean mode automates the turnover of an isolation room that has been vacated in preparation for the next occupant. For those states or locales that have code restrictions regarding the accessible modes of isolation, the unit may be configured to allow either Positive and Neutral or Negative and Neutral modes. Changing the mode of isolation automatically selects the pre-programmed setpoints and alarm limits associated with each mode.

Invoking Auto Clean Cycle

When an isolation room has been vacated, it must be cleaned of all airborne contaminants before the next patient may occupy the room. The FMS-1655 includes a convenient feature called Auto Clean Cycle that automates the turnover process and cleaning of the room. Auto Clean Cycle may be invoked using one of two methods, either from the Status hotspot on the main display screen or from the Isolation Mode option on the Isolation

Room Setup menu. Invoking Auto Clean Cycle automatically commands the exhaust

valve or damper for maximum flow for the configured duration to facilitate the removal of all airborne contaminants. If the Safety HaloTM status bezel has been enabled, it will flash in cyan color to indicate that an Auto Clean Cycle is in progress. When the Auto Clean Cycle is completed, a message will appear

on the main display screen indicating that the monitored room was successfully cleaned and is available for use. The Safety HaloTM will stop flashing but remain cyan until this message is acknowledged by the user.

Changing Network Settings

Changing network settings on the FMS-1655 can be accessed by selecting Unit Setup > Network Setup. Depending upon the protocol selected, the Network Setup menu will present the user with the available options. All FMS-1655 demo units have a default protocol selection of BACnet, and therefore the Network Setup menu options pertain to this protocol. From this menu, the user can select a different baud rate or change the network address of the unit.

Adding Password Security

The FMS-1655 menu system can be protected by adding up to ten (10) multi-level passwords to the system. A password entry may be created by selecting System Setup > Next > Passwords Setup > Add Password and the user is prompted to enter a minimum of four (4) and up to eight (8) digits. Once a password has been specified, the user is prompted to specify one of four access levels: Unrestricted, Standard, Basic, and Restricted. All password entries are saved to non-volatile memory. If a password is forgotten, there is a factory-default “back door” password that will provide unrestricted access to the user menu system. Please consult with the factory for more information regarding this password.

Note: The first user password is automatically saved as unrestricted.

Changing Display Settings

The Safety Halo™ feature is exclusive to

- 40 -

QUICK START GUIDE

FMS-1655 Quick Start Guide

the 1655 series of controllers from JCI, and significantly enhances the visibility of the status of individual units installed along a long corridor or hallway, and allows an unsafe condition to be immediately recognized. The display settings of this enhanced feature may be configured using the Safety Halo™ option on the Display Setup menu. This option may be disabled if not required by the installation, which simply turns off the Safety Halo™ status indicator. If enabled, the brightness may be adjusted from full intensity down to barely visible in daylight conditions. For convenience, the Safety Halo™ status indicator incorporates a Nightly Auto-Dim feature which allows the brightness of the status indicator to automatically reduce in intensity at a designated hour every day, and then resume normal brightness at another designated hour. The brightness of the FMS-1655 main display screen may also be adjusted using the Set Brightness option on the Display Setup menu. All brightness settings are stored to non-volatile memory and remain in effect through a power cycle. The Display Modes menu option on the Display Setup menu allows users to select a display mode based on the number of pressure sensors being monitored. The display mode is pre-configured at the factory based on the sensor count, but may be changed after adding or removing a sensor.

The main display screen of the FMS-1655 may be customized by using the Display Setup menus. The Display Options menu option allows specific information to be individually suppressed by deselecting the unwanted items from the Set Display Options selection screen. Changing the time and date can be accomplished either by using the hotspots on the main display screen, or by selecting the Set Time & Date option. The

time and date settings are volatile and are not saved to non-volatile memory on demo units. However, an operational unit connected to a controller module can retain its time and date settings for up to two hours in the event of a power failure.

Built-in Diagnostics

The FMS-1655 incorporates several useful diagnostic tools that may aid in troubleshooting the system during the installation and commissioning phase. The Overrides option allows both analog and relay outputs to be overridden individually. Each analog output may be locked at the overridden percentage while test and balance makes adjustments to supply or exhaust dampers, for example. While in the overridden state, the analog output is “disconnected” from its PID control loop, if enabled. Cancelling the override effectively resumes the normal PID control loop operation, again if enabled.

A unique feature of the FMS-1655 is the Real- Time View option, which allows the user to see in real-time the actual inputs and outputs, along with their voltage levels or states. One of the most useful tools for fine-tuning the PID loop performance is the Analog I/O Pairs screen, which displays the analog input and its current setpoint, along with the analog output which is mapped to it. This allows the user to see in real-time the varying analog input signal and its corresponding analog output control signal.

To preserve the configuration settings after verifying that everything is configured properly, the Save Settings option on the Diagnostics menu will take a snapshot of the current configuration settings for later retrieval. In the event that any configuration

settings are inadvertently overwritten, they may be restored either to the previously saved user settings or to the factory-default settings. To help maintain the long-term accuracy of the FMS-1655 differential pressure reading, a zero calibration feature has been incorporated which allows the user to zero the display after allowing the differential pressure between the monitored room and the reference space to neutralize, e.g., door open. Once the pressure has stabilized, performing a zero calibration ensures that the display reading accurately shows that the pressure has equalized while the door to the monitored space is left open.

Volumetric Offset Control

The FMS-1655 includes the ability to control the supply and general exhaust air flow devices in a laboratory application with multiple fume hoods. This requires the use of JCI’s Universal Valve Module to bring the total supply and exhaust flows into the FMS-1655. To configure the FMS-1655 for volumetric offset control, simply configure AI-3 as the supply flow input, and AI-4 as the exhaust flow input. The volumetric offset setpoint must be entered while configuring AI-4. Be sure to select Vol. Offset Control on the Flow Sensor Input configuration screen. The volumetric offset control signal is output on AO-4, which may be daisy-chained to each of the supply air flow devices. The secondary temperature control signal for heating is output on AO-2, which may be daisy-chained to each of the reheat valves. For more information on using the FMS-1655 for volumetric offset control applications, please refer to the FMS-1655

Programmer’s Guide.

- 41 -

QUICK START GUIDE

Notes

- 42 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

SUBHEAD

MODULE SETTINGS

Conguring Display Module Settings

Options Dipswitch (S1) – internal use only

1. Graphics Chip Mode Selection OFF = Programming Mode ON = Run Mode

2. Touch Screen Calibration Mode OFF = Force calibration ON = Auto calibration

3. Reserved

4. Reserved

Options Dipswitch (S2) – mode configuration 1

1. Product Type OFF = FMS/HMS ON = CMS-1655

2. Remote Display OFF = Disabled ON = Enabled

3. Mode Select OFF = FMS-1655 / CMS-1655 ON = HMS-1655

4. Operational Mode: OFF = Demo Mode ON = Run Mode

Pushbutton Switch (SW1): Reset Button

Pushbutton Switch (SW2): Reserved

- 43 -

MODULE SETTINGS

Conguring Main Controller Module Settings

Analog Input Configuration Dipswitch (S1)

1. AI-1 Mode Selection: OFF = voltage input ON = current input

2. AI-2 Mode Selection: OFF = voltage input ON = current input

3. AI-3 Mode Selection: OFF = voltage input ON = current input

4. AI-4 Mode Selection: OFF = voltage input ON = current input

5. AI-1 Voltage Range Selection: OFF = 0-5Vdc ON = 0-10Vdc

6. AI-2 Voltage Range Selection: OFF = 0-5Vdc ON = 0-10Vdc

7. AI-3 Voltage Range Selection: OFF = 0-5Vdc ON = 0-10Vdc

8. AI-4 Voltage Range Selection: OFF = 0-5Vdc ON = 0-10Vdc

NOTES: To configure FMS-1655 for an internal sensor, set dipswitch position 1 to OFF and dipswitch position 5 to OFF. To configure FMS-1655 for a remote sensor, set dipswitch position 1 to ON and dipswitch position 5 to OFF. For other inputs, see Table 1.

Analog Output Configuration Dipswitch (S3)

1. AO-1 Mode Selection: OFF = current output ON = voltage output

2. AO-2 Mode Selection: OFF = current output ON = voltage output

3. AO-3 Mode Selection: OFF = current output ON = voltage output

4. AO-4 Mode Selection: OFF = current output ON = voltage output

Network Configuration Dipswitch (S3)

5. RS485 Network Termination: OFF = disabled ON = enabled

6. RS485 Display Termination: OFF = disabled ON = enabled

7. Protocol Select: see Table 2 below

8. Protocol Select: see Table 2 below

- 44 -

SUBHEAD

MODULE SETTINGS

Congurations & Settings

Table 1. Analog Input Configuration Settings (S1)

Mode S1 - 1 S1 - 2 S1 - 3 S1 - 4 S1 - 5 S1 - 6 S1 - 7 S1 - 8

AI-1 5Vdc OFF OFF

AI-1 20mA ON OFF

AI-1 10Vdc OFF ON

Not Valid ON ON

AI-2 5Vdc OFF OFF

AI-2 20mA ON OFF

AI-2 10Vdc OFF ON

Not Valid ON ON

AI-3 5Vdc OFF OFF

AI-3 20mA ON OFF

AI-3 10Vdc OFF ON

Not Valid ON ON

AI-4 5Vdc OFF OFF

AI-4 20mA ON OFF

AI-4 10Vdc OFF ON

Not Valid ON ON

Table 2. Protocol Selection Settings (S3)

Protocol Selection S3-7 S3-8

Reserved OFF OFF

Metasys® N2 ON OFF

BACnet® MS/TP (default) ON ON

Controller Configuration Dipswitch (S4)

1. AO-1 Voltage Range Selection: OFF = 0-10Vdc ON = 0 - 5Vdc

2. AO-2 Voltage Range Selection: OFF = 0-10Vdc ON = 0 - 5Vdc

3. AO-3 Voltage Range Selection: OFF = 0-10Vdc ON = 0 - 5 Vdc

4. AO-4 Voltage Range Selection: OFF = 0-10Vdc ON = 0 - 5 Vdc

Controller Configuration Slideswitch (S5):

LEFT = Digital Inputs pulled-high (triggered by active low input - default)

RIGHT = Digital Inputs pulled-low (triggered by active high input, up to 24Vdc)

- 45 -

BACnet® OBJECTS

BACnet® Objects

The following table itemizes the list of points available for integration in a building management system (BMS). This table contains the objects for open BACnet integration.

Object Read

Analog Inputs

AI - 1 Analog Input 1 (default: Isolation Pressure) Read-Only

AI - 2 Analog Input 2 Read-Only

AI - 3 Analog Input 3 Read-Only

AI - 4 Analog Input 4 Read-Only

AI - 5 Thermistor Input 1 Read-Only

AI - 6 Thermistor Input 2 Read-Only

Analog Outputs

AO - 1 Analog Output 1 (default: Damper Position) Read-Only

AO - 2 Analog Output 2 (default: Anteroom Damper Control) Read-Only

AO - 3 Analog Output 3 (spare control output) Read-Only

AO - 4 Analog Output 4 (spare control output) Read-Only

Binary Inputs

BI - 1 Digital Input 1 (default: Door Switch) Read-Only

BI - 2 Digital Input 2 (default: Anteroom Door Switch) Read-Only

BI - 3 Digital Input 3 (spare digital input) Read-Only

Analog Values (continued)

AV - 5 TI-1 Setpoint Read/Write

AV - 6 TI-2 Setpoint Read/Write

AV - 7 Air Change Rate based on Flow Input at AI-1 Read/Write

AV - 8 Air Change Rate based on Flow Input at AI-2 Read/Write

AV - 9 Air Change Rate based on Flow Input at AI-3 Read/Write

AV - 10 Air Change Rate based on Flow Input at AI-4 Read/Write

AV - 11 Alarm Relay 1 High Setpoint Read/Write

AV - 12 Alarm Relay 1 Low Setpoint Read/Write

AV - 13 Alarm Relay 2 High Setpoint Read/Write

AV - 14 Alarm Relay 2 Low Setpoint Read/Write

AV - 15 Alarm Relay 3 High Setpoint Read/Write

AV - 16 Alarm Relay 3 Low Setpoint Read/Write

AV - 17 Not user-selectable Read/Write

AV - 18 Not user-selectable Read/Write

AV - 19 AI-1 Low Alarm Setpoint (low pressure alarm) Read/Write

AV - 20 AI-1 Low Warning Setpoint (low pressure warning) Read/Write

BI - 4 Digital Input 4 (spare digital input) Read-Only

Binary Outputs

BO - 1 Relay Output 1 (default: Primary Alarm Relay Output) Read-Only

BO - 2 Relay Output 2 (default: Spare Relay Output) Read-Only

BO - 3 Relay Output 3 (spare relay output) Read-Only

BO - 4 Not user-selectable Read-Only

Analog Values

AV - 1 AI-1 Setpoint (Room Pressure) Read/Write

AV - 2 AI-2 Setpoint Read/Write

AV - 3 AI-3 Setpoint Read/Write

AV - 4 AI-4 Setpoint Read/Write

AV - 21 AI-1 High Warning Setpoint (high pressure warning) Read/Write

AV - 22 AI-1 High Alarm Setpoint (high pressure alarm) Read/Write

AV - 23 AI-2 Low Alarm Setpoint Read/Write

AV - 24 AI-2 Low Warning Setpoint Read/Write

AV - 25 AI-2 High Warning Setpoint Read/Write

AV - 26 AI-2 High Alarm Setpoint Read/Write

AV - 27 AI-3 Low Alarm Setpoint Read/Write

AV - 28 AI-3 Low Warning Setpoint Read/Write

AV - 29 AI-3 High Warning Setpoint Read/Write

AV - 30 AI-3 High Alarm Setpoint Read/Write

AV - 31 AI-4 Low Alarm Setpoint Read/Write

- 46 -

SUBHEAD

BACnet® OBJECTS

BACnet® Objects

Object Read

Analog Values (continued)

AV - 32 AI-4 Low Warning Setpoint Read/Write

AV - 33 AI-4 High Warning Setpoint Read/Write

AV - 34 AI-4 High Alarm Setpoint Read/Write

AV - 35 TI-1 Low Alarm Setpoint Read/Write

AV - 36 TI-1 Low Warning Setpoint Read/Write

AV - 37 TI-1 High Warning Setpoint Read/Write

AV - 38 TI-1 High Alarm Setpoint Read/Write

AV - 39 TI-2 Low Alarm Setpoint Read/Write

AV - 40 TI-2 Low Warning Setpoint Read/Write

AV - 41 TI-2 High Warning Setpoint Read/Write

AV - 42 TI-2 High Alarm Setpoint Read/Write

AV - 43 Writable Network Variable – Humidity Read/Write

AV - 44 Writable Network Variable – Temperature Read/Write

AV - 45 Writable Network Variable – Air Changes Read/Write

AV - 46 Writable Network Variable – Differential Pressure Read/Write

Analog Values (continued)

AV - 60 AI-3 Deadband Setting Read/Write

AV - 61 AI-4 Deadband Setting Read/Write

AV - 62 TI-1 Deadband Setting Read/Write

AV - 63 TI-2 Deadband Setting Read/Write

Multistate Objects

MSO - 1

MSO - 2

MSO - 3 Primary Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 4 Secondary Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 5 AI-3 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 6 AI-4 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 7 TI-1 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 8 TI-2 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

MSO - 9 Offset Control Status Read-Only

Primary solation Mode: 1=positive, 2=negative, 3=neutral

Secondary Isolation Mode: 1=positive, 2=negative, 3=neutral

Read/Write

AV - 47 Device ID Offset (range: 0 – 4,194,000) Read/Write

AV - 48 Duct Air Flow based on AI-1 flow input Read-Only

AV - 49 Duct Air Flow based on AI-2 flow input Read-Only

AV - 50 Duct Air Flow based on AI-3 flow input (Supply Flow) Read-Only

AV - 51 Duct Air Flow based on AI-4 flow input (Exhaust Flow) Read-Only

AV - 52 Volumetric Offset (Supply Flow – Exhaust Flow) Read-Only

AV - 53 Volumetric Offset Setpoint Read-Write

AV - 54 AO-1 Override Level Read-Write

AV - 55 AO-2 Override Level Read-Write

AV - 56 AO-3 Override Level Read-Write

AV - 57 AO-4 Override Level Read-Write

AV - 58 AI-1 Deadband Setting Read/Write

AV - 59 AI-2 Deadband Setting Read/Write

JCI reserves the right to change product specifications without notice.

- 47 -

METASYS® N2 OBJECTS

Metasys® N2 Objects

The following table itemizes the list of points available for integration in a building management system (BMS). This table contains the objects for open N2 integration.

Object Functional Description Read or Write

Analog Inputs

AI - 1 Analog Input 1 (default: Primary Pressure) Read-Only

AI - 17 Analog Input 2 Read-Only

AI - 18 Analog Input 3 Read-Only

AI - 19 Analog Input 4 Read-Only

AI - 20 Thermistor Input 1 Read-Only

AI - 21 Thermistor Input 2 Read-Only

Analog Outputs

AO - 1 Analog Output 1 (default: Primary Damper Control) Read-Only

AO - 11 Analog Output 2 (default: Supply/Exhaust Damper Read-Only

AO - 12 Analog Output 3 (spare control output) Read-Only

AO - 13 Analog Output 4 (spare control output) Read-Only

Binary Inputs

BI - 3 Digital Input 1 (default: Primary Room Switch) Read-Only

BI - 4 Digital Input 2 (default: Secondary Room Door Switch) Read-Only

BI - 5 Digital Input 3 (spare digital input) Read-Only

Internal Float Values (continued)

ADF - 5 Secondary Room Alarm Relay Low Setpoint Read/Write

ADF - 8 Primary Room Low Alarm Setpoint Read/Write

ADF - 9 Primary Room Low Warning Setpoint Read/Write

ADF - 10 Primary Room High Warning Setpoint Read/Write

ADF - 11 Primary Room High Alarm Setpoint Read/Write

ADF - 13 PID Control Loop 2 Setpoint Read/Write

ADF - 14 PID Control Loop 3 Setpoint Read/Write

ADF - 15 PID Control Loop 4 Setpoint Read/Write

ADF - 16 Air Change Rate based on Flow Input at AI-1 Read-Only

ADF - 17 Air Change Rate based on Flow Input at AI-2 Read-Only

ADF - 18 Air Change Rate based on Flow Input at AI-3 Read-Only

ADF - 19 Air Change Rate based on Flow Input at AI-4 Read-Only

ADF - 20 Alarm Relay 3 High Setpoint Read/Write

ADF - 21 Alarm Relay 3 Low Setpoint Read/Write

ADF - 22 Not user-selectable Read/Write

ADF - 23 Not user-selectable Read/Write

BI - 6 Digital Input 4 (spare digital input) Read-Only

Binary Outputs

BO - 1 Relay Output 1 (default: Primary Alarm Relay Output) Read-Only

BO - 2 Relay Output 2 (spare relay output) Read-Only

BO - 3 Relay Output 3 (spare relay output) Read-Only

BO - 4 Not user-selectable Read-Only

Internal Float Values

ADF - 1 PID Control Loop 1 Setpoint (Primary Pressure) Read/Write

ADF - 2 Primary Room Alarm Relay High Setpoint Read/Write

ADF - 3 Primary Room Alarm Relay Low Setpoint Read/Write

ADF - 4 Secondary Room Alarm Relay High Setpoint Read/Write

ADF - 24 AI-2 Low Alarm Setpoint Read/Write

ADF - 25 AI-2 Low Warning Setpoint Read/Write

ADF - 26 AI-2 High Warning Setpoint Read/Write

ADF - 27 AI-2 High Alarm Setpoint Read/Write

ADF - 28 AI-3 Low Alarm Setpoint Read/Write

ADF - 29 AI-3 Low Warning Setpoint Read/Write

ADF - 30 AI-3 High Warning Setpoint Read/Write

ADF - 31 AI-3 High Alarm Setpoint Read/Write

ADF - 32 AI-4 Low Alarm Setpoint Read/Write

ADF - 33 AI-4 Low Warning Setpoint Read/Write

ADF - 34 AI-4 High Warning Setpoint Read/Write

- 48 -

METASYS® N2 OBJECTS

SUBHEAD

Metasys® N2 Objects

Object Read

Internal Float Values (continued)

ADF - 35 AI-4 High Alarm Setpoint Read/Write

ADF - 36 TI-1 Low Alarm Setpoint Read/Write

ADF - 37 TI-1 Low Warning Setpoint Read/Write

ADF - 38 TI-1 High Warning Setpoint Read/Write

ADF - 39 TI-1 High Alarm Setpoint Read/Write

ADF - 40 TI-2 Low Alarm Setpoint Read/Write

ADF - 41 TI-2 Low Warning Setpoint Read/Write

ADF - 42 TI-2 High Warning Setpoint Read/Write

ADF - 43 TI-2 High Alarm Setpoint Read/Write

ADF - 44 Humidity Network Variable (writable) Read/Write

ADF - 45 Temperature Network Variable (writable) Read/Write

ADF - 46 Air Changes Network Variable (writable) Read/Write

ADF - 47 Differential Pressure Network Variable (writable) Read/Write

ADF - 48 Air Flow based on Flow Input at AI-1 Read-Only

ADF - 49 Air Flow based on Flow Input at AI-2 Read-Only

Internal Float Values (continued)

ADF - 63 TI-2 Deadband Setting Read-Write

Internal Integer Values

ADI - 1 AI-1 Isolation Mode: 1=positive, 2=negative, 3=neutral Read/Write

ADI - 2 AI-1 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADI - 7 AI-2 Isolation Mode: 1=positive, 2=negative, 3=neutral Read/Write

ADI - 8 AI-2 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADI - 9 AI-3 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADI - 10 AI-4 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADI - 11 TI-1 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADI - 12 TI-2 Alarm Status: 1=normal, 2=warning, 3=alarm Read-Only

ADF - 50 Air Flow based on Flow Input at AI-3 (default: Supply Read-Only

ADF - 51 Air Flow based on Flow Input at AI-4 (default: Exhaust Read-Only

ADF - 52 Volumetric Offset (Supply Flow – Exhaust Flow) Read-Only

ADF - 53 Volumetric Offset Setpoint Read-Write

ADF - 54 AO-1 Override Level Read-Write

ADF - 55 AO-2 Override Level Read-Write

ADF - 56 AO-3 Override Level Read-Write

ADF - 57 AO-4 Override Level Read-Write

ADF - 58 AI-1 Deadband Setting Read-Write

ADF - 59 AI-2 Deadband Setting Read-Write

ADF - 60 AI-3 Deadband Setting Read-Write

ADF - 61 AI-4 Deadband Setting Read-Write

ADF - 62 TI-1 Deadband Setting Read-Write

- 49 -

Notes

- 50 -

SUBHEAD

Cleaning the Display

Cleaning the FMS-1655 Display

• The cloth may be used dry, or lightly dampened with a mild cleaner or Ethanol.

• Be sure the cloth is only lightly dampened, not wet. Never apply cleaner directly to touch panel surface; if cleaner is spilled onto touch panel, soak it up immediately with absorbent cloth.

• Cleaner must be neither acid nor alkali (neutral pH).

• Wipe the surface gently; if there is a directional surface texture, wipe in the same direction as the texture.

• Never use acidic or alkaline cleaners, or organic chemicals such as: paint thinner, acetone, tolulene, xylene, propyl or isopropyl alcohol, or kerosene.

Touching the current room

Touching the current displayed pressure reading brings up the secondary pressure reading if the unit is in dual sensor mode

Touching Status invokes Isolation Mode Selection popup to quickly change the current mode of isolation, or to invoke the Auto Clean Cycle for quick room turnover.

Touching the top row of the lower LCD window brings up Display Options popup to quickly disable display of temperature or humidity if not being monitored.

name text brings up an alphanumeric keyboard to quickly change the name of the monitored room.

Touching the differential pressure units brings up engineering units selection popup to quickly change from English to metric units.

Touching anywhere else on the screen enters the Main Setup Menu if no password is stored. Otherwise, a password must be entered before the Main Setup Menu can be accessed.

Touching Time brings up Time Entry popup to quickly change the current displayed time.

Automatically reverts back to audible mode when alarm condition is removed.

Hot-Spot Features of FMS-1655 Touch Screen Display

- 51 -

Due to continuous improvement, JCI reserves the right to change product specifications without notice.

Comprehensive Wiring Diagram

{

Recommended 4-conductor

connection: Belden 3107A

- 52 -

Step Down

Isolation Transformer

(provided with FMS Controller)

Integrated Flush Mount Wiring Box Dimensions

- 53 -

Flush Mount Bracket Dimensions

- 54 -

Thin Mount Wiring Box Dimensions

- 55 -

Notes

- 56 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

FLOW DIAGRAMS

Unit Setup Menu Tree

- 57 -

JCI reserves the right to change product specifications without notice.

FLOW DIAGRAMS

System Setup Menu Tree

- 58 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.JCI reserves the right to change product specifications without notice.

FLOW DIAGRAMS

System Setup Menu Tree

- 59 -

Due to continuous improvement, TRIATEK reserves the right to change product specifications without notice.

JCI reserves the right to change product specifications without notice.

FLOW DIAGRAMS

System Setup Menu Tree

- 60 -

FLOW DIAGRAMS

Display Setup Menu Tree

- 61 -

Due to continuous improvement, JCI reserves the right to change product specifications without notice.

FLOW DIAGRAMS

Diagnostics Menu Tree

- 62 -

FMS-1655 Room Pressure Controller (BACnet

Installation Manual

LB-FMS1655-F01

LB-FMS1655-F02

LB-FMS1655-S01

LB-FMS1655-S02

Code No. LIT-12013117, Rev. A

/ N2 only products)

Issued August 2018

LB-FMS1655-F03

LB-FMS1655-F04

LB-FMS1655-F10

LB-FMS1655-F11

LB-FMS1655-F12

LB-FMS1655-F13

+1-414-524-1200

Johnson Controls 5757 N. Green Bay Ave. P.O. Box 591 Milwaukee, WI 53201

LB-FMS1655-S03

LB-FMS1655-S04

LB-FMS1655-T01

LB-FMS1655-T02

LB-FMS1655-T03

LB-FMS1655-T04

JCI CMS-1655

Central Monitoring Station

The Next Generation in Critical Airow Controls The Next Generation in Critical Airow Controls

JCI FMS-1655

JCI 1650

Johnson Controls LB-FMS1655-F01, LB-FMS1655-F11, LB-FMS1655-F04, LB-FMS1655-F10, LB-FMS1655-F12 Installation Manual

Specifications and Main Features

Frequently Asked Questions

User Manual