Summary of Contents for Critical Environment Technologies FCS
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Installation Manual Rev. C | 2021.12 Flexible Control System Controllers www.critical-environment.com...
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FCS - Installation Manual Rev. C | 2021.12 NEED MORE INFORMATION? This is the FCS Installation Manual for the FCS Flexible Control System. For more detailed information, including the following topics, please refer to the FCS Operation Manual: • Modbus / BACnet Setup •...
Rev. C | 2021.12 FCS - Installation Manual TABLE OF CONTENTS 1 POLICIES ......................5 1.1 Important Note ......................... 5 1.2 Warranty Policy ......................... 5 1.3 Service Policy ..........................6 1.4 Copyrights and Registered Trademarks ................6 1.5 Disclaimer ..........................7 1.6 Revisions ............................
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6.17 Wiring Internal Relay Connections ..................31 6.18 Wiring Remote Relay Connections (RLY-4 and RLY-8) ..........32 6.19 Wiring RDM Remote Display Connections ..............33 6.20 Wired Example of an FCS Gas Detection System ............35 7 BASIC SYSTEM OPERATION ................36 7.1 Navigating the Menu Structure ....................36 7.2 Accessing the Menu with Passcodes ................36...
__________________________________________________________ 1.2 Warranty Policy Critical Environment Technologies Canada Inc. warrants the products we manufacture (excluding sensors, battery packs, batteries, pumps, and filters) to be free from defects in materials and workmanship for a period of two years from the date of purchase from our facility.
FCS - Installation Manual Rev. C | 2021.12 on data considered accurate. However, no warranty is expressed or implied regarding the accuracy of this data. 1.3 Service Policy CETCI maintains an instrument service facility at the factory. Some CETCI distributors / agents may also have repair facilities;...
Rev. C | 2021.12 FCS - Installation Manual 1.5 Disclaimer Under no circumstances will CETCI be liable for any claims, losses or damages resulting from or arising out of the repair or modification of this equipment by a party other than...
(in various combinations), using Modbus® RTU RS-485 or 4-20 mA analog input. The FCS is available in 4 channel, 8 channel, 32 channel and 128 channel models with either Modbus® RTU RS-485 WAN output or with BACnet® MS/TP RS-485 WAN output for communicating with a Building Automation System (BAS).
• The FCS can be connected to a remote strobe/horn combo, an RDM Remote Display Module, and the following peripheral devices: LNK-AO Analog Output, LNK-AI Analog Input, LNK-XT Network Extender, RLY-4 Remote Relay, RLY-8 Remote Relay and RPS- 24VDC Remote Power Supply.
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FCS - Installation Manual Rev. C | 2021.12 - Modbus® RTU RS-485 or BACnet® MS/TP to BAS - 4 or 8 internal 4-20 mA analog outputs (Option -AO or -2AO) Outputs - Remote and Peripheral devices on a Modbus® RTU RS-485 network - 2 drive outputs for strobe/horn (0.5 Amp @ 24 VDC)
(10.0”) 113 mm (4.44”) 4 LIST OF COMPATIBLE DEVICES NOTE: The FCS does not have any internal gas sensors. It is strictly a controller that can accept digital and analog inputs (ie. transmitters and other remote and/or peripheral devices). Analog and/or Digital...
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Rev. C | 2021.12 FCS - Installation Manual , NH , CO, NO , CLO Various - Infrared, O, CH Electrochemical, CGAS-D Digital Modbus® S, HCl, HCN, NO, O Catalytic, Solid , SIH , SO , CH State TVOCs, Refrigerants...
Rev. C | 2021.12 FCS - Installation Manual 5.2 Interior System Layout (Bottom) Shown with Options -AI and -AO Installed NUMBER FEATURE FUNCTION Two connections for a remote 24 VDC horn ...
FCS - Installation Manual Rev. C | 2021.12 Connections for Modbus® transmitters and/ LAN Terminals or peripheral devices LAN End of Line Jumper 120 ohm line termination Relay Terminals Four SPDT relays, rated 5 amps @ 240 V...
5.4 Optional Internal Analog Inputs and Analog Outputs (Options -AI and -AO)) The FCS does not have any internal analog inputs or analog outputs without the optional -AI and -AO boards installed. These boards are independent of each other and plug into the main FCS board.
6.4 Location of System Installation The FCS should be installed on a flat vertical surface using the four 0.175” (4.4 mm) diameter mounting holes in the corners of the enclosure that are provided. This will help maintain the water tight status of the enclosure.
6.4.1 Wet Environment Considerations If the FCS is to be installed in a potential hose-down application or any application whereby liquid could be directed towards the buzzer, the FCS should be ordered with an optional watertight door mounted buzzer (factory installed).
FCS - Installation Manual Rev. C | 2021.12 6.5 Standard Enclosure Mounting Components 6.5.1 Enclosure Interior Base NUMBER FUNCTION Molded-in mounting holes Conduit entry points 6.5.2 Enclosure Top and Bottom The top and bottom of the enclosure are identical, each offering molded-in mounting holes and three conduit entry points.
6.6 Wiring Power Supply Connections The FCS requires a 90 - 240 VAC power supply (line voltage power). This source should be on an independent breaker that is properly marked. Very carefully, drill out one or more of the PVC conduit entry hole plugs located on the top, bottom or back of the system enclosure base.
As a general rule, the FCS Controller will supply up to 65 watts of power. The total number of transmitters that can be powered by the FCS without a remote power supply will depend on the number...
(Option -AO) on the main board. Option -AO and Option -2AO are factory installed at the time of order. The FCS provides 24 VDC (low voltage power) to the Analog Output Terminal on the optional -AO board, which can accommodate up to a total of eight internal analog outputs, if two...
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Four-conductor, 16 gauge, stranded wire / cable shielded in conduit should be used when connecting the FCS to an analog output device. If the device is being powered by the FCS, the voltage supplied by the FCS Controller to each remote analog device should measure approximately 24 VDC nominal at the device.
FCS - Installation Manual 6.10 Wiring Internal Analog Inputs (Option -AI) The FCS does not have any internal analog inputs unless the optional Analog Input board has been installed (Option -AI) on the main board. Option -AI and Option -2AI are factory installed at the time of order.
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FCS - Installation Manual Rev. C | 2021.12 Commonly used wire colours for positive, negative and analog VDC wires are: • Red for positive (+) 24 VDC power • Black for negative (-) Ground • White or Green for analog signal Option -AI board to CGAS-A Analog Gas Detector NOTE: DO NOT USE solid-core wire for connection to wiring terminal strip.
If more than four (or eight) analog outputs are required, one or more LNK-AO Peripheral Devices may be connected to the FCS. Each LNK-AO Peripheral Device offers four analog outputs and connects to the FCS through the LAN Terminal on the main board. Multiple LNK-AO Peripheral Devices can be connected to each other in a daisy-chain fashion.
6.13 Wiring Digital Inputs (CGAS-D, LPT-P & LPT-M Transmitters) FCS LAN Terminal The FCS provides 24 VDC (low voltage power) at the two LAN Terminals on the main board. Each LAN terminal offers an A and B connection. Multiple digital transmitters must be connected to each other in a daisy-chain fashion to ensure robust data communications.
Four-conductor, 16 gauge, stranded wire / cable must be shielded when connecting to digital transmitters. The voltage supplied by the FCS Controller to the remote digital transmitter should measure approximately 24 VDC nominal at the transmitter(s). If this voltage is not attained after installation, the wrong gauge wire may have been used or the wiring run is too long.
Manual. 6.15 Wiring to a Building Automation System (BAS) The WAN Terminal is used to connect the FCS to a Building Automation System (BAS) or other type monitoring system or control panel. Refer to Section 5.2 Interior System Layout (Bottom) for the location of the WAN Terminal.
Relays are “common” to channels (activated by multiple alarm conditions). The FCS has four SPDT dry contact relays rated MAX 5A at 240 VAC or 30 VDC each. These relays can be used to control fan starters or coils used for HVAC equipment. The contacts can also be used for signaling other equipment like fire panels or alarm systems.
Rev. C | 2021.12 relay coils are normally energized in non-alarm state for failsafe operation. If required, the FCS can be configured for normal Relay operation. Refer to the FCS Operation Manual for more information. NOTE: DO NOT USE solid core wire for connection to relay terminal strip. Use stranded wire only.
NOTE: The remote relays are in addition to the four internal relays that come standard with each FCS model. One or more Remote Relay devices can be wired directly to the FCS, followed by digital transmitters connected in a daisy-chain configuration or they can be wired anywhere along the digital network in a daisy-chain configuration as required.
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FCS - Installation Manual Rev. C | 2021.12 Once the RDM Remote Display is wired to the FCS, the controller needs to be told that the RDM exists as a remote device. This is done at the controller. Refer to the FCS Operation Manual for instructions.
7.1 Navigating the Menu Structure The FCS has a 1/4 VGA full colour resistive touch LCD display. A certain amount of pressure is required to engage the buttons, as is a certain length of time. To indicate the button has acknowledged the pressure, it will turn colour as you press it and upon release will return to normal.
This process reduces the possibility of corrupting the SD card and the configuration of the FCS if the power is interrupted during start-up and the device is forced to reboot before initializing.
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FCS - Installation Manual Channel Status Bar Operation The Channel Status Bar on the main display of the FCS shows a summary of the status of the channels. If the channels are in different statuses, it will display the highest status from left to right and indicate the number of items that have that status.
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FCS - Installation Manual Rev. C | 2021.12 STEL/TWA/IDLH disabled STEL/TWA/IDLH enabled NOTE: If the STEL, TWA and IDLH alarm levels have been enabled, they will appear on the screen as well. See Section 13 STEL and TWA Settings for more information.
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The FCS may also have remote relays (RLY-4 and/or RLY-8) connected to it. The Relay Status Bar on the main display of the FCS shows a summary of the status of the relays, which includes the internal relays, remote relays and any remote strobes and horns. If the relays are in different statuses, it will display the three most important statuses in order from left to right.
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FCS - Installation Manual Rev. C | 2021.12 To view information about each individual relay, press on the icon on the Relay Status Bar indicated by the circle above and a more detailed screen will appear. Use the + and - buttons to scroll through page by page. Press the HOME button to return to the home screen.
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Peripherals and Remote Devices Status Bar Operation The Peripherals Status Bar on the main display of the FCS shows a summary of the status of the analog outputs, which includes the internal and any remote LNK-AO devices or Modbus®...
FCS - Installation Manual Rev. C | 2021.12 NOTE: You can temporarily view the details of the FCS (model number, device type, serial number, firmware revision, etc.) and the date and time of day by pressing on the “i” button on the home screen display.
NOTE: The Silencing functionality applies to ALL relays that have been configured as silenceable. However, it is intended for AUDIBLE devices (horns, integral buzzer, etc.) directly connected to the FCS or the relays (including the RLY-4 or RLY-8); but any relay can be configured as silenceable.
FCS - Installation Manual Rev. C | 2021.12 The maximum length of time each test can be set to last is 1 hour. The range that can be set is 0 seconds to 60 minutes. When the test starts, it will continue as long as the time was set. You can exit the Test menu without affecting the time.
Rev. C | 2021.12 FCS - Installation Manual 7.6.2 Test Strobe NOTE: Before testing the strobe, warn people in the vicinity of where the strobe will be seen so it does not cause unnecessary distress or response. In Test menu (passcode 1), press on Test Strobe.
7.7 Recalibrating the Display to Improve Response The FCS has a 1/4 VGA full colour resistive touch LCD display. A certain amount of pressure is required to engage the buttons, as is a certain length of time. If the touch response is not working as well as it used to, you can recalibrate the display.
Rev. C | 2021.12 FCS - Installation Manual Follow the directions until the process is complete. When you exit the screen calibration, the system will go through a 10 second countdown and then display the home screen. 8 BASIC SETTINGS AND CONFIGURATIONS 8.1 Factory Default Settings...
The Basic menu allows you to set parameters such as the date and time, data logging ® sample rate, Modbus ID and baud rates (or BACnet® ID and baud rate if an FCS-B model). 8.2 Set Clock Allows you to set the correct date and time.
Controller, such as a refrigeration application where there are two entrances to the chiller room. This setting allows you to tell the FCS how many RDMs are connected to it, choose the display mode and a scroll rate.
Push and hold the button on the FCS circuit board until the buzzer chirps (approximately a count of 10), let go and the FCS will do a restart. Restarting the FCS only resets the FCS, the transmitters and peripherals are not affected.
9 OPTIONS AND ACCESSORIES 9.1 Top Mounted Strobe (Option -L) High powered, red LED flashing beacon factory installed on the top of the FCS enclosure. Offers excellent flash intensity, durable vibration resistant construction and a long life 100,000 hour LED technology. Made of tough Lexan welded to the base to completely seal out moisture.
Rev. C | 2021.12 FCS - Installation Manual Voltage 10 - 30 VDC Power 0.3 W Size 6.1 cm dia x 13 cm H / 2.4 in dia x 5.2 in H Lens Colour Red (other colours may be available upon request)
FCS - Installation Manual Rev. C | 2021.12 9.3 Enclosure Door Lock and Keys (Option -DL) The optional door lock is factory installed at the time of order. Together with the password protected menus, the lock prevents unauthorized access and eliminates tampering within the system.
After a change in configuration, it is recommended to do a restart of the FCS. Push and hold the button on the FCS circuit board until the buzzer chirps (approximately a count of 12), let go and the FCS will do a restart.
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