Ametek TELGUARD Hochiki FIRENET Comm 5G Installation & Operating Manual
Ametek TELGUARD Hochiki FIRENET Comm 5G Installation & Operating Manual

Ametek TELGUARD Hochiki FIRENET Comm 5G Installation & Operating Manual

Table of Contents

Advertisement

Quick Links

Hochiki FIRENET Comm 5G
Installation & Operating Guide
FIRENET Comm 5G-A Part #0100-27000 (AT&T service)
FIRENET Comm 5G-V Part #0100-27010 (Verizon service)
Telguard Designation: HK-TG7FS
COMPANY CONFIDENTIAL
For use by TELGUARD
®
customers only.
Distribution to other parties strictly prohibited.
May 29, 2024
Part Number 56054901
Rev A
© 2024 Telguard. Telguard and the Telguard Logo are registered trademarks of
Telular Corporation | Telular is a business of AMETEK, Inc. All Rights Reserved.

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the TELGUARD Hochiki FIRENET Comm 5G and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Summary of Contents for Ametek TELGUARD Hochiki FIRENET Comm 5G

  • Page 1 Distribution to other parties strictly prohibited. May 29, 2024 Part Number 56054901 Rev A © 2024 Telguard. Telguard and the Telguard Logo are registered trademarks of Telular Corporation | Telular is a business of AMETEK, Inc. All Rights Reserved.
  • Page 2: Important Note

    It is our goal at Telguard to always supply accurate and reliable documentation. If a discrepancy is found in this documentation, please send an email message to: CustomerService.Telular@ametek.com Or, write to: Telguard Technical Services...
  • Page 3: Repair And Warranty

    An RMA must be assigned before returning product. You may obtain an RMA via phone at 800-229-2326 option 1, or via email at returns.telular@ametek.com. NOTE: RMA number must be on the outside of box or product will not be accepted.
  • Page 4 INDEMNIFICATION OF TELGUARD YOU SHALL INDEMNIFY, DEFEND AND HOLD HARMLESS TELGUARD FOR ANY OF THE COST, INCLUDING R, YOUR IN A MANNER NOT CONTEMPLATED BY YOU AND TELGUARD OR INCONSISTENT WITH THE PROVISIONS OF THIS MANUAL; (ii) IN AN ILLEGAL MANNER OR AGAINST PUBLIC POLICY; (iii) IN A MANNER SPECIFICALLY UNAUTHORIZED IN THIS MANUAL;...
  • Page 5: Table Of Contents

    Table of Contents Foreword Technical Support About this Manual Repair and Warranty Future Testing and Limitations on Use Terms and Conditions for Use of Telguard Product General Description and Operation Information Related to Software Settings Fire Systems Features Interface Options and Operating Mode Multiple Alarm Format Support Complete Supervision of Communication Path Link Supervision...
  • Page 6 Appendix 1 Connection Guide Wiring Diagrams Panel DACT Connection & Cell Only (Communicator is Only Path Used): Panel DACT Connection & PSTN Connected to Communicator (Backup or Primary Mode): Panel DACT Connection & PSTN Connected to Other Panel DACT: Installation of AC Adapter Data Port Connecting Cable RJ-45 Jack Pin Assignments Main Terminal Strip Pin Assignments...
  • Page 7: General Description And Operation

    General Description and Operation The communicator is an alarm transmission device that facilitates the use of the cellular network for the delivery of signals for commercial fire alarm panels. The communicator can be connected to the panel in one of two ways. The communicator has been designed to work with Hochiki FireNET Plus fire alarm panels using the panel data port for signal communication.
  • Page 8: Information Related To Software Settings Fire Systems

    NOTE: When connected to a panel DACT, the communicator can be used as either a Primary or Secondary Path device when an alternate communications path is connected to another alarm panel DACT connection. In such cases, the panel determines the alarm reporting path. Information Related to Software Settings Fire Systems NOTICE TO USERS, INSTALLERS, AUTHORITIES HAVING JURISDICTION, OTHER INVOLVED PARTIES FIRE SYSTEM INSTALLATIONS IN THE UNITED STATES: This product incorporates field-programmable...
  • Page 9: Features

    Features This section summarizes the key communicator features. Interface Options and Operating Mode The communicator is comprised of transmission devices that are installed at protected premises to provide signal transmission over a cellular connection for alarm systems. The communicator transmits alarm signals over the nationwide digital cellular network if the telephone line has been disrupted or compromised, or when set for primary or sole path use of the cellular pathway.
  • Page 10: Link Supervision

    NSC can be configured to trip the supervisory relay output (STC relay) after a programmable period of time. The STC LED will flash 4 times immediately after losing cellular service and dial-tone will cease to be provided, independent of the STC assertion and programmed assertion delay. NSC restoral occurs immediately after cellular service has been acquired.
  • Page 11: Complete Power Supervision

    Complete Power Supervision The communicator can supervise and report status of the backup battery and AC power source when powered from the AC adapter. It has an integrated control and power component which keeps the battery charged and is supervised. Furthermore, the communicator can report on low voltage events when powered from a DC source from the alarm panel.
  • Page 12: Telguard Automatic Self-Test Report

    Telguard Automatic Self-Test Report The automatic self-test signal schedule is programmable as prescribed when the communicator is registered. The self-test code and testing frequency are set during registration and can accommodate any code the Central Station expects. The TCC captures all current and historical data pertaining to the operation of the communicator when it processes the automatic self-test signal.
  • Page 13: Post-Installation Remote Programming

    Post-Installation Remote Programming To continue to meet compliance requirements, once a unit is installed it cannot be remotely reprogrammed or receive updated firmware from Telguard Technical Support without manual on-site action. To change the device settings or accept updated firmware, follow these steps: •...
  • Page 14: Ul Compliance

    UL Compliance Communicator models are certified as complying with UL Standards for Commercial Fire installations. The chart on Page 2 shows the associated UL Standards. Certificates of Compliance are available at portal.telguard.com. UL Compliance Note: The alarm panel must also be UL Listed for commercial fire use. Hochiki FIRENET Comm 5G Installation &...
  • Page 15: Getting Ready

    Getting Ready The communicator can only be activated when all necessary accounting information has been added to the TCC customer database (i.e., the unit has been registered). The database includes information about the customer account, unit location, and system test plan information. Dealer Account Establishment A Dealer Account must be established prior to registration of any Telguard unit.
  • Page 16: Pcb Layout

    Finally, certain installation and testing tools may be needed or helpful: • Screwdrivers for mounting and making connections • Standard telephone or lineman s butt-set for verifying communication between the panel dialer/DACT and the communicator NOTE: The communicator registration must be completed in advance to avoid installation delays PCB Layout RESET DATA...
  • Page 17: Installation

    Installation Summary The following are steps necessary to install the communicator properly. NOTE: IF YOU DO NOT PROCEED IN THE ORDER AND MANNER PRESCRIBED, YOU MAY NOT COMPLETE THE INSTALLATION IN THE TIME DESIRED. The communicator must be connected to a functional alarm panel. The panel should have already been installed following Be sure that all panel software has been updated as appropriate.
  • Page 18 When using a Hochiki FireNET Plus panel, the provided data cable should be used to connect the panel to the communicator. This connection requires Sole Path mode and is not compatible with a Telco connection. Selecting Cellular Only mode may require enabling other features to remain in compliance. NOTE: In installations using a panel DACT and there is an alternate communications pathway connected to another alarm panel DACT interface (usually a Telco connection), the communicator can be used as either a Primary or Secondary Path.
  • Page 19: Step 2: Physically Install The Communicator In Desired Location

    UL Compliance Note: The trip input feature shall only be used for supplementary signaling. Initiating zones shall not be connected to the trip input. Swinger Function The swinger function is designed to reduce the incidence of excessive messaging and alarms due to faulty equipment or installation.
  • Page 20: Step 3: Determine Antenna Placement For Best Performance

    The power source for the communicator can be AC (from the provided plug-in adapter) or DC (from the alarm panel). All wires entering the communicator enclosure should be in conduit or otherwise protected, but no segregation of circuits is necessary. Follow the instructions for the chosen power option.
  • Page 21: Step 4: Make Communications Connections And Activate

    If necessary, attach an extension cable accessory (Appendix 7) to the unit on one end and the antenna on the other, then slowly move the antenna to achieve maximum signal strength by pausing at each location for 6 seconds or more to allow enough time for the communicator to present an updated signal strength.
  • Page 22 Option 2: Panels using DACT (dialer) connections Connect the alarm panel to the communicator by connecting a telephone cable from the modular phone jack (DACT) of the alarm panel into the black RJ-45 jack of the communicator. Activation The communicator is now ready for activation. If the alarm panel is set to use any other pathways for reporting alarm signals, temporarily disconnect those pathways, leaving only the communicator connected.
  • Page 23: Step 5: Connect Supervisory Trip Outputs

    Step 5: Connect Supervisory Trip Outputs Connect and test the supervisory trip outputs to the alarm panel. When using a Hochiki FireNET Plus alarm panel, you must use a Fast Response Contact Monitor module, such as the FRCME-M, to monitor the STC1 relay, configured to indicate a Trouble response. Enabling of a local alarm or strobe light may be desirable when a trip is declared.
  • Page 24: Optional: Connect And Test The Trip Input

    Optional: Connect and Test the Trip Input The trip input is connected to the external relay by wiring the external relay to the TRIP IN terminal of the terminal block and the other side to the TRIP GND terminal of the same block (pins 5 & 6 on J18). See Wiring Diagram below.
  • Page 25: Appendix 1 Connection Guide

    Appendix 1 Connection Guide Wiring Diagrams The following wiring diagrams show the scenarios in which the communicator can be used. Alarm Data Port (Sole Path): This is the preferred connection when using the communicator with a Hochiki FireNET Plus or VES Elite RS-H panel.
  • Page 26: Panel Dact Connection & Cell Only (Communicator Is Only Path Used)

    Panel DACT Connection & Cell Only (Communicator is Only Path Used): This configuration is used when the communicator is set to cellular only mode and is working in a system that does not involve a Telco connection (PSTN) or other secondary path. In this case, the dialer (DACT) on the alarm panel is connected directly to the communicator, and there is no other communication pathway that is active.
  • Page 27: Panel Dact Connection & Pstn Connected To Communicator (Backup Or Primary Mode)

    Panel DACT Connection & PSTN Connected to Communicator (Backup or Primary Mode): Used when the communicator is working in a system that involves a Telco connection. In this case, the Telco (PSTN) is connected through the communicator, which is connected to the panel dialer (DACT).
  • Page 28: Panel Dact Connection & Pstn Connected To Other Panel Dact

    Panel DACT Connection & PSTN Connected to Other Panel DACT: This configuration is used when the communicator is working in a system that also involves a Telco connection or another communication path not connected through the Telguard communicator. In this case, both the communicator and the alternate connections are being monitored by the alarm panel.
  • Page 29: Installation Of Ac Adapter

    Installation of AC Adapter The plug-in AC Adapter, when used, must be installed in a protected metal housing. It is important to use only the adapter (sometimes referred to as a transformer) that is supplied with the communicator. Wiring from the adapter to the communicator must run through metal conduit. The adapter itself is plugged into a conventional 120-volt/60 Hz outlet connected to a dedicated circuit for the security system.
  • Page 30: Data Port Connecting Cable

    Data Port Connecting Cable Cable End Connects To Mini 6 pin (3x3) Communicator Data Port (J3) 10 pin (5x2) Alarm Panel Data/PC/RS232 Port NOTE: This cable contains imbedded circuitry and is intended to be installed as supplied without modification. RJ-45 Jack Pin Assignments Jack Connects To Pin Assignment...
  • Page 31: Dc Terminal Strip Pin Assignments

    DC Terminal Strip Pin Assignments Terminal Definition Connects To Function Note Strip Pin Reference Provides Power LED 8 Consumption rates vary 1 GND DC Power 12- or 24-VDC power to on for valid based on input voltage input Regulated Source 2 DC communicator power...
  • Page 32: Appendix 2 Troubleshooting Guide

    Appendix 2 Troubleshooting Guide This section provides a summary of all LED indications and their meanings, as well as the expected behavior of the communicator under various exception conditions. LED Indicator Guide Normal Operating Mode LED Symbol Color Showing Indication Unit not activated at TCC LED 1 Green...
  • Page 33: Troubleshooting Quick Reference Table

    Troubleshooting Quick Reference Table Relay Message Telguard Event LED Indication Internal Action Output Sent Power LED 8 is off. Switch to standby battery if present, ACFC or STC LED 2 flashes Optional Optional monitor battery, monitor AC for continuously 1 time. restoral.
  • Page 34: Led Indicator Guide Rssi Mode

    LED Indicator Guide RSSI Mode This communicator has a Received Signal Strength Indication (RSSI) Mode that works similarly to the bars on a cellular telephone. LEDs 2 through 5 will illuminate to represent the quality of the cellular connection: the more LEDs illuminated (i.e., the higher the number of bars ), the better.
  • Page 35: Appendix 3 Commercial Fire Single Dact Installation

    Appendix 3 Commercial Fire Single DACT Installation This appendix applies when the communicator is connected to a panel dialer (DACT). The communicator is suitable for use as a sole path cellular communicator. It can also be utilized with a Telco connection.
  • Page 36: Appendix 4 Commercial Fire 6-Hour Supervision

    Appendix 4 Commercial Fire 6-hour Supervision The NFPA 72 2013 Edition updated the requirement to supervise the transmission path to at least once every 6 hours, from an earlier version of 24 hours. This requirement is upheld in later editions as well. Telguard commercial fire products support this feature, and it must be enabled by selecting 6-hour supervision during registration.
  • Page 37: Appendix 6 Detailed Specifications

    Appendix 6 Detailed Specifications Power Requirements Current Draw Input Voltage (source) Idle No Idle w/Link Max during Supervision Supervision Transmission 83mA 12VDC regulated (from panel) 80mA 230mA 42mA 24VDC regulated (from panel) 27mA 110mA 420mA 12VAC (from plug-in adapter) 400mA 490mA Field Wiring Electrical Ratings STC 1 relay: 30VDC/120mA Max Load (Resistive)
  • Page 38: Dialer Interface (Dact) Connections

    Dialer Interface (DACT) Connections Panels with a DACT can be connected to the communicator utilizing the black RJ-45 jack. The integrated interface by Telguard allows a digital dialer to connect to the cellular radio network. When the DACT connection is being used, there should be no connection to the data port on the communicator.

Table of Contents