How to fix Unconfigured CPU Trouble on Mircom FX-2000 Control Panel?
The 'Unconfigured CPU Trouble' message on your Mircom Control Panel indicates that additional annunciators or loop adders are connected to the panel but haven't been programmed in the Configurator or are configured with an incorrect address. Check your configuration settings to ensure all connected devices are properly programmed with the correct addresses.
What to do if Mircom FX-2000 shows I/O Adder Mismatch Trouble?
The 'I/O Adder Mismatch Trouble' message on your Mircom Control Panel means that the hardwired adder modules are either in the wrong order, the wrong quantity, or not connected. Ensure the number of physical hardwired adder modules matches the number listed in the configuration, and that all modules are properly connected.
Why does my Mircom FX-2000 Control Panel show Display Mismatch Trouble?
The 'Display Mismatch Trouble' message on your Mircom Control Panel appears when the number and order of display modules (RAX-1048/TZ, FDX-008, RAX-2096, IPS-2424) connected to the panel do not match the configuration. Verify that the display modules are correctly connected and that their order matches the configuration settings.
What does Unconfigured Device Trouble mean on Mircom FX-2000?
The 'Unconfigured Device Trouble' message on your Mircom Control Panel indicates that an analog device is physically installed but is not present in the configuration program. You should add the device to your configuration using the configuration program.
How to resolve Slave Configuration Type Mismatch on Mircom FX-2000?
The 'Slave Configuration Type Mismatch' message on your Mircom Control Panel means that the physical loop adder doesn't match the loop adder type specified in the configuration program. For example, this message will display if the physical adder module is an ALC-396 and the configuration program specifies an ALC-H16. Ensure the physical loop adder matches the type specified in the configuration program.
What causes Data Link Failure on a Mircom FX-2000 Control Panel?
The 'Data Link Failure' message on your Mircom Control Panel means that the panel is unable to communicate with a remote annunciator or an internal CPU on an adder module. Check the connections to the remote annunciator or adder module.
What does Wrong Device Type mean on my Mircom FX-2000 Control Panel?
The 'Wrong Device Type' message on your Mircom Control Panel indicates that the type of analog device does not match the type listed in the configuration program. For example, this message appears if an ionization sensor is connected at address 013, but the configuration program lists address 013 as a photoelectric sensor. Ensure the device type matches the configuration.
How do I fix Data Link Trouble on Mircom FX-2000 Control Panel?
The 'Data Link Trouble' message on your Mircom Control Panel indicates a communication error between the panel and a remote annunciator. Verify the connection to the remote annunciator.
Why am I getting Multiple Unconfigured Device Trouble on my Mircom Control Panel?
The 'Multiple Unconfigured Device Trouble' message on your Mircom Control Panel indicates that there are two identical (duplicate) devices at the same address on the same loop. Check your device configuration and ensure that no two devices have the same address on the same loop.
How to solve Slave (RAX-LCDs) Configuration Address Mismatch Trouble on Mircom FX-2000?
The 'Slave (RAX-LCDs) Configuration Address Mismatch Trouble' message on your Mircom Control Panel indicates that the addresses of the configured slaves do not match. Verify the addresses of the configured slaves.
General| Type | Fire Alarm Control Panel |
|---|---|
| Display | LCD |
| Network | Optional |
| Communication | RS-232, RS-485 |
| Programming | Via keypad or PC |
| SLC Loops | 1 |
| NAC Outputs | 4 |
| Communication (Additional) | Optional Ethernet |
| Input Voltage | 120 VAC or 240 VAC, 50/60 Hz |
| Battery Charging Current | 1.5 A |
| Auxiliary Power Output | 24 VDC |
| Operating Temperature | 0°C to 49°C (32°F to 120°F) |
| Relative Humidity | Up to 93% non-condensing |
Defines "circuit" and "zone" for FX-2000 system interfaces and protected areas.
Explains Class A, Class B, Style 4, 6, 7 wiring for initiating, NAC, and addressable loops.
Describes the FX-2000 FACP, its analog loop controller, and supported modules.
Lists key features and capabilities of the FX-2000 system, including capacity and modular design.
Describes various adder modules used with the FX-2000 system, such as loop controllers and circuit modules.
Details auxiliary modules like PR-300 and UDACT-300A for specific functions.
Lists and describes the different enclosures available for FX-2000 systems, including dimensions.
Lists and describes remote annunciator panels for the FX-2000, including graphical and text-based models.
Provides diagrams for mechanical installation of various enclosure types.
Provides general instructions for mounting the main chassis into different enclosures.
Shows module mounting locations for FX-2003 series compact main chassis.
Shows module mounting locations for FX-2017 mid-size main chassis.
Shows module mounting locations for FX-2009 large main chassis.
Describes how to mount boards and modules to the BBX-1024XT chassis.
Details settings, jumpers, and connectors for the main fire alarm module.
Details settings, jumpers, and connectors for the Super Main Module.
Details operation and settings for Fan Damper Control modules.
Details jumpers and connections for the DM-1008A hardwire detection adder module.
Details components, jumpers, and connections for SGM-1004A NAC module.
Details connections and jumpers for the RM-1008A hardwire relay adder module.
Details connections, jumpers, and wiring for the PR-300 module.
Details jumpers, LEDs, and cable connectors for the UDACT-300A main board.
Details power, RS-485, DIP switches, and jumpers for the ALC-198S module.
Details power, RS-485, DIP switches, and jumpers for the ALC-396S module.
Details power, RS-485, jumpers, and connectors for the ALC-H16 module.
Shows terminal connections for the main fire alarm module and its various outputs.
Explains analog loop wiring configurations, including Class B, Style 7, and Style 6.
Shows terminal connections for the DM-1008A hardwire detection module.
Shows terminal connections for the SGM-1004A NAC signal module.
Details power supply connections, ratings, and battery fuse information.
Lists pre-power on checks for the FX-2000 system, including wiring and connections.
Step-by-step procedure for powering up the FX-2000 system correctly.
Lists common system messages like Circuit Trouble, Ground Fault, and Battery Trouble.
Lists and describes common indicators on the panel, such as LEDs for AC On, Alarm, Trouble.
Details common controls on the panel, including ACK buttons, cursor buttons, and function buttons.
Explains the function of ACK buttons used to acknowledge alarm, supervisory, and trouble queues.
Describes how the system operates in a single stage alarm mode.
Describes how the system operates in a two stage alarm mode.
Details different types of initiating circuits like Non-Verified Alarm and Water-Flow Alarm.
Details different types of NAC circuits, including Silenceable, Non-Silenceable, Coded, and Strobe.
Explains evacuation codes and patterns like Continuous, Temporal, March, and California Code.
Lists detailed specifications for FX-2003-6DS and FX-2003-6DS-16LED chassis.
Lists detailed specifications for FX-2003-12DS/XTDS and FX-2009 series chassis.
Lists detailed specifications for FX-2017-12ADS and FX-2017S-12ADS chassis.
Lists specifications for various FX-2000 system modules and annunciators.
Lists UL compatible addressable loop devices for the FX-2000 series.
Lists UL compatible two-wire smoke detectors for the FX-2000 series.
Lists UL compatible four-wire smoke detectors for the FX-2000 series.
Lists UL compatible signalling devices for the FX-2000 series.
Lists ULC compatible addressable loop devices for the FX-2000 series.
Lists ULC compatible hardwire smoke detectors for the FX-2000 series.
Table of power requirements for FX-2000 system components.
Formula and guidance for calculating battery capacity based on standby and alarm currents.
Details RA-1000 and RAM-200 series remote annunciators and their models.
Describes the RAX-LCD remote shared display and its features.
DIP switch settings summary for RA-1000 series devices.
DIP switch settings summary for the MGD-32 device.
DIP switch settings summary for the RAX-LCD device.
Details alarm verification timing specific to the ALC-396S module.
Wiring diagram for addressable supervised output modules per UL 864 standard.
Discusses potential reasons for system failures.
Emphasizes the importance of proper installation according to codes.
Highlights the need for regular system testing and maintenance.
Explains issues related to power interruptions and their impact.
Discusses potential battery failures and requirements for system operation.
Details the terms of the limited warranty for MGC products.
Lists conditions that can void the product warranty.
Outlines the steps for obtaining warranty service for products.
Describes the process for obtaining repairs for out-of-warranty products.
Provides a legal disclaimer regarding product warranties.
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