What to do if the Trouble Relay is active in UTC Fire and Security Controller?
If the Trouble Relay is active, it indicates that a monitored device in the system, including a ground fault, is in a fault condition. Use the front panel display/controls to view all points in alarm/fault and identify the faulted device. Then, repair or replace the faulted device as necessary.
How to fix digital inputs that are not responding on UTC Fire and Security DET-TRONICS 95-8533?
If digital inputs are not responding, here are a few things to check: - Ensure that P2 and P3 are fully inserted. - Use a voltmeter to measure input terminals with the contact closed to the input (it should measure 0 VDC when the input contact is closed, and approximately 23 VDC with the circuit open, with a 24 VDC input at the controller). - If the input does not respond to a contact closure, replace the module, verifying the response with EQ Safety System Software/textual display. - Also, verify the configuration, because the cause may be a configuration error or faulty wiring.
What to do if relay outputs are not responding to an output command in UTC Fire and Security DET-TRONICS 95-8533 Controller?
If relay outputs are not responding to an output command, it could be due to a bad relay channel, faulty output wiring, or user logic issues. Check that P4 and P5 are fully inserted. When the output should be energized, measure contact resistance using an ohm meter. Verify that the wiring from the output is not open. Using EQ Safety System Software, verify that the logic is trying to operate the channel.
What to do if serial links are not responding in UTC Fire and Security Controller?
If serial links are not responding, the issue could be faulty wiring, an incorrect serial link configuration, or the text display showing “Invalid Configuration”. Check that P8 and P9 are fully inserted. Verify that the communication LEDs are flashing. Ensure that the serial link configuration matches the host device. Verify that the wiring is not open or shorted.
Why is the Controller Power LED/ Text Display OFF on my UTC Fire and Security DET-TRONICS 95-8533 Controller?
The Controller Power LED/Text Display might be off because there is no power to the input. Measure the input voltage (18 to 32 VDC). Check that P1 is fully inserted. If voltage is present and P1 is fully inserted, replace the controller.
Why is the LON Fault LED lit on UTC Fire and Security DET-TRONICS 95-8533?
The LON Fault LED might be lit because the LON wiring is shorted or open. Check that P7 is fully inserted. Use the EQ Safety System Software to determine the location of the open or short via the LON Diagnostics screen. Use a multimeter to determine the wiring fault.
What to do if front panel pushbuttons are not working on UTC Fire and Security DET-TRONICS 95-8533 Controller?
If the front panel pushbuttons are not working, verify that power is present and P1 is fully inserted. Cycle power to the controller.
What does it mean if the text display indicates a RTC Fault on UTC Fire and Security DET-TRONICS 95-8533?
If the text display indicates an RTC Fault, it means there has been a power loss for more than 12 hours. Using the Safety System Software, execute “Set RTC” to download the current time into the Controller’s real-time clock. Alternatively, use the “Set Time and Date” menu in the Controller.
Overview of the Eagle Quantum Premier system for fire and gas detection and releasing.
Discusses factors for designing an effective EQP system.
Outlines key factors for designing a proper EQP system.
Explains how to define the system's coverage area and identify hazard sources.
Covers requirements for wiring, network setup, and power for the system.
Covers requirements for wiring, network setup, and power for the system.
Lists fault conditions reported by field devices to the controller.
Details how the system handles faults in the communication network, including isolation routines.
Describes the 8 Channel DCIO module's input/output configuration and supervision.
Explains the Analog Input Module's role in connecting 4-20 mA devices.
Details the Agent Release Module's capability for agent release or deluge pre-action.
Details the DCU's role in interfacing analog signals from detectors to the system.
Guides on calculating minimum backup battery size in Amp hours.
Details specifications and usage of EQP2120PS(-B) power supplies.
Describes the installation and configuration of the EQ22xxIDCGF Ground Fault Monitor.
Describes the installation and configuration of the EQ22xxIDCSC Initiating Device Circuit.
Specifies requirements for suitable enclosures based on location and ratings.
Details input voltage requirements and wire gauge considerations for the controller.
Explains how to configure controllers for communication per NFPA 72 standards.
Describes inter-controller communication using fiber optic links.
Outlines installation requirements for redundant EQ300X controllers.
Details supervised input configuration for open circuit supervision.
Explains supervised output wiring for agent release circuits.
Details supervised input for open and short circuit supervision.
Details supervised output configuration for notification devices.
Covers supervised output for deluge and pre-action systems.
Explains configuring AIM channels for NFPA 72 approved 4-20 mA flame detector input.
Details electrical connections for the IPM.
Details supervised input for open circuit supervision.
Explains supervised output wiring for agent release.
Discusses environmental factors and substances that impact gas detector performance.
Warns against applying power with covers removed in potentially hazardous areas.
Provides instructions for wiring the ARM module.
Details how to assign unique network addresses to devices.
Displays the current status of redundancy-related faults and controller health.
Lists items affected during a configuration data download to the controller.
Details the power-up sequence for a redundant controller pair.
Explains how to request a manual switchover between controllers.
Describes the process of automatic switchover initiated by master controller errors.
Details the IPM's power-up sequence and LED indications.
Explains the purpose of the IPM's embedded logic feature for local protection.
Introduces the EQ2220GFM ground fault monitor and its LEDs.
Introduces the DCU and DCUEX units and their status LEDs.
Details the EQ25xxSAM Signal Audible Module's operation and wiring.
Lists essential checks to perform before powering up the system.
Provides general steps for starting up the system and programming it.
Details the startup procedure for the EDIO Module.
Details the startup procedure for the DCIO Module.
Provides a step-by-step guide for manually calibrating universal DCUs.
Provides calibration procedures for combustible gas DCUs and automatic calibration.
Outlines the procedure for replacing toxic gas sensors.
Explains the procedure for replacing O2 sensors.
Lists power requirements, input voltage, relay contacts, and communication specs for the Relay Module.
Provides the rating for supervised releasing output.
Provides the rating for supervised releasing output on channels 7 and 8.
Details input voltage, current, output, power consumption, temperature, humidity, dimensions, and certification for EQ21XXPS.
Details input voltage, power consumption, inputs, outputs, temperature, humidity, vibration, dimensions, and certification for DCU/DCUEX.
Covers FM verification of fire detection and releasing performance standards.
Details CSA verified performance for combustible and toxic gas detection.
Overview of the Eagle Quantum Premier system for fire and gas detection and releasing.
Discusses factors for designing an effective EQP system.
Outlines key factors for designing a proper EQP system.
Explains how to define the system's coverage area and identify hazard sources.
Covers requirements for wiring, network setup, and power for the system.
Covers requirements for wiring, network setup, and power for the system.
Lists fault conditions reported by field devices to the controller.
Details how the system handles faults in the communication network, including isolation routines.
Describes the 8 Channel DCIO module's input/output configuration and supervision.
Explains the Analog Input Module's role in connecting 4-20 mA devices.
Details the Agent Release Module's capability for agent release or deluge pre-action.
Details the DCU's role in interfacing analog signals from detectors to the system.
Guides on calculating minimum backup battery size in Amp hours.
Details specifications and usage of EQP2120PS(-B) power supplies.
Describes the installation and configuration of the EQ22xxIDCGF Ground Fault Monitor.
Describes the installation and configuration of the EQ22xxIDCSC Initiating Device Circuit.
Specifies requirements for suitable enclosures based on location and ratings.
Details input voltage requirements and wire gauge considerations for the controller.
Explains how to configure controllers for communication per NFPA 72 standards.
Describes inter-controller communication using fiber optic links.
Outlines installation requirements for redundant EQ300X controllers.
Details supervised input configuration for open circuit supervision.
Explains supervised output wiring for agent release circuits.
Details supervised input for open and short circuit supervision.
Details supervised output configuration for notification devices.
Covers supervised output for deluge and pre-action systems.
Explains configuring AIM channels for NFPA 72 approved 4-20 mA flame detector input.
Details electrical connections for the IPM.
Details supervised input for open circuit supervision.
Explains supervised output wiring for agent release.
Discusses environmental factors and substances that impact gas detector performance.
Warns against applying power with covers removed in potentially hazardous areas.
Provides instructions for wiring the ARM module.
Details how to assign unique network addresses to devices.
Displays the current status of redundancy-related faults and controller health.
Lists items affected during a configuration data download to the controller.
Details the power-up sequence for a redundant controller pair.
Explains how to request a manual switchover between controllers.
Describes the process of automatic switchover initiated by master controller errors.
Details the IPM's power-up sequence and LED indications.
Explains the purpose of the IPM's embedded logic feature for local protection.
Introduces the EQ2220GFM ground fault monitor and its LEDs.
Introduces the DCU and DCUEX units and their status LEDs.
Details the EQ25xxSAM Signal Audible Module's operation and wiring.
Lists essential checks to perform before powering up the system.
Provides general steps for starting up the system and programming it.
Details the startup procedure for the EDIO Module.
Details the startup procedure for the DCIO Module.
Provides a step-by-step guide for manually calibrating universal DCUs.
Provides calibration procedures for combustible gas DCUs and automatic calibration.
Outlines the procedure for replacing toxic gas sensors.
Explains the procedure for replacing O2 sensors.
Lists power requirements, input voltage, relay contacts, and communication specs for the Relay Module.
Provides the rating for supervised releasing output.
Provides the rating for supervised releasing output on channels 7 and 8.
Details input voltage, current, output, power consumption, temperature, humidity, dimensions, and certification for EQ21XXPS.
Details input voltage, power consumption, inputs, outputs, temperature, humidity, vibration, dimensions, and certification for DCU/DCUEX.
Covers FM verification of fire detection and releasing performance standards.
Details CSA verified performance for combustible and toxic gas detection.
General| Brand | UTC Fire and Security |
|---|---|
| Model | DET-TRONICS 95-8533 |
| Category | Controller |
| Manufacturer | UTC Fire and Security |
| Input Voltage | 24 VDC |
| Operating Temperature | -40°C to +75°C |
| Housing Material | Aluminum |
| Protection Rating | IP66 |
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