What to do if Det-Tronics Security Sensors have a fault condition in the fire system logging?
To troubleshoot a fault condition in the fire system logging for Det-Tronics Security Sensors, check the fire panel log for output status information.
What to do if Det-Tronics X3302 show high levels of background IR radiation?
If you suspect high levels of background IR radiation are affecting your Det-Tronics Security Sensors, cover the detector with the factory-supplied cover or aluminum foil and check if the fault clears.
What to do if Det-Tronics Security Sensors have a wiring issue?
If you suspect a wiring issue with your Det-Tronics Security Sensors, turn off the input power to the detector and check all wiring for continuity.
What to do if Det-Tronics Security Sensors have a fault condition that persists after cleaning?
If a fault condition persists in your Det-Tronics Security Sensors after cleaning, check for high levels of background IR radiation.
What to do if unsure of fault condition cause in Det-Tronics Security Sensors?
To determine the cause of an uncertain fault condition in Det-Tronics Security Sensors, use the Enhanced Flame Inspector cable and software from Det-Tronics.
General| Operating Temperature | -40°C to +75°C (-40°F to +167°F) |
|---|---|
| Enclosure | 316 stainless steel |
| Output | 4-20 mA, HART, Modbus |
| Enclosure Rating | IP66 |
| Certifications | ATEX, IECEx, UL, CSA |
| Sensor Type | Infrared |
| Operating Voltage | 18-32 VDC |
Details the X3302's multispectrum IR technology, capabilities, and features.
Crucial warnings before operating the system.
Configuration of Fire, Fault, Auxiliary relays and 0-20 mA output.
LED indicators and Automatic Optical Integrity (oi) system.
RS-485, HART communication and data logging capabilities.
Explains the four factory-configured sensitivity levels available.
Factors influencing response and approved fire test results.
Guidelines for welding, lighting, interference, and fuel detection.
Critical warnings for handling, operation, and installation.
Recommendations for optimal detector placement.
Preventing moisture ingress and orienting the oi reflector plate.
Guidelines for wire size, type, and connection.
Steps for wiring relay and 0-20 mA output models.
Guidelines for installing resistors in the terminal compartment.
Connecting external wires for EQP models.
Setting network addresses for EQP models.
Explanation of unique addresses for devices on the LON network.
Procedure for setting node addresses using DIP switches.
Steps after installation, including fire alarm test.
Steps for diagnosing and resolving fault conditions.
Instructions for cleaning windows and oi reflector plate.
Replacing oi reflector plate and recalibrating the system.
Summary of key features of the X3302 Flame Detector.
Routine system checkout and clock battery information.
Operating voltage, power, temperature, and humidity ratings.
Relays, mA/LON output, cone of vision, response time.
Enclosure, wiring, thread size, and warranty period.
Available replacement parts and device repair/return procedure.
List of certifications obtained by the X3302 Flame Detector.
List of available accessories with part numbers and descriptions.
Details model, material, thread type, outputs, and approvals.
Response diagrams for Hydrogen/Methanol at various sensitivities.
Response diagrams for Syngas/Methane at various sensitivities.
Lists FM approval items, functions, options, and accessories.
Manual oi test, response characteristics for various sensitivities.
Detector response to false alarm sources at different sensitivities.
Details CSA hazardous location classifications and applicable requirements.
List of CSA approved accessories for the X3302.
Information on ATEX certification for Increased Safety and Flameproof models.
Specific installation requirements for ATEX certified equipment.
List of accessories approved for ATEX use with the X3302.
Details IECEx certification and installation requirements.
Information on SIL 2 capability and safety manual reference.
Details of INMETRO certification for hazardous locations.
Conformity with Union harmonisation legislation for ATEX, EMC, RoHS.
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