"> Autronica BD-200PT
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Autronica

BD-200PT

Autronica BD-200PT — Heat detection - high-temperature heat detector.

Inspector Detail

Common issues

  • False alarms from dust, condensation or paint overspray contaminating the sensor
  • Sensor drift over time reducing sensitivity to a genuine temperature rise
  • Loop wiring faults - loose terminals, chafed cable, or corrosion at the base
  • Address/zone mismatch after panel programming changes or detector replacement
  • Physical damage or discoloration from nearby heat sources unrelated to fire
  • Delayed response where the detector is mounted too far from the likely heat source

Inspection checklist

  • Functional test using the maker's approved heat/test method
  • Visual check for physical damage, discoloration or contamination
  • Check loop wiring insulation resistance and terminal tightness
  • Verify the detector's address/zone matches the panel's fire zone plan
  • Confirm mounting location is clear of obstructions and airflow that could delay detection
  • Check the fire panel registers the correct zone and address on test
  • Confirm response is logged and alarm/output relays operate as designed

Service intervals

Functional test per the vessel's planned maintenance system, typically every 6-12 months and at minimum annually to align with SOLAS/class requirements
Visual inspection as part of routine fire rounds
Cleaning as needed based on the space's dust/contamination level
Loop wiring insulation check annually or after any related electrical work

Typical wear limits

Sensitivity/response threshold no mechanical wear limit applies to this device; sensitivity drift should be checked against the panel's built-in test/calibration function per Autronica's interval, not estimated visually

Ranges are typical for this design class. Always confirm against the manufacturer documentation for your serial number.

Critical spares

  • Replacement heat detector head
  • Detector base/mounting plate
  • Loop isolator module
  • Spare loop cable for local repair

Safety

  • An untested or contaminated detector may fail to alarm in a genuine fire - functional testing is safety-critical, not optional
  • This is a high-temperature variant typically mounted near hot machinery (e.g. exhaust, boiler space) - confirm the detector's rated range matches the space before assuming a fault
  • Isolate the loop or work per the panel maker's live-testing procedure to avoid a false general alarm during servicing

Class survey

Fire detection systems fall under SOLAS II-2 requirements; class review of the fire detection and alarm system certificate checks that functional test records exist for the detectors on the zone plan and that any replaced detector matches the type approved for that space.

Estimated lifetime: Not meaningfully expressed in running hours; heat detectors are commonly recommended for replacement after roughly 10 years of service as general fire-detection industry practice - confirm the specific figure against Autronica's guidance and the vessel's class/flag requirements.

Components & Design

Component data being added…

Technical Data

Detection Type Temperature rise detection
Application High-temperature environments requiring elevated alarm thresholds
Features Designed for temperature rise in ambient environment

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Common failures & inspection points

Dust and dirt accumulation on optical surfaces

Visual inspection of detector exterior and lens/chamber areas; vacuum cleaning with brush attachment for light dust, cloth with mild detergent solution for housing

Detector window/lens contamination reducing flame detection sensitivity

Visual verification of transparency and clarity of optical elements; test flame detector coverage and range verification using coverage verification systems

Protective dust covers or physical obstruction during construction/installation

Verify removal of all dust caps and construction covers; inspect for debris or paint spray coverage; clean detector chambers if contaminated before returning to service

Power supply and communication cable integrity

Verify correct voltage (10-27 VDC typical), test communication signals to fire panel, verify no loose connections or corrosion at terminals

SelfVerify system functionality (for applicable models)

Verify automatic daily self-test execution (24-hour cycle), confirm alarm panel receives SelfVerify status reports, check that sensitivity is within listed parameters

Type-general inspection and maintenance points for this equipment category — not model-specific.

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Equipment Model #148923 · ✓ still in production