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TLM-2 Incandescent Circut Board and Power Supply Top View

FM Services TLM-2 Incandescent

FMSERV

BSW PART:
TLM-2-INC

Tower Light Monitor Incandescent Microprocessor System

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$550.00

The TLM-2 Tower Light Monitor is a microprocessor-based system designed to monitor the status of incandescent and LED tower lighting systems. Alarm outputs include single bulb failure, LED fixture failure, flasher failure or out-of-toleranceondition and photocell failure. Status outputs are provided for beacon on/off and tower lights on/otf. All outputs are opto-isolated for lightning protection when connected to external remote site monitoring equipmen

The monitor is designed to be installed at the electrical circuit breaker panel even if the flasher and/or photocell is located on or near the tower and is fed by a single 120- or 240-volt circult. The current feeding the tower circuit is sampled by a currentransformer located at the circuit breaker and is fed to the monitor circuit board where it is processed. With all lights operating on the tower, the monitor automatically calibrate

$550.00

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  • Main Features:
  • Individual alarm outputs for photocell, flasher, beacon and marker failures
  • General alarm output for any failure type
  • Status outputs for lights on/off and beacon on/off
  • LED indicators for each alarm and status output
  • Opto-isolated outputs to protect external site monitoring equipment
  • Easy to install - installs inside the transmitter building, even if the lighting control equipment is located at the tower
  • Insures total lighting compliance - alarms for single light failure (marker and beacon), beacon flash rate or on/off ratio outside of FAA specifications and photocell failure
  • Failsafe alarms - alarm outputs are normally closed with no alarm condition. Power failure causes alarm open-circuit condition
  • Simple design using off-the-shelf components; all ICs are socketed
  • Specifications:
  • Lighting type: FAA Style A incandescent orLED obstruction lighting standard using type L-864 beacons and gpe L-810 obstruction (marker) lights
    Note: All LED beacons must be the same type and wattage and all LED markers must be of the same type and wattage.
    Note: Beacon levels must flash together (not compatible with alternating or sequenced flashing)
  • Capacity: Up to eight 620-watt bulbs (four beacons) or six 700-watt beacon bulbs (three beacons) and eight 116-watt marker bulbs; up to nine LED beacons and sixteen LED markers (12O-volt operating voltage)
  • Sample method: Currenttransformer;microprocessorcontrolledmonitoring
  • Timing accuracy: Referenced to 60 Hz line frequency (not compatible with 50 Hz)
  • Alarm outputs:
    Photocell failure
    Flasher failure (alarms for continuous on or otf, duty cycle tolerance and flash rate tolerance)
    Bulb failure or LED fixture failure (separate alarm outputs for beacon and marker failures)
  • Status outputs: Tower lights on/off and beacon lights on/off
  • (Alarm and status outputs are opto-isolated and are rated at 20 mAand 30 V maximum)
  • Power Requirement: 9 - 1zvolts AC/DC at 100 mA (120-voltwall adapter included)
  • Size. 6" L x 3.2" H x2" D clear plastic enclosure