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FEATURES
Adjustable temperature setpoint of 30°F, 38°F, 45°F, OR 50°F (-1.1°C, 3.3°C, 7.2°C, or 10°C) for increased temperature range
Can use an NEC Class 2 temperature sensor with up to 2,000 ft. cable for enhanced installation options
Thermistor temperature sensor with 20 ft. cable included for applications of -40°F to 230°F (-40°C to 110°C)
Ground-Fault Equipment Protection with manual and automatic test function
Alarms for excess ground fault current, low load current, and temperature
Alarms indicated with panel LED lights and relay contact for remote signaling
Fault Mode setting which can be set to energize or de-energize the heaters during a sensor fault
Fire Protection Mode maintains heater operation for use in critical fire protection systems
Durable weather-resistant NEMA 4X IP66 enclosure permits indoor or outdoor installation
UL & CSA Certified
The FPT 130 Heat–Trace Control is a single-point microprocessor-based heat-trace control
thermostat. It is ideal for applications which require Ground–Fault
Equipment Protection (GFEP). Ideal uses include freeze protection, and other
temperature monitoring and control applications.
The FPT 130 Heat-Trace Control operates from the heater's power source. A universal power supply allows the FPT 130 to operate from 100V ac to 277 V ac, and control a resistive load up to 30A.
The temperature setpoint is adjustable from 30°F, 38°F, 45°F, OR 50°F (1.1°C, 3.3°C, 7.2°C, or 10°C) to a tenth degree resolution.
The FPT 130 comes with a 100K ohm thermistor temperature sensor with a 20 ft. jacketed cable. The included sensor has an operating range of -40°F to 230°F (-40°C to 110°C).
The FPT 130 monitors temperature, load current, and ground leakage current. Alarms include low temperature, low load current, ground fault, sensor fault, internal fault, and power fail. These alarms are pre-set and easy to observe from the front panel.
The FPT 130 Heat-Trace Control includes integral GFEP. This eliminates the extra expenses associated with having to provide separate GFEP components in the circuit panel. The FPT 130 normally disconnects power immediately when ground fault current exceeds 30 mA. If it is set to Fire Protect mode, for critical fire protection systems, then it will generate the alarm but power will be maintained to prevent freezing.
To ensure continued safe operation, the FPT 130 performs a self-test of the GFEP circuit when power is first applied, along with a load ground fault test, and this test repeats every 24 hours while power is applied if the load has not been energized.
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