CONTINOUS HEAT SENSOR (INCOCT-W)
CONTINOUS HEAT SENSOR (INCOCT-W)
Continuous sensor thermal wires are used for detecting the fire in the areas they are located in cases of fire. In this system, it is aimed to detect fire by fastening the continuous thermal wire on surfaces in the area desired to be protected from fire. As for detection period, detection can be performed within 5 up to 20 seconds depending on magnitude, class of fire and the area it bursts out. As for detection temperature it can make detection between 50 and 250 degrees according to customer’s desire. It can transmit detection temperature to control box and the ambient temperature can also be measured. It is suitable for the multistructured complicated systems which are not suitable for UV-IR detectors to make detection. It is multi-usable and can continue detection after each activation. It has an operation temperature between -55°C and +250°C and it is extensively used on tank engines, electrical panels and
generators.
Description
- AFSS INCOCT Wire enables the maximum protection with complete coverage of the engine or harsh enviroments in the vehicle.
- The wire can be used during the complete life time of the vehicle without any replacement needed.
- Thanks to inconel coating and reliable technology it very sensitive to even low match fires.
- The detector wires are completely inside the inconel coating satisfying the premium emiemc and environmental protection with nearly 0 false alarm rates.
- The INCOCT Wire can resist temperatures up to 870 °C. No maintenance or calibration required before or after installation.
- Self-repairing (it can turn back to normal after it reaches 870°C temperature)
- K-Type TC components
- Resistant to chemical actions
- It has grounding specification
- It can still detect even after the wire is cut into pieces
Additional information
| Storage temperature | -55°C +800°C |
|---|---|
| Flexibility | Elasticity feature |
| Thickness | 6 mm |
| Coating material | Inconel coating |
| Measurement type | K type thermocouple |
