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ORIGINAL EXHAUST GAS SENSOR BY GECO
- measuring head
- connection cable length 20cm
- insulation made of fiberglass braid and metal
- flange with mounting hole
The PT1000 sensor can be used for GECO controllers and others that support PT1000 sensors
e.g.
- Measurement range: -25 degrees C to 480 degrees C
- Measurement accuracy: +/- 0.3 degrees
After connecting the exhaust gas sensor to the controller, it analyzes changes in exhaust gas temperature, limiting chimney losses, increasing boiler efficiency, and reducing fuel consumption.
The exhaust gas sensor is usually mounted in the flue pipe by drilling an appropriately sized hole. The sensor should be inserted into the hole and secured with a screw. The hole is best sealed against exhaust gas leakage using silicone or fireproof adhesive. The sensor's task is to measure the temperature of exhaust gases exiting the chimney. Based on these parameters, the controller can properly manage the blower operation to minimize energy and heat losses that unnecessarily "go up the chimney." The optimal exhaust gas temperature ranges from 160 to 200 degrees Celsius.
ORIGINAL GECO EXHAUST GAS SENSOR
- measuring head
- connection cable length 20cm
- insulation made of fiberglass braid and metal
- flange with mounting hole
The PT1000 sensor can be used for GECO controllers and others that support PT1000 sensors
e.g.
- Measurement range: -25 degrees C to 480 degrees C
- Measurement accuracy: +/- 0.3 degrees
After connecting the exhaust gas sensor to the controller, it analyzes changes in exhaust gas temperature, limiting chimney losses, increasing boiler efficiency, and reducing fuel consumption.
The exhaust gas sensor is usually installed in the flue pipe by drilling an appropriately sized hole. The sensor should be inserted into the hole and secured with a screw. The hole is best sealed against exhaust gas leakage using silicone or fireproof adhesive. The sensor's task is to measure the temperature of exhaust gases exiting the chimney. Based on these parameters, the controller can properly manage the blower operation to minimize energy and heat losses that unnecessarily "go up the chimney." The optimal exhaust gas temperature ranges from 160 to 200 degrees Celsius.
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