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The pyrometer consists of two elements: a detector and a transducer. The detector is housed in a cylindrical housing and can operate at temperatures up to 100°C or higher, depending on the version. The transducer has an additional display for settings, a power input, and an analog or thermocouple output. The transducer should be installed in a location where the operating temperature does not exceed 65°C. Communication via RS485 is possible.
| Technical data: | |
| • Measurement range: | 0…10000C |
| • Wavelength: | 8..14 µm |
| • Accuracy: | ±1% of the set range |
| • Response time: | 120ms or 15ms |
| • Output signal: | 0..20mA, 4..20mA, thermocouple (J, K, R, S) |
| • Communication: | RS485 |
| • Voltage power supply: | 8..36 VDC |
|
Detector dimensions [mm]
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Harness diagram
|

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The pyrometer consists of two elements: a detector and a transducer. The detector is housed in a cylindrical housing and can operate at temperatures up to 100°C or higher, depending on the version. The transducer has an additional display for settings, a power input, and an analog or thermocouple output. The transducer should be installed in a location where the operating temperature does not exceed 65°C. Communication via RS485 is possible.
| Technical data: | |
| • Measurement range: | 0…10000C |
| • Wavelength: | 8..14 µm |
| • Accuracy: | ±1% of the set range |
| • Response time: | 120ms or 15ms |
| • Output signal: | 0..20mA, 4..20mA, thermocouple (J, K, R, S) |
| • Communication: | RS485 |
| • Voltage power supply: | 8..36 VDC |
|
Detector dimensions [mm]
|
Harness diagram
|

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