Description
The product feature is that the sensor signal cable uses Teflon with shielded leads, which is high-temperature resistant. It is also composed of high-temperature resistant metal materials such as metal probes, springs, and fastening bolts.
Technical parameters
Temperature measuring end material | Leads | ||||
Length | Specification | Insulation material | Operation temperature | Shield | |
Metal | Standard lead length L1=1000mm User defined non-standard lead length | 2×0.2mm2 3×0.2mm2 4×0.2mm2 | Teflon | -50℃~200℃ | With or without shielding |
Product Features
1. The temperature sensor probe housing of this model can be customized with different lengths and sizes according to the usage environment requirements.
2. The temperature sensor lead material of this model is Teflon, and different models such as shielded and unshielded can be customized according to the usage environment requirements.
3. This model of temperature sensor can be customized with explosion-proof and high-pressure temperature sensors
Model example: WZP-M206 (prototype number WZPM-201)
WZP | W temperature instrument Z thermal resistance P platinum thermal resistance (P2 is a dual chip) |
M | Bearing temperature measurement |
206 | 2 with fixed device 06 temperature measuring end Φ6 |
Model example: WZP-M206/60-M8×0.75-P3×1000
60 | Installation hole depth |
M8×0.75 | Temperature measurement end thread specification |
P | Shielding wire |
3×1000 | Three wire system × Line length |
Note
3.1 During installation, protect the sensor lead out cable and do not use force to pull it;
3.2After the installation and connection of the sensor are completed, it is necessary to verify whether the wiring is correct and confirm before proceeding
It can avoid damage caused by strong electricity mistakenly connecting to sensors;
3.3 When the storage period of the sensor exceeds 1 year, the temperature resistance value and insulation resistance value of the sensor should be tested before installation to determine its good performance.
Description
The product feature is that the sensor signal cable uses Teflon with shielded leads, which is high-temperature resistant. It is also composed of high-temperature resistant metal materials such as metal probes, springs, and fastening bolts.
Technical parameters
Temperature measuring end material | Leads | ||||
Length | Specification | Insulation material | Operation temperature | Shield | |
Metal | Standard lead length L1=1000mm User defined non-standard lead length | 2×0.2mm2 3×0.2mm2 4×0.2mm2 | Teflon | -50℃~200℃ | With or without shielding |
Product Features
1. The temperature sensor probe housing of this model can be customized with different lengths and sizes according to the usage environment requirements.
2. The temperature sensor lead material of this model is Teflon, and different models such as shielded and unshielded can be customized according to the usage environment requirements.
3. This model of temperature sensor can be customized with explosion-proof and high-pressure temperature sensors
Model example: WZP-M206 (prototype number WZPM-201)
WZP | W temperature instrument Z thermal resistance P platinum thermal resistance (P2 is a dual chip) |
M | Bearing temperature measurement |
206 | 2 with fixed device 06 temperature measuring end Φ6 |
Model example: WZP-M206/60-M8×0.75-P3×1000
60 | Installation hole depth |
M8×0.75 | Temperature measurement end thread specification |
P | Shielding wire |
3×1000 | Three wire system × Line length |
Note
3.1 During installation, protect the sensor lead out cable and do not use force to pull it;
3.2After the installation and connection of the sensor are completed, it is necessary to verify whether the wiring is correct and confirm before proceeding
It can avoid damage caused by strong electricity mistakenly connecting to sensors;
3.3 When the storage period of the sensor exceeds 1 year, the temperature resistance value and insulation resistance value of the sensor should be tested before installation to determine its good performance.