ʻAʻole hiki ke nele ka leka uila
ʻAʻole hiki ke nele ka ʻōlelo huna
Hapa ka hoʻopono leka uila
ʻAʻole hiki ke nele ka leka uila
Loaʻa ka leka uila
6-20 mau huapalapala (nā leka me nā helu wale nō)
ʻAʻole kūlike ka ʻōlelo huna
Hapa ka hoʻopono leka uila
ʻAʻole hiki ke nele ka leka uila
ʻAʻohe leka uila
6-20 mau huapalapala (nā leka me nā helu wale nō)
ʻAʻole kūlike ka ʻōlelo huna
Baked Oven Temperature Sensor
The single-ended chip and packaging technique used by the baked oven temperature sensor provide the advantages of a broad temperature measuring range, good product temperature performance, and a comparatively quick thermal response. often utilized in the manufacture of kitchen appliances, including different-shaped microwave ovens and induction cooktops.
This NTC temperature sensor is suitable for heating plates, coffee machine,etc., and uses a thermistor chip. The temperature sensor is packaged in an aluminum plate, suitable for working in a high temperature environment, and has high sensitivity.
The Features of Temperature Sensor For Heating Plate
- Easy and convenient installation, the size can be customized according to the installation structure.
- High-temperature measurement sensitivity.
- Resistance value and B value have high precision, good consistency, and stable performance.
- High-temperature resistance, wide application range.
- Excellent insulation performance
The Characteristic Parameters of Temperature Sensor For Heating Plate
| Recommend | R25℃=50KΩ±1% ，B25/50℃=3950K±1%; R100℃=3.3KΩ±2% ，B0/100℃=3970K±2% |
|---|---|
| Working Temeprature range | -50℃～+200℃ |
| Thermal Time constant | MAX.10sec |
| Insulation Voltage | 1800VAC,2sec |
| Insulation Resistance | 500VDC ≥100MΩ |
| Wire | UL1332 |
| Connector | XHB 2Y |
| Support | OEM,ODM order |
The Applications of Temperature Sensor For Heating Plate
Heating plate, electric straightener, coffee machine ..
The different temperature measurement methods of Heating plate
The radiation temperature sensor is made by using the thermal radiation principle of the temperature object, and the radiation energy changes with the temperature of the object. When the radiation temperature sensor is used to detect the temperature, it is only necessary to align the sensor with the object to be measured without direct contact with the object to be measured, which belongs to non-contact temperature measurement.
Compared with the contact temperature measurement method, the non-contact temperature measurement will not destroy the temperature field of the measured object, and can measure the temperature of the moving object and the temperature of the small measured object, and the sensor or thermal radiation energy detector does not have to reach the measured object. At the same temperature, the upper limit of temperature measurement is not limited by the melting point of the sensor material. It belongs to passive temperature measurement. The sensor does not need to reach thermal equilibrium with the measured object during detection. The response time is short, and the detection is suitable for temperature measurement
