The WZPM-001 end-face thermal resistance is a sensor that uses the thermoelectric effect to measure temperature, and is usually used for precise temperature monitoring. The accuracy of the end-face thermal resistance is usually very high, and can reach ±0.002°C or better, which is ideal for occasions that require high-precision temperature measurement.

In terms of response speed, the design of the WZPM-001 end-face thermal resistance enables it to respond quickly to temperature changes, usually in the range of a few degrees to tens of degrees per second. The specific response speed depends on the design and materials used in the sensor. Such a response speed is sufficient for most industrial and scientific research applications, but for occasions that require extremely fast response speeds, such as high-speed flow fluid temperature measurement, specially designed high-speed response thermal resistances may be required.

In most cases, the high accuracy and good response speed of the WZPM-001 end-face thermal resistance can meet the needs of many industrial and scientific research fields. However, for applications under extreme conditions, such as in environments with extremely high or low temperatures, strong vibrations, strong electromagnetic interference, etc., special designs and materials may be required to ensure the performance and reliability of the sensor.

The anti-interference ability of the end-face thermal resistance WZPM-001 depends on its design, materials and manufacturing quality. Generally speaking, end-face RTDs have some advantages in anti-interference compared to other types of temperature sensors (such as thermocouples, non-contact sensors, etc.), including:

Good linearity: End-face RTDs usually have good linearity, which means that their response to temperature changes is uniform, thereby reducing measurement errors caused by non-temperature factors.

Electrical signal output: End-face RTDs provide electrical signal output, which makes signal transmission and processing relatively simple and less susceptible to mechanical stress and vibration.

Anti-electromagnetic interference: Because end-face RTDs are based on the thermoelectric effect, they usually have a certain resistance to electromagnetic interference (EMI), which makes them perform better in places with complex electromagnetic environments.

Yoyik can offer many spare parts for power plants as below:
AC Voltage transducer S3-VD-3-15A40
Frequency Meter HCD194F-9K1
Vibration monitoring instrument SDJ-3L/G
PRESSURE SWITCH TBN JACKING OI HS70595
TRANSMITTER LEVEL ANALOG LS-MH 24VDC
Thermocouple WREKD2-04A
Arrester SBB-A-12.7KV-131
temperature probe TC03A2-KY-2B/S3
LVDT 0508.902T0201.AW020
Termocouple WRNR2-12
CONTROL-POWER SUPPLY VM-5Z-1
PLC COMMUNICATION MODULE HY-6000VE/03
MDC module MDC 100A-1600V
Hydrogen Leak Monitor NA1000D
Sensor Shear Pin X-F25-L105
Thermal Case Expansion TD-2-26
Bimetal temperature measurement of Generator WSSX-401
Water temperature sensor 32302002001 103 ± 2℃
Two-stage Deviation Switch HKPP-12-30
WEIGHING SENSOR GD2151107