Armored thermal resistance WZPK2-343, as a precision designed and stable temperature measurement element, plays a crucial role in temperature monitoring and control in harsh environments. This armored thermal resistance, with its unique structural design and high-quality output characteristics, not only ensures measurement accuracy, but also demonstrates high flexibility in compatibility, making it widely applicable in various industrial automation control systems.
The core of WZPK2-343 armored thermoelectric resistance lies in its excellent electrical output characteristics. It uses high-quality platinum resistance components, namely platinum thermistors (Pt100 or other graduation numbers), which are widely used in precision temperature measurement due to their stable temperature coefficient and good long-term stability. When the temperature changes, the resistance value of the thermal resistance will change accordingly, and this change is linearly related to the temperature, which is very conducive to accurate signal acquisition and processing. Specifically, as the temperature rises, the resistance value increases; On the contrary, as the temperature decreases, the resistance value decreases. This electrical output characteristic enables WZPK2-343 to provide direct and clear temperature signals for subsequent measurement and control equipment, without the need for complex conversion calculations, greatly improving the system’s response speed and measurement accuracy.
More importantly, the output signal of WZPK2-343 has good stability and repeatability with temperature changes, and can maintain consistency in measurement results even under long-term continuous operation. Its temperature measurement range ranges from -200 ℃ at low temperatures to 500 ℃ at high temperatures, widely covering the needs of most industrial applications, ensuring reliable monitoring under various extreme temperature conditions.
In terms of compatibility, the design of WZPK2-343 armored thermal resistance fully considers the docking requirements with various secondary instruments and automation systems. Its design follows domestic industry standards such as JB/T8622-1997, ensuring consistency between the product and industry standards in terms of size, interface, signal output, etc., making it easy for users to integrate into existing automation control networks and reducing matching issues during system upgrades or equipment replacements.
Due to the direct connection of copper wires, WZPK2-343 can easily integrate seamlessly with display instruments, recorders, regulators, scanners, data recorders, and various computer control systems. These systems can monitor temperature changes in real time and achieve precise control of the process by interpreting the electrical signals output by the thermistor. Whether it is a simple temperature display or a complex temperature control circuit, WZPK2-343 can provide stable and reliable temperature input signals, meeting the automation control needs of different levels.
In addition, the armor design of WZPK2-343 also considers electrical protection in harsh environments. Its stainless steel outer sleeve and high-density insulation filling inside effectively prevent external electromagnetic interference and mechanical damage, ensuring the purity and stability of signal transmission, and further enhancing its compatibility and reliability in complex working conditions.
Yoyik can offer many spare parts for power plants as below:
MAGNETIC REED SWITCH BN 20 – 11RZ – M16
Double branch thermistor WZPK2-323
transmitter 2051CD1A23A1AB4M5D4
Direct-current heating controller DJZ-03
analog float level sensor DQS-76
Transmitter GP2A2B21AB4M5D1
CONVERTER GD2132007
LVDT DEA-LVDT-150-3
pressure switch BH-003025-003
FAN RG130/0800-3612-030206
Vibration Sensor PR9268/203-000
POSITIONER VALVE V18345-1010521001
Sensor đo nhiệt độ bồn dầu thủy lực TEP11X321809
Water temperature sensor 32302002001
PROTECTION RELAY PSV691U
ELECTRIC ACTUATOR IQT250F10
Limit switch WLCA12
SYNCHRONISER SID-2CM/50-N-E-N-W
PT Incomer 10BBC01
Post time: Jun-03-2024