Product Introduction: WR series thermocouples and WZ series thermistors are new industrial temperature sensors specially designed and manufactured by our factory for various light industrial machinery such as packaging machinery, clothing machinery, printing machinery, rubber machinery, and food machinery, as well as electric furnace industry. They can be used in conjunction with display instruments to measure the temperature of liquids, vapors, gases, and solids in various production processes. They have the characteristics of anti vibration, anti impact, high temperature resistance, and long service life. They are mainly used for temperature measurement and automatic control in the range of -200 to 1300 ℃.
Temperature sensitive material (division number) | Standard type | Simple | Probe type | Compression spring type | Screw type | Surface Type |
Nickel chromium nickel silicon (K) | WRNB | WRNJ | WRNT | WRNY | WRNL | WRNM |
Nickel chromium copper nickel (E) | WREB | WREJ | WRET | WREY | WRNL | WREM |
Platinum resistance (Pt100) | WZPB | WZPT | ||||
Copper resistance (Cu50) | WZCT |
1. Installation types include: (1) with or without fixed devices, (2) fixed threads, and (3) movable threads; (4) Fixed flange (5) movable flange (7) fastening ring
2. Types of junction boxes include: (0) no junction box (1) simple junction box (2) splash proof junction box (3) waterproof junction box
3. There are three types of measuring terminals: (1) shell type, (2) exposed type, (3) insulated type
4. Sensor length: 0.1m~4m, can be equipped with compensation wire separately
Network optimization materials:
Capable of conducting large-scale quantitative analysis and manipulation of temperature.Brand electronic thermostatGenerally, NTC thermistor controllers or platinum thermistors are used as temperature measurement components. The basic principle is to integrate the NTC thermistor controller or platinum thermistors design scheme into the relative power circuit, NTCHigh precision electronic temperature controllerThermistor controllers or platinum thermistors that change with temperature will cause relative changes in current and voltage. Then, based on the microprocessor's inspection and quantitative analysis of the changed current and voltage, display information and perform relative manipulation