Face Thermal Resistor (Thermocouple)
Product Overview
Section titled “Product Overview”Face Thermal Resistor (Thermocouple) is used for fixed-surface temperature measurement. Typical applications includecluding turbine thrust pads, water pipes of double-water internal-cooling generators, and bearing temperature measurement for large general units, fans, air compressors, and other general machinery.
The product can use thermal resistor or thermocouple sensing elements and is available in screw, spring-loaded, face temperature measuring, probe, and magnetic structures for different fixed-surface measurement points and installation conditions.
Applications
Section titled “Applications”- Turbine thrust pad temperature measurement.
- Water pipe temperature measurement for double-water internal-cooling generators.
- Bearing temperature measurement for large general units.
- Bearing temperature measurement for general machinery such as fans and air compressors.
- Other fixed-surface temperature measurement.
Product Advantages
Section titled “Product Advantages”- For fixed-surface temperature measurement: suitable measurement points include thrust pads, water pipes, and bearings.
- Clear sensing element options: thermal resistors are available in Pt100, Cu50, and Pt1000; thermocouples are available in K, E, and J graduations.
- Accuracy classes available: Class A, Class B / Class I, and Class II.
- Multiple structural forms: screw, spring-loaded, face temperature measuring, probe, and magnetic structures.
- Thread options: M6x1, M8x1, M10x1.5, and M12x1.5.
Installation Method
Section titled “Installation Method”According to the structural diagrams, the following installation structures are available:
- Screw Thermocouple/Thermal Resistor.
- Spring Loaded Platinum Thermal Resistor/Thermocouple.
- Spring Loaded Fixed Platinum Thermal Resistor/Thermocouple.
- Surface Temperature Measuring Platinum Thermal Resistor.
- Probe Thermocouple/Thermal Resistor.
- Magnetic Thermal Resistor.
The specific structure should match the measured surface, installation hole, or thread size.
Key Parameters
Section titled “Key Parameters”| Parameter | Value |
|---|---|
| Thermal Resistor Graduation | Pt100, Cu50, Pt1000 |
| Thermocouple Graduation | K, E, J |
| Accuracy | Class A, Class B / Class I, Class II |
| Thread | M6x1, M8x1, M10x1.5, M12x1.5 |
Main Structures and Models
Section titled “Main Structures and Models”| Structure Name | Model |
|---|---|
| Face structure diagrams | WZPM-020, WZPM-020A, WZPM-020B, WZPM-020C, WZPM-001, WZPM-020DZ |
| Screw Thermocouple/Thermal Resistor | WZPM-020D, WRNM-020D |
| Spring Loaded Platinum Thermal Resistor/Thermocouple | WZPT-01, WRNT-01 |
| Surface Temperature Measuring Platinum Thermal Resistor | WZPM-201 |
| Spring Loaded Fixed Platinum Thermal Resistor/Thermocouple | WRN-01 |
| Probe Thermocouple/Thermal Resistor | WRN-018 |
| Magnetic Thermal Resistor | WZP-020C |
Inquiry Information
Section titled “Inquiry Information”Please provide the following information for product selection and quotation:
- Measured location: for example, a thrust pad, water pipe, bearing, or another fixed surface.
- Installation conditions at the measured location: whether an installation hole, thread specification, or magnetic attachment position is available.
- Required sensing element: Pt100, Cu50, Pt1000, or K, E, J graduation.
- Required accuracy class.
- Required structure: screw, spring-loaded, spring-loaded fixed, face temperature measuring, probe, or magnetic.
- For threaded installation, please provide the thread specification.
- Target model, if available.