Multi-point Thermal Resistor
Product Overview
Section titled “Product Overview”The multi-point thermal resistor is suitable for production sites with an insignificant temperature gradient where temperatures at multiple positions or multiple points at one position must be measured simultaneously. It is widely used in large fertilizer synthesis towers, storage tanks, and similar equipment.
Applications
Section titled “Applications”- Production sites requiring simultaneous temperature measurement at multiple positions or multiple points at one position.
- Large fertilizer synthesis towers.
- Storage tanks and similar equipment.
Product Advantages
Section titled “Product Advantages”- Meets simultaneous temperature-measurement requirements for multiple measurement points.
- Thermal response time: no more than 8 s.
- Element diameter options: Φ1, Φ2, Φ3, Φ4, Φ5, Φ6, or Φ8.
- Protection level: IP65.
Installation Method
Section titled “Installation Method”The structure diagrams show a multipoint thermal resistance of storage tanks and a multipoint average thermometer. Provide the number of measurement points, location of each point, installation length, and site connection arrangement for selection.
Key Parameters
Section titled “Key Parameters”| Parameter | Value |
|---|---|
| Electrical interface | M20×1.5; NPT1/2 |
| Thermal response time | ≤8 s |
| Element diameter | Φ1; Φ2; Φ3; Φ4; Φ5; Φ6; Φ8 |
| Protection level | IP65 |
Please Provide the Following for Inquiry
Section titled “Please Provide the Following for Inquiry”- Equipment, measured medium, and actual temperature range at each measurement point.
- Required number of measurement points, and the installation location and insertion length of each point.
- Required element diameter and response-time requirement.
- Site connection arrangement, electrical interface, and required protection level.
- Whether a multipoint average temperature-measurement structure is required.
Related Accessories
Section titled “Related Accessories”- Multipoint average thermometer: shown in the structure diagram.