Spring rotate thermocouple sensor
Type | K, J, E, Rtd |
Temperature Range | 35 to 600 °C |
Tip | Dia : 5/6 mm & Length :100/150/200 mm |
Slot | 12.5 & 14.5 mm Id with single/double slot |
Wire Length | 0.5 mtr to 10 mtr |
Junction | Grounded, Ungrounded |
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Product Details
- spring-rotated thermocouple sensor for plastic machinery is a type of temperature sensor that is designed to be installed on plastic processing machinery, such as injection molding machines, extruders, or blow molding machines.
- The sensor consists of a spring-loaded probe that can be rotated to various positions within the machinery to measure temperature at different locations. The probe is typically made of a thermocouple element that is enclosed in a protective sheath, which helps to prevent damage and ensure accurate temperature measurement.
- The spring-loaded design of the probe allows it to conform to the shape of the machine and maintain contact with the surface being measured, even as the machine moves or vibrates. This helps to ensure accurate temperature measurement in dynamic environments.
- Spring-rotated thermocouple sensors for plastic machinery are typically available in various thermocouple types, including K-type, J-type, and T-type, among others, and are available in different probe lengths, diameters, and materials, depending on the specific application requirements.
- One of the advantages of using a spring-rotated thermocouple sensor for plastic machinery is its flexibility. The rotating probe can be easily positioned to measure temperature at different locations within the machinery, allowing for more comprehensive temperature monitoring and control.
- Another advantage of using a spring-rotated thermocouple sensor for plastic machinery is its accuracy and reliability. The thermocouple element is securely mounted within the protective sheath, which helps to prevent damage and ensure accurate temperature measurement.
- Overall, spring-rotated thermocouple sensors for plastic machinery provide a reliable and accurate way to measure temperature in dynamic environments, while also being flexible and versatile in their use.
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