Spring-Loaded Insertion Thermocouple with Braided Cable (Customisable)

This spring-loaded insertion thermocouple is designed for accurate and reliable temperature measurement in various applications where consistent probe contact is required. Featuring a spring-loaded design, a durable braided cable, and stripped leads, this sensor provides precise temperature readings with secure installation.

Key Features

• Spring-Loaded Design: The spring-loaded mechanism ensures consistent contact with the measuring point, minimising errors due to variations in surface contact.
• Insertion Style: The probe is designed to be inserted into a hole or opening for temperature measurement.
• Braided Cable: The stainless steel braided cable provides enhanced durability and protection against abrasion and physical stress, making it suitable for demanding environments.
• Stripped Leads: The stripped leads allow for versatile connection options to instrumentation, terminal blocks, or connectors.
• Durable Construction: Stainless steel components ensure long-lasting performance.
• Adjustable Insertion Depth: The spring mechanism allows for some adjustment in insertion depth.

Applications

• Process Temperature Monitoring
• Industrial Equipment Monitoring
• Bearing Temperature Measurement
• Engine Testing
• Research and Development
• Testing and Measurement

Benefits

• Accurate Measurement: Spring-loaded design ensures consistent contact for accurate readings.
• Durable Construction: Braided cable and stainless steel components ensure long-lasting performance.
• Versatile Connection: Stripped leads offer flexible connection options.
• Easy Installation: Simple insertion design.
• Secure Mounting: The fitting and spring mechanism help to secure the sensor in place.

This spring-loaded insertion thermocouple combines accuracy, durability, and ease of use, making it an excellent choice for various temperature sensing needs. Its robust construction and precise measurement capabilities make it ideal for demanding industrial and research environments.