Clinically Tested Thermocouple 3/16 Blower Value Pack [HOhiGbxc]

Top-Performing Thermocouple Blower

The Clinically Tested Thermocouple 3/16 Blower Value Pack [HOhiGbxc] is a cutting-edge thermocouple designed for precise temperature monitoring in manifold plenum systems. Engineered for speed and accuracy, this thermocouple is a must-have for professionals seeking reliable temperature control. With its quick-reacting exposed tip, it ensures optimal performance and efficiency in your application.

Key Features and Specifications

The Clinically Tested Thermocouple 3/16 Blower Value Pack [HOhiGbxc] is equipped with a robust probe that measures an impressive 12 inches in length. Its 1/8" male NPT compression style fitting guarantees a secure and convenient installation, while the male two pin mini-connector ensures compatibility with the appropriate thermocouple amplifier module. Here are some of its standout features:

• Quick Response – The exposed tip Type-K thermocouple reacts rapidly to temperature changes, ensuring timely data acquisition.
• Compatibility – Designed for use with the right thermocouple amplifier module, this thermocouple offers seamless integration into your system.

Practical Uses and Benefits

The Clinically Tested Thermocouple 3/16 Blower Value Pack [HOhiGbxc] is an indispensable tool for a variety of applications, including automotive diagnostics, industrial manufacturing, and HVAC systems. Its precise temperature measurement capabilities make it an ideal choice for monitoring manifold plenum temperatures. With its compact design and user-friendly features, this thermocouple offers the following benefits:

• Enhanced Performance – The quick-reacting thermocouple improves the overall performance and efficiency of your system.
• Easy Installation – The NPT compression style fitting and mini-connector make it simple to install and integrate into your setup.

Experience the superior quality and reliability of the Clinically Tested Thermocouple 3/16 Blower Value Pack [HOhiGbxc] and take your temperature monitoring to the next level.