Best Seller Used Thomson Micron 36-314-563-6733 Rotary Position Transducer R1 1:1 R2 128:1 Save 45% Now [4KPzFAUZ]

Used Thomson Micron 36-314-563-6733 Position Transducer

Introducing our premium Used Thomson Micron 36-314-563-6733 Rotary Position Transducer, a reliable and versatile solution for precision positioning applications. This transducer is designed to provide accurate and stable feedback, making it an ideal choice for a wide range of industrial and mechanical systems. With its robust construction and advanced features, this transducer is built to last and deliver exceptional performance.

Key Specifications and Features

The Thomson Micron 36-314-563-6733 offers exceptional performance with its unique specifications. This transducer features a 1:1 input fine ratio (R1) and a 128:1 input coarse ratio (R2), allowing for precise positioning and control. The shaft size of 0.375" ensures compatibility with various mounting configurations. Here are some of the key features and benefits:

• High Precision: Achieve accurate positioning with the 1:1 and 128:1 input ratios.
• Robust Construction: Durable design for long-lasting performance in harsh environments.
• Wide Range of Applications: Suitable for use in industrial, automotive, and mechanical systems.

Practical Applications and Benefits

The Thomson Micron 36-314-563-6733 Rotary Position Transducer is a versatile tool that can be used in numerous applications. Whether you're working on an industrial machine, an automotive system, or a precision mechanical device, this transducer can provide the precise feedback you need. Some practical uses include:

• Industrial Automation: Enhance the precision and efficiency of automated systems.
• Robotics: Improve the accuracy and control of robotic movements.
• Automotive: Monitor and control the position of various components in automotive applications.

With its reliable performance and extensive compatibility, this transducer is a valuable asset for any engineer or technician looking to improve their project's precision and functionality.