Product Description

The Ai2512133X22X02 Dynapar Encoder functions optimally for fast motion control systems. It is manufactured by Danaher for industrial automation use. This encoder includes a compact hollow shaft type measuring 12 mm, specifically designed for installation.

Operation under short-term conditions allows this encoder to reach 12000 RPM revolutions per minute. This encoder maintains a stable speed operation at 10000 RPM under continuous conditions. Dynamic motion control systems find the device suitable because of its established speed ratings. The product accepts power input voltage that varies between 10 and 30 VDC. The encoder shows the ability to appear on control platforms through its extensive voltage specifications. The Ai2512133X22X02 dynapar encoder provides protection from the elements to an IP64 or IP67 standard. The weight of the unit is 1.56 kilograms, which provides necessary balance when mounted on equipment. The hollow shaft configuration provides advantages in complex equipment arrangement by eliminating the need for complicated mounting steps. The speed rating makes this unit operate effectively in systems that demand quick rotation measurements. The encoder sustains mechanical vibrations alongside electrical interference in its operational environment. It functions within storage environment temperatures ranging between -40°C and +100°C. This product maintains safe operating features that let users handle and store it across different climate zones. Continuous high-speed rotations do not affect the signal quality within this encoder.

This Ai2512133X22X02 Dynapar Encoder provides dependable feedback motion for modern complex systems. The device works well with equipment that needs speed control features and shows resistance to environmental factors. The device produces a stable and precise signal communication that operates throughout every RPM measurement range. The encoder accomplishes performance requirements that match the industrial standards. This device functions effectively under tough operational environments because of its built-in structural makeup and rating system.