Rotary Encoders

Rotary Encoders

Rotary Encoders are used for accurate measurement of rotational position and speed in industrial automation systems. They play a vital role in motion control applications such as conveyors, CNC machines, robotics and packaging equipment. Pandge offers a wide range of Rotary Encoder models suitable for various industrial and automation requirements.

Engineered for precision and durability, our encoders provide reliable feedback, fast response and consistent performance. With robust construction, easy integration and dependable operation, Pandge Rotary Encoders help improve machine accuracy, enhance productivity and ensure smooth automated operations.

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Description

Rotary Encoders are precision sensing devices used to measure rotational position, speed and direction of rotating shafts in industrial automation and control systems. They are widely used in CNC machines, robotics, packaging machines, conveyor systems, textile machinery, elevators and motor control applications. At Pandge, we supply all types of Rotary Encoder models including incremental and absolute encoders to suit diverse industrial requirements.

Our Rotary Encoders provide high accuracy, fast signal response and stable performance under continuous operation. Built with advanced sensing technology and rugged industrial housings, these encoders deliver reliable output even in harsh environments with exposure to dust, vibration, oil and temperature variations. They ensure accurate feedback to PLCs, VFDs and control systems for precise motion control.

Designed for easy installation and long operational life, Pandge Rotary Encoders support multiple output types and mounting options for flexible integration. With precise positioning capability and consistent signal performance, our encoders help improve machine efficiency, reduce motion errors and enhance overall system reliability in modern automation applications.

Key Features of Rotary Encoders

  • High-precision position and speed measurement
  • Available in incremental and absolute types
  • Fast response and stable signal output
  • Rugged design for harsh industrial environments
  • Resistant to dust, vibration and mechanical shock
  • Easy installation with multiple mounting options
  • Compatible with PLCs, drives and control systems
  • Long service life with low maintenance