Style: 600pr E38S6G5 incremental rotary encoder Description The E38S6G5 incremental rotary encoder delivers precise position and speed feedback for demanding motion control tasks. With 600 pulses per revolution and photoelectric sensing, it provides stable, resolution signals for accurate closed loop and monitoring systems. Its wide 5V to 24V DC operating range and preattached connection cable simplify integration with a variety of controllers and drives. Housed in a compact, robust aluminum body, the encoder is built for reliable operation in industrial settings while remaining easy to mount. Key benefits Accurate position and speed feedback: 600 PPR gives fine resolution for precise motion control and repeatable positioning. Broad compatibility: 5V to 24V DC supply accommodates common PLCs, motion controllers, motor drivers, and embedded systems. Reliable signal in industrial environments: photoelectric sensing produces stable output for consistent control and monitoring. Easy installation and integration: preattached connection cable reduces wiring time and installation errors. Durable, compact design: aluminum housing protects internal components while enabling tight mounting in spaceconstrained equipment. Technical highlights Model: E38S6G5 Type: Incremental rotary encoder with photoelectric sensing Resolution: 600 pulses per revolution Supply voltage: 5V to 24V DC Housing: Aluminum, compact form factor Connection: Preattached cable for direct hookup Typical applications Manufacturing automation: position feedback for indexing tables, feed drives, and assembly stations to ensure accurate part placement. Robotics and servomotors: closed loop control for joint position and wheel encoders where consistent resolution and signal integrity are required. CNC and precision equipment: spindle and axis monitoring for repeatable machining operations and speed control. This encoder provides dependable, resolution feedback for systems that require precise motion control and straightforward integration without adding unnecessary complexity.