Rotary Encoder | 38mm Body 6mm Shaft | 1024 PPR 5-24VDC

This incremental rotary encoder turns shaft rotation into digital pulses. It tracks speed, direction, and position. With its 38mm body and 6mm shaft, this optical incremental encoder is often used for motor speed control. It also provides feedback in automated machinery. Features and Benefits - Variable resolution options - Available in resolutions up to 3600 PPR (Pulses Per Revolution). This matches the precision your project needs. - A/B/Z phase output - The A and B channels tell you the direction. The Z index pulse gives a home reference once per revolution. - Broad voltage compatibility - An incremental encoder with 5-24VDC output works with most common PLCs, drivers, and microcontrollers. - Metal body construction - The solid housing protects the internal optical parts. This makes it suitable for industrial equipment and CNC machines. Applications - CNC and 3D printing - Gives accurate position feedback for stepper and servo motors. This controls tool head movement. - Motor speed control - Monitors a motor's rotational speed. This lets a drive keep a constant RPM even with changing loads. - Conveyor belt tracking - Measures the distance and speed of conveyor systems. This synchronizes different automated processes. What It Is A rotary encoder is a type of position sensor that converts rotational motion into a digital signal. This specific model is an incremental encoder with a 38mm outer diameter and a 6mm shaft. It generates pulses per revolution (PPR) within a range of 10-1024-3600. It operates on a voltage range of 5-24VDC and provides A, B, and Z output phases. This mechanical transducer is a rotational sensor, providing digital sensor feedback to a controller. Key Uses & Applications Rotary encoders are essential for precise measurement of rotation, angle, speed, and position in various industrial and automation settings. This 38mm body, 6mm shaft model is suitable for applications requiring accurate feedback, such as machine tool control, robotics, and assembly line automation. The incremental encoder type is commonly used for monitoring relative position changes, where the digital sensor output is fed to a controller for processing. How to Choose When selecting a rotary encoder, consider the required pulses per revolution (PPR) for your application, as this product offers a range from 10 to 3600 PPR. Ensure the 38mm outer diameter and 6mm shaft diameter are compatible with your existing equipment. Verify the operating voltage (5VDC to 24VDC) matches your system's power supply. The output phases (A, B, Z) are important for determining the direction and home position. Grit / Spec Guide This rotary encoder is specified with an operating voltage of 5 VDC, 24 VDC, and 30 VDC. Its outer diameter is 38 mm and the shaft diameter is 6 mm. The pulses per revolution (PPR) can be selected from 10, 1024, or 3600 PPR. It is an incremental encoder with A, B, Z output phases. Wiring options include 5 or 8 wires. This product is categorised as a rotary encoder. Care & Safety Always ensure the operating voltage is within the specified 5-24VDC range to prevent damage to the encoder. The EU LVD voltage states below 50Vac or 75Vdc for this type of product. Protect the 38mm body and 6mm shaft from impact or excessive force, which could affect the accuracy of the rotational sensor. When wiring, ensure correct connections for the 5 or 8 wires to ensure proper function of the digital sensor. Regular inspection for debris around the shaft can maintain optimal performance.