OrangeRX Encoders OE-775 Hall Effect Two Channel Magnetic Encoder - Plastic Case, Magnet & Cable
The OE-775 is a two-channel Hall effect magnetic encoder designed for integration with OrangeRX planetary DC gear motors, providing precise quadrature output for speed and direction sensing. It operates from a wide 4.5-24V DC supply and is compatible with common microcontroller platforms like Arduino, Raspberry Pi, and industrial PLCs for motion feedback applications.
Features
- Two-channel Hall effect sensor provides quadrature (A/B) output for precise motor speed and direction detection.
- Wide operating voltage range from 4.5V to 24V DC with low 10mA maximum current consumption.
- Delivers 7 counts per motor shaft revolution when counting both edges of both channels.
- Robust construction rated for operation from -40°C to +85°C and 20-85% relative humidity.
- Complete mounting kit includes plastic case, magnet, connecting cable, washer, and screws.
Out of stock
The OE-775 encoder utilizes a Hall effect sensing principle to detect the rotation of a magnetic disk attached to a motor’s rear shaft protrusion. The sensor generates two digital square wave outputs (Channels A and B) that are approximately 90 degrees out of phase, forming a standard quadrature encoder signal. This output allows precise calculation of rotational speed from the pulse frequency and direction from the phase relationship.
Designed for durability in varied environments, the encoder operates across an industrial temperature range and features a compact, shielded plastic housing. The included magnet, mounting hardware, and pre-wired cable facilitate straightforward installation onto compatible OrangeRX gear motors or other DC motors with a long back shaft, enabling closed-loop control and positional feedback in robotic and automation systems.
Additional Information
| Weight | 0.03 kg |
|---|---|
| Dimensions | 10 × 8 × 4 cm |
