OE-37 Hall Effect Two Channel Magnetic Encoder 

OE-37 Hall Effect Two Channel Magnetic Encoder 

The OE-37 Hall Effect Two-Channel Magnetic Encoder is a compact rotary encoder designed for precise speed and direction sensing in motor control applications. Utilizing dual Hall-effect sensors, it detects magnetic field changes from a rotating magnet, producing two square-wave outputs (channels A and B) in quadrature. This configuration allows for accurate determination of rotational direction and speed.

DNA solutions, Nashik has various types of Encoder's. Check out our complete collection of Encoder's.

• Dual Hall-effect sensors for reliable magnetic field detection

• Two-channel quadrature output (A & B) for direction and speed sensing

• Built-in magnet sensor system for contactless rotation detection

• Compatible with various DC and stepper motors

• Easy installation with included magnet, mounting screws, and cable

• Low power consumption and long life

• Output phase difference of 90°, enabling direction detection

Specifications of OE-37 Hall Effect Two Channel Magnetic Encoder 

• Sensor Type: Hall Effect 

• Output: Two square-wave signals

• Operating Voltage: 4.5 V to 24 V DC

• Supply Current: ~14 mA

• Resolution: 7 CPR 

• Max Output Current: < 0.1 mA

• Included Cable: 3-pin, ~30 cm

Applications of OE-37 Hall Effect Two Channel Magnetic Encoder 

• Robotics

• Industrial Automation

• DIY Projects

• 3D Printers & CNC Machines

• Smart Vehicles

Package Includes

      1 x OE-37 Hall Effect Two Channel Magnetic Encoder