Magnetic Encoders

Industrial magnetic encoders from global suppliers. Technical specifications, documentation, and RFQ capabilities.

4Products Available
RFQ Enabled

Harmonic Drive magnetic encoders provide high resolution absolute position feedback for use with eRob integrated joint modules. The compact disc format integrates directly onto the output shaft of eRob modules without additional mechanical interface.

LVH Systems sources magnetic encoders from Beida Robotics including eCoder11, eCoder18, eCoder35H, and eCoder45 series. Compatible with eRob70, eRob80, eRob90, eRob110, eRob142, and eRob170 joint modules.

Magnetic Encoders
RFQ

eCoder18 Magnetic Encoder

Model: eCoder18
Manufacturer: Beida Robotics

The eCoder18 is an 18-bit absolute magnetic encoder designed for precision position feedback in robotic joints, servo motors, and industrial automation. Features single-turn absolute output with high resolution and robust magnetic sensing technology.

Magnetic Encoders
RFQ

eCoder11 Magnetic Encoder

Model: eCoder11
Manufacturer: Beida Robotics

The eCoder11 is a compact 11-bit absolute magnetic encoder optimised for cost-effective servo motor and robotic joint position feedback. Features a small form factor with robust magnetic sensing for reliable operation across industrial environments.

Magnetic Encoders
RFQ

eCoder35H Magnetic Encoder

Model: eCoder35H
Manufacturer: Beida Robotics

The eCoder35H delivers 21-bit absolute magnetic encoder performance with ±2.5 arc-second repeatability and <0.02° accuracy. Its 35mm hollow shaft bore, 55mm outer diameter, and 5.4mm axial thickness make it one of the most compact high-precision encoders available for direct-shaft robotic applications.

Magnetic Encoders
RFQ

eCoder45 Magnetic Encoder

Model: eCoder45
Manufacturer: Beida Robotics

The eCoder45 is an ultra-slim absolute magnetic encoder measuring just 2.5 mm in axial thickness with a 45 mm hollow bore and 64 mm outer diameter. Its 20-bit resolution and ±5 arc-second repeatability make it the preferred choice for large-shaft robotics and automation applications where minimal axial space is a hard constraint.