RLS RMB28 Encoder Module Specification Manual

The RLS RMB28 encoder module specification manual details output formats, resolutions, electrical characteristics, and mounting options.


RLS RMB28 Encoder Module Specification Manual - cover page
Brand
RLS
Document type
Datasheet
Language
Chinese
Pages
10
File format
PDF
File size
641 KB
Published
29 September, 2026
Updated
29 September, 2026
MD5 checksum
2456CA5CFBAFDBE1E061C03E4C516D5E

About this manual

The RMB28 series is a low‑cost 28 mm square PCB encoder module designed for OEM integration in motor control and industrial automation. It offers multiple output formats—including absolute, incremental, analog and linear—across several variants such as MD, IB, IE, IC, SC, SI and V.

The manual provides mechanical dimensions, electrical specifications, resolution options, and installation diagrams, as well as ordering information for the magnetic block and sensor components. Contact details for RLS worldwide support are included at the end of the document. This manual is written in Chinese.

What's inside

  • Output Types
  • Mechanical Dimensions
  • Electrical Characteristics
  • Resolution Options
  • Installation Diagram
  • Magnet Block Ordering
  • Contact Information

Specifications

Maximum Speed60,000 rpm
Resolution (Absolute)13 bits (8 192 positions per rev)
Supply Voltage Options5 V or 24 V
Power Consumption (no load)13 mA
Operating Temperature Range-40 °C to +125 °C

Frequently asked questions

What output formats are available for the RMB28 encoder module?

The RMB28 supports absolute, incremental, analog and linear output formats, with specific variants offering combinations such as SSI, RS422, and voltage output.

What is the maximum operating speed of the RMB28 encoder?

The encoder can operate up to 60 000 rpm.

What supply voltages can be used with the RMB28 variants?

Variants are supplied at either 5 V (±5 %) or 24 V, depending on the model.

What is the resolution of the absolute output for the RMB28?

The absolute output provides a 13‑bit resolution, equivalent to 8 192 positions per revolution.

Download PDF (641 KB)