BWGP MGP Wireless Handwheel User Manual

This manual explains the features, wiring, specifications and operation of the BWGP MGP wireless handwheel for CNC machines.


BWGP MGP Wireless Handwheel User Manual - cover page
Brand
BWGP
Category
Industrial Robot
Document type
User Manual
Language
Chinese
Pages
11
File format
PDF
File size
1.8 MB
Published
03 October, 2026
Updated
03 October, 2026
MD5 checksum
5C6AB4C6A47DB662D9CA17A04AC79012

About this manual

The BWGP MGP wireless handwheel provides a 433 MHz ISM‑band remote control for CNC systems such as Siemens, Mitsubishi, FANUC and many others. It offers up to 32 handwheels in the same room without interference, low‑power operation with two AA batteries lasting about 30 days, and an alloy encoder for reliable positioning.

The manual includes installation steps, receiver wiring diagrams, model naming rules, and a pulse‑output selection guide covering various CNC platforms. Detailed dimensions (184 mm × 80 mm × 31 mm) and electrical parameters are also provided. This manual is written in Chinese.

What's inside

  • Product Features
  • Supported Systems
  • Working Principle
  • Installation Instructions
  • Dimensions and Specifications
  • Receiver Wiring Diagram
  • Model Naming Rules
  • Pulse Output Selection Guide

Specifications

Wireless frequency433 MHz ISM band
Transmit power10 dB
Receive sensitivity-98 dB
Maximum unobstructed range50 m
Battery type and life2 AA batteries, ~30 days
Dimensions (handwheel)184 mm × 80 mm × 31 mm
Encoder typeAlloy encoder
Maximum units per room32 sets

Frequently asked questions

What wireless frequency does the handwheel use?

It operates on the 433 MHz ISM band.

How long will the batteries last?

Two AA batteries provide about 30 days of normal use.

How many handwheels can be used in the same room without interference?

Up to 32 wireless handwheels can operate in one room without affecting each other.

What does the signal light indicate?

A fast flashing light means the wireless signal is normal; a slow irregular flash means the signal is abnormal; no light means the signal is lost.

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