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SteadyWin GB2205 Motor 12V Compact Smooth Operation, Encoder Support (AS5048A/AS5600), Slip-Ring Compatible

SteadyWin GB2205 Motor 12V Compact Smooth Operation, Encoder Support (AS5048A/AS5600), Slip-Ring Compatible

SteadyWin

Regular price $40.00 USD
Regular price Sale price $40.00 USD
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Version
Encoder
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Overview

The SteadyWin GB2205 motor is a compact, lightweight motor designed for smooth operation. It supports encoder integration (encoder type: AS5048A/AS5600) and is noted as compatible with 12-bit and 14-bit encoders. The motor is also described as slip-ring compatible, widely used in gimbals and pods, and stable at low speeds.

Key Features

  • Compact, lightweight, and smooth operation
  • Compatible with 12-bit and 14-bit encoders
  • Slip-ring compatible; stated use in gimbals and pods; stable at low speeds
  • Encoder options listed: AS5048A/AS5600

Specifications

Parameter Value
Model GB2205
Nominal Voltage 12V
Nominal Torque 0..04 N·m
Nominal Speed 792 RPM
Max Speed 5630 RPM
Nominal Current 0.66 A
Stall torque 0.06 N·m
Stall current 1 A
Winding turns of motor 65T
Phase resistance 8 ohm
Phase inductance 1.45 Mh
Speed constant 100 rpm/v
Torque constant 0.06 N.M/A
Rotor inertia 42 gcm^2
Number of pole pairs 7 Pairs
Motor weight without encoder 22 g
Motor weight with encoder 29 g
Max demagnetize temperature 120 °C
Working Temperature 20~80 °C
Encoder type AS5048A/AS5600

Mechanical / Mounting Dimensions (from drawing)

With encoder housing

  • Outer diameter: phi26.3 ±0.05
  • Body length: 19.8 ±0.2
  • Mount pattern: phi22, 4-M2
  • Center / pattern callouts shown: phi8, 4-M2; phi3

Without encoder housing

  • Outer diameter: phi26.3 ±0.05
  • Additional diameter callout shown: phi25.3 ±0.05
  • Body length callout shown: 13 ±0.2
  • Additional callouts shown: 1; 2.5; phi9.5
  • Mount pattern: phi22, 6-M2
  • Center / pattern callouts shown: phi8, 4-M2; phi3

Application Scenarios

  • Humanoid robots
  • Robotic arms
  • Exoskeletons
  • Quadruped robots
  • AGV vehicles
  • ARU robots
  • Gimbals
  • Pods
  • LiDAR-related mechanisms

For pre-sales compatibility questions and engineering support (including drawing/3D file access), contact support@rcdrone.top or visit https://rcdrone.top/.

Manuals / Documents

Details