SteadyWin GIM4310-10 – Precision Joint Motor for Robotics

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€72,55
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€72,55
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€72,55
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⚙️ The GIM4310-10 from SteadyWin is a compact, high-performance brushless DC motor designed for robotic joints and dynamic motion control. Featuring a precision planetary gearbox and optional brake system , it delivers reliable torque output, smooth transmission, and accurate feedback . Ideal for quadruped robots , robotic arms and wearable exoskeletons , this motor is CE certified and IP54 rated for industrial-grade durability.

🔧 Key Features

  • High torque density for compact robotic applications

  • Integrated planetary gearbox for efficient power transmission ⚙️

  • Absolute encoder for precise position feedback 📐

  • Optional brake system for enhanced safety 🛑

  • Supports CAN & RS485 communication protocols 🔌

  • Wide voltage range (12–48V) for flexible integration ⚡

  • IP54 protection for dust and splash resistance 🛡️

  • Customizable winding and brake options 🧩

📐 Technical Specifications

Parameter GIM4310-10 V1.0 GIM4310-10 V1.1
Rated Voltage 24V 24V
Voltage Range 12–40V 12–48V
Rated Power 31W 55W
Rated Torque 1.63 N·m 2.05 N·m
Stall Torque 7.98 N·m 5.6 N·m
Nominal Speed (after reduction) 101 RPM 150 RPM
Max Speed (after reduction) 212 RPM 228 RPM
Nominal Current 1.3 A 2.3 A
Stall Current 10.67 A 6.8 A
Resistance (Phase to Phase) 1.96 Ω 1.89 Ω
Inductance 0.67 mH 0.75 mH
Speed Constant 8.83 rpm/V 9.5 rpm/V
Torque Constant 2.61 N·m/A 0.96 N·m/A
Pole Pairs 14 14
Gear Ratio 10:1 10:1
Gear Type Planetary Planetary
Gear Material Steel Steel
Gear Backlash 15 arcmin 15 arcmin
Motor Size (w/o driver) Ø53 × 32 mm Ø53 × 32 mm
Motor Size (with driver) Ø53 × 38 mm Ø53 × 38 mm
Motor Weight (w/o driver) 217 g 217 g
Motor Weight (with driver) 227 g 227 g
Max Axial Load 125 N 125 N
Max Radial Load 500 N 500 N
Communication CAN & RS485 CAN
Protection Grade IP54 IP54
Operating Temperature –20°C to +80°C –20°C to +80°C
Encoder Resolution 14-bit 14-bit
Second Encoder Support No No
Separate Encoder Support Yes Yes
Custom Brake Support Yes Yes


🧠 Application Scenarios

  • 🐾 Quadruped robots

  • 🦿 Humanoid robotic joints

  • 🧍♀️ Exoskeletons and wearable robotics

  • 🛠️ Desktop automation systems

  • 🧪 Research and educational robotics platforms

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