Overview
The RCDrone TS5009-36 and TS5009-36B (with brake) are high-torque robotic servo gear actuators designed for professional robotics applications. With a rated torque of 9 N·m, peak torque of 18 N·m, and a 1:36 precision planetary gear ratio, these actuators deliver stable and precise motion control. Operating at 24V with a rated current of 3.5A and rated power of 140W, they support dual-speed modes (30 rpm / 90 rpm) and high-resolution encoders (18-bit absolute + 14-bit incremental). The compact design (Φ53 × 41 mm, 350g) ensures easy integration into humanoid robots, robotic arms, mobile platforms, and exoskeletons.
Key Features
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High Torque Output – 9 N·m rated, 18 N·m peak torque for demanding robotic joints.
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Precision Motion Control – 18-bit absolute + 14-bit incremental encoder feedback.
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Multiple Communication Protocols – Supports RS485 and CAN bus for flexible system integration.
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Dual Speed Options – 30 rpm / 90 rpm selectable for different motion requirements.
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Compact & Lightweight – 53 mm diameter, 41 mm height, only 350g for space-limited designs.
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Brake Option – TS5009-36B variant includes an electric brake for secure holding.
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Durable Gear System – 1:36 planetary gear ratio with 140 g·cm² rotor inertia for smooth operation.
Specifications
| Parameter | Value |
|---|---|
| Model | TS5009-36 / TS5009-36B (with brake) |
| Rated Voltage | 24V |
| Rated Current | 3.5A |
| Rated Power | 140W |
| Rated Torque | 9 N·m |
| Peak Torque | 18 N·m |
| Rated Speed | 30 rpm / 90 rpm |
| Encoder | 18-bit absolute + 14-bit incremental |
| Rotor Inertia | 140 g·cm² |
| Gear Ratio | 1:36 |
| Control Modes | Torque / Speed / Position |
| Communication | RS485 / CAN |
| Dimensions | Φ53 mm × 41 mm |
| Weight | 350g |
Interface & Pin Definition
| Pin / Label | Function |
|---|---|
| A / H | RS485-A or CAN-H |
| B / L | RS485-B or CAN-L |
| V- | Negative Power Supply |
| V+ | Positive Power Supply |
| T | UART Transmit |
| R | UART Receive |
| G | Signal Ground |
ID Switch: Allows quick address configuration for multi-actuator setups.
Applications
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Legged Robots – Precise and powerful joint actuation.
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Industrial Robotic Arms – High accuracy and reliability for automation.
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Patrol and Inspection Robots – Smooth drive control for mobile platforms.
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Medical Exoskeletons – Lightweight and strong joint motion assistance.
Details


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