ROBSTRIDE00 QDD 14N.m Integrated Joint Motor Module

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145,95 €
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145,95 €
Regular price
145,95 €
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⚙️ ROBSTRIDE00 QDD 14 N·m Integrated Joint Motor Module The ROBSTRIDE00 QDD is a 💡 lightweight , high-performance motor module engineered for robotic joints and smart automation systems. Featuring a 🧲 permanent magnet excitation system and 🎯 dual encoders , it ensures precise motion control , robust torque output , and a 🧩 compact design . Its optimized structure makes it a top-tier choice for 🤖 intelligent automation and advanced robotics.

Features

📦 Compact & Fully Integrated Design Streamlined for space-saving and seamless integration.

🎯 Dual Encoders for Precision Control Achieve accurate positioning and smooth motion feedback.

💪 High Torque Output for Demanding Tasks Handles complex operations with powerful performance.

🔇🌡️ Low Noise & Heat for System Stability Quiet operation and thermal efficiency ensure reliable long-term use.

ROBSTRIDE00 Specifications

Mechanical Specs

Item Specification
Size 57 × 57 × 51 mm
Weight 310 g ± 10 g
Poles 28
Phases 3
Drive Method FOC
Reduction Ratio 10 : 1
Gear Material Machined Steel

Standard Using Status

Item Specification
Rated Voltage 48 V
Voltage Range 24–60 V
Rated Load (CW) 5 N·m
Running Direction CW / CCW
Using Temperature 25 ± 5
Temperature Range -20 ~ 50
Storage Temperature Range -30 ~ 70
Using Humidity 65%
Humidity Range 5 ~ 85%
Insulation Level Class B

Electrical Specs

Item Specification
No‑load Speed 315 rpm ±10%
No‑load Current 0.5 Arms
Rated Load 5 N·m
Rated Load Speed 260 rpm ±10%
Rated Load Phase Current (Peak) 4.7 Apk ±10%
Peak Load 14 N·m
Max Load Phase Current (Peak) 15.5 Apk ±10%
Insulation Resistance / Stator Winding DC 500 VAC, 100 MΩ
High Voltage Resistance / Stator & Casing 600 VAC, 1 s, 2 mA
Back‑EMF 9.5 Vrms/kRPM ±10%
Torque Constant 1.48 N·m/Arms
CAN Bus Baud Rate 1 Mbps
Encoder Resolution 14‑bit (Single Absolute)
Encoder Type Magnetic Encoder
Encoder Number 2
Wire Design 1 in 1 out


Application Scenarios

🤖 Robotic Joints

🧠 Industrial Control Systems

⚙️ Automation Applications

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