Product Description
The 24V 12RPM High Torque Dual Shaft 31D Motor with Worm Gear Reduction (Model 5840WG-31ZY) is a precision-engineered DC motor designed for applications requiring high torque, durability, and stability. Featuring a 31mm diameter motor with a worm gear reducer, this motor provides excellent self-locking performance, ensuring that the output shaft maintains its position without external force when power is off.
Its dual output shafts make it versatile for different mechanical designs, while the four integrated M4 screw holes allow for secure and straightforward installation. With RoHS compliance, this motor meets international environmental standards, making it suitable for robotics, automation systems, smart devices, and industrial equipment.
Key Features
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High Precision & High Torque – Provides stable and powerful output for demanding applications.
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Self-Locking Worm Gear Design – Prevents back-driving and holds position when powered off.
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Dual Shaft Output – Enhances flexibility for mechanical coupling and multi-directional drive systems.
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Compact and Robust Build – 31mm motor body with integrated worm gearbox for space-efficient design.
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RoHS Compliant – Environmentally friendly and safe for global use.
Specifications
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Model: 5840WG-31ZY 24V
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Rated Voltage: 24 V DC
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No Load Speed: 12 RPM
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No Load Current: 200 mA
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Rated Speed: 11.1 RPM
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Rated Torque: 26.59 Kg.cm
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Rated Current: 0.61 A
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Power Output: 3 W
Dimensions
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Gearbox Size: 58 × 40 mm
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Motor Size: 31 mm Diameter × 54 mm Length
Applications
This 24V high torque worm gear motor is ideal for:
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Robotics and automation projects
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Electric locks and actuators
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Conveyor and lifting systems
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Smart home and industrial equipment
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Applications requiring self-locking and precise positioning
- For advanced closed-loop control with torque, speed, and position feedback, see this MyActuator BLDC servo motor
- If your application requires speed or position feedback, consider this worm gear DC motor with encoder
Frequently Asked Questions (FAQ)
Q1: Is this worm gear motor self-locking?
Yes. This motor uses a worm gear reduction mechanism with a self-locking design, which means the output shaft cannot be back-driven when power is off. This is ideal for applications that require position holding without continuous power.
Q2: Can this motor hold a load when powered off?
Yes. Thanks to the self-locking worm gear structure, the motor can hold loads securely when power is removed, making it suitable for lifting systems, actuators, and positioning mechanisms.
Q3: What is the benefit of the dual shaft design?
The dual output shafts allow flexible mechanical integration from either side of the motor. This makes it easier to connect gears, couplings, encoders, or additional mechanisms depending on your system design.
Q4: Can this motor be speed-controlled?
Yes. The motor speed can be controlled using a compatible 24V DC motor controller or PWM speed controller, allowing smooth and adjustable speed control around the rated 12 RPM output.
Q5: Is this motor suitable for robotics and automation projects?
Absolutely. Its high torque, low speed, self-locking feature, and compact size make it ideal for robotics, automation systems, electric locks, conveyor mechanisms, and smart devices.
Q6: Does this motor include an encoder?
No. This specific model does not include an encoder. If your application requires position or speed feedback, consider pairing it with an external encoder or choosing an encoder-equipped worm gear motor from our store.
Q7: What power supply should I use?
A stable 24V DC power supply capable of delivering at least 1A current is recommended to ensure reliable operation under load.
