-27%
Wiring Connections:
- Power Connections:
- Positive Terminal (+): Connect to the positive terminal of a 12V DC power supply.
- Negative Terminal (–): Connect to the negative terminal (ground) of the power supply.
Power:
- Input Voltage: 12V DC
- Current Draw: Approximately 1.5A under load, varies with operational conditions
- Power Consumption: Power consumption depends on load and speed settings
Input and Output:
- Input:
- Voltage Input: Connect 12V DC to the motor’s power terminals.
- Output:
- Torque Output: Provides high torque at 500 RPM, suitable for driving heavy loads.
- Shaft Rotation: Outputs rotational motion through the D-shaped shaft.
Physical Characteristics:
- Dimensions: compact, with approximate dimensions of 75mm x 40mm (length x diameter)
- Weight: Lightweight, making it suitable for various applications without adding excessive weight.
- Mounting: Usually features mounting holes for secure attachment to various surfaces.
Technical Specifications:
- Motor Type: Brushed DC motor with integrated gear reduction
- Operating Voltage: 12V DC
- Speed: 500 RPM under no load conditions
- Torque: High torque output due to gear reduction
- Gearbox Type: Gear-driven reduction for increased torque and reduced speed
- Shaft Dimensions: 6mm diameter, D-shape for secure coupling
Additional Features:
- High Efficiency: Designed to provide significant torque while maintaining efficiency.
- Smooth Operation: Gearbox provides smooth rotational motion with reduced vibration and noise.
- Versatile Applications: Suitable for robotics, automation, and various mechanical systems requiring high torque.
How to Use:
- Setup Power Connections:
- Connect Power Supply:
- Positive Terminal: Attach the positive terminal of your 12V DC power supply to the motor’s positive power terminal.
- Negative Terminal: Attach the negative terminal (ground) of the power supply to the motor’s negative power terminal.
- Connect Power Supply:
- Mount Motor:
- Secure Mounting: Use the mounting holes to securely attach the motor to your project or chassis.
- Connect Load:
- Attach Load: Connect any mechanical load or shaft coupling to the motor’s output shaft, ensuring it is properly aligned.
- Power On:
- Apply Power: Turn on the 12V DC power supply to start the motor.
- Operate Motor:
- Control Speed and Direction: Use an appropriate motor controller or switch to manage the motor’s speed and direction as needed for your application.
This high torque gear motor is ideal for applications that require substantial power and reliability. Its 12V operation and high torque output make it suitable for driving heavy loads or for use in robotics and mechanical systems. By following these steps, you can effectively utilize the motor in your projects.
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