JGB37-520 DC Brush Gear Motor, 12V/24V High Torque Gearbox Motor, 5-690 RPM Reversible Speed, 25kg.cm Max Torque, 37mm Compact Design (35rpm 12V)

This versatile JGB37-520 DC gear motor delivers impressive performance in a compact 37mm form factor. With a robust torque output up to 25kg.cm and adjustable speeds from 5-690 RPM, it's perfectly suited for precise mechanical control applications. The motor operates on either 12V or 24V DC power, offering flexible integration options while maintaining efficiency ratings up to 73%. Its reversible operation and brush commutation system provide reliable bi-directional movement for various automation needs. The waterproof construction ensures dependable operation in challenging environments, while the modest power consumption of 0.88W and low operating current of 55-120mA make it energy efficient. This motor is particularly well-suited for specialized applications like intelligent toilets, self-balancing vehicles, and tracking systems where space is at a premium but reliable performance is essential. The durable build quality and precision engineering make it an excellent choice for demanding mechanical projects requiring consistent torque and speed control.

• HIGH TORQUE PERFORMANCE: Delivers powerful output up to 25 kg.cm maximum torque with 5W rated power, perfect for robotics, intelligent toilets, self-balancing vehicles, and automated camera systems
• VERSATILE SPEED CONTROL: Reversible DC brush motor with adjustable speed range from 5 to 690 RPM, providing precise control for various mechanical applications and automation projects
• DUAL VOLTAGE OPERATION: Compatible with both 12V and 24V DC power supply with rated current of 0.055-0.12A, offering flexible integration options for different electrical systems
• COMPACT GEARBOX DESIGN: Features 37mm diameter miniature construction with integrated high-power gearbox, making it ideal for space-limited installations while maintaining robust performance
• DURABLE CONSTRUCTION: Waterproof protection with permanent magnet brush commutation design achieving 73% efficiency, ensuring reliable long-term operation in demanding environments