JGY370 M8 Worm Gear Motor with Screw Shaft, DC 6V 12V 24V, 6-150 RPM Adjustable Speed, 1.2-25 kg.cm Torque, 33mm Shaft Length (30rpm 24V)

This JGY370 M8 worm gear motor is a versatile and powerful component designed for a wide range of applications including automotive systems, boats, fans, and home appliances. Featuring an adjustable speed range from 6 to 150 RPM, this DC motor provides precise control for your specific needs. The motor operates on multiple voltage options—6V, 12V, and 24V—making it adaptable to various power systems. With an impressive torque range of 1.2 to 25 kg.cm, it delivers reliable performance for demanding tasks. The compact design includes an M8 threaded screw shaft with a 33mm length, allowing for easy integration into tight spaces and mechanical assemblies. Built with a totally enclosed construction and permanent magnet design, this gear motor offers durability and protection against environmental factors. The brush commutation system ensures consistent operation, while the low continuous current draw of 40-100mA promotes energy efficiency. Whether you're working on robotics projects, automated systems, or precision machinery, this worm gear motor provides the power and control you need.

• ADJUSTABLE SPEED CONTROL: Variable speed range from 6 to 150 RPM allows precise control for diverse applications including automotive seats, boats, fans, and home appliances
• MULTI-VOLTAGE COMPATIBILITY: Operates on 6V, 12V, or 24V DC power supply with low continuous current draw of 40-100mA for energy-efficient performance
• HIGH TORQUE OUTPUT: Delivers impressive torque ranging from 1.2 to 25 kg.cm (approximately 1.04 to 21.7 lb-in), providing strong rotational force for demanding tasks
• DURABLE WORM GEAR DESIGN: Features JGY370 micro worm gear motor with M8 threaded screw shaft measuring 33mm (1.3 inches) in length for secure mounting and reliable operation
• ROBUST CONSTRUCTION: Totally enclosed permanent magnet brush motor with CCC, CE, and ROHS certifications ensures protected, long-lasting performance in various environments