5840-31ZY DC Worm Gear Motor, 12V/24V Dual Voltage, 7-470 RPM Variable Speed, High Torque 1.6-70kg.cm, Permanent Magnet Reduction Motor with Brush Commutation (24V 260RPM)

This high-performance 5840-31ZY worm gear motor delivers exceptional versatility with dual voltage operation, compatible with both 12V and 24V DC power supplies. Engineered for demanding applications, it offers an impressive torque range from 1.6 to 70 kg.cm, making it suitable for tasks requiring substantial power transmission. The motor features an adjustable speed range from 7 RPM to 470 RPM, allowing precise control for various home appliance and industrial uses. Built with a permanent magnet construction and brush commutation system, this reduction gear motor provides reliable performance with output power ranging from 14.4 to 21W. The drip-proof design ensures durability in challenging environments, while the worm gear mechanism delivers smooth, efficient operation. With a continuous current draw of 0.9 to 1.2A and IE2 efficiency classification, this compact motor balances power and energy consumption effectively. The robust construction and high torque capacity make it ideal for applications requiring controlled, powerful rotational movement in confined spaces.

• Dual Voltage Operation: Compatible with both 12V and 24V DC power supplies, providing flexible installation options for various electrical systems and applications
• Variable Speed Range: Adjustable speed from 7 RPM to 470 RPM allows precise control for diverse automation, robotics, and mechanical projects requiring different operational speeds
• High Torque Performance: Delivers powerful torque output ranging from 1.6 kg.cm to 70 kg.cm, making it suitable for demanding power transmission and heavy-duty applications
• Durable Worm Gear Design: Features permanent magnet construction with brush commutation and worm gear reduction system for reliable, long-lasting performance with drip-proof protection
• Efficient Power Output: Operates at 14.4-21W output power with IE2 efficiency classification and continuous current draw of 0.9-1.2A for optimal energy consumption