The Harrington EQM Electric Trolley Hoist is a powerful and efficient lifting solution designed for industrial environments that require smooth, reliable material handling. Combining the advanced EQ Series three-phase electric chain hoist with a motorized trolley, the EQM allows operators to lift and move loads horizontally along a beam with precision and control.

Engineered with a dual-speed Variable Frequency Drive (VFD) system, the hoist provides smooth acceleration and deceleration for both lifting and trolley travel. This technology reduces load swing, improves positioning accuracy, and minimizes mechanical stress, resulting in safer operation and extended equipment life.

The EQM hoist features a durable pull-rotor motor brake, designed for consistent stopping power with minimal maintenance. Its efficient braking system eliminates many common wear components, ensuring dependable performance even in demanding work environments.

A fan-cooled three-phase motor supports continuous operation while maintaining optimal temperature control during heavy use. The hoist’s compact design allows for easy integration into overhead crane systems, workstation bridges, and monorail tracks, making it ideal for manufacturing plants, warehouses, fabrication shops, and assembly lines.

Built for durability, precision, and efficiency, the Harrington EQM Electric Trolley Hoist delivers reliable lifting performance while giving operators smooth control over both vertical lifting and horizontal load movement.

Key Features

• Three-phase electric chain hoist with motorized trolley
• Dual-speed VFD control for smooth lifting and travel
• Soft start and stop to reduce load swing
• Reliable pull-rotor motor brake for consistent stopping power
• Heavy-duty fan-cooled motor for extended operation
• Compact design for easy integration with overhead systems

The Harrington EQM Electric Trolley Hoist is a dependable choice for operations that require precise lifting, smooth trolley travel, and long-term durability in industrial applications.