The Harrington SNER 1-Phase Electric Hoist is built to deliver dependable lifting performance in environments where single-phase power is the only available option. Designed with industrial durability in mind, this electric chain hoist offers reliable operation, long service life, and smooth load handling for workshops, warehouses, maintenance facilities, and light manufacturing operations.

Equipped with a powerful fan-cooled motor and a heavy-duty duty cycle rating, the SNER hoist is capable of handling demanding lifting tasks while maintaining consistent performance throughout extended work periods. Its single-speed lifting operation provides precise load control, while the automatic pull-rotor brake system ensures secure load holding and enhanced safety during operation.

The hoist features a compact, low-headroom design that maximizes lifting height without sacrificing strength. Its rugged aluminum body and durable internal components are engineered to withstand daily use in challenging industrial environments. Maintenance is also simplified through thoughtful design features such as an accessible control panel and reliable chain guide system, helping reduce downtime and service effort.

Operating on standard 115V or 230V single-phase power, the SNER series offers flexibility for facilities that may not have access to three-phase electricity. Available in multiple lifting capacities, it provides a versatile solution for a wide range of material handling applications.

Key Features

• Operates on standard 115V or 230V single-phase power
• Durable motor designed for consistent industrial performance
• Self-adjusting pull-rotor brake for secure load control
• Compact low-headroom construction for improved lifting clearance
• Heavy-duty chain and components built for long-term reliability
• Designed for workshops, maintenance operations, and industrial environments

The Harrington SNER Electric Hoist combines the convenience of single-phase power with the strength and reliability required for professional lifting applications.