Product Overview
Atlas Lifting and Rigging ALH-010-15-OP Manual Lever Hoist with Overload Protection
Engineered for elevated lifting and safety-focused applications, the ALH-010-15-OP delivers a strong combination of 1-ton capacity, 15-foot lift height, and mechanical overload protection. It’s a dependable solution for professionals who need both extended reach and built-in safeguards for demanding rigging environments.
The integrated slip clutch overload system is designed to prevent overloading by disengaging the lifting mechanism when the rated capacity is exceeded. This adds an essential layer of operator safety and equipment protection, especially in high-risk or high-repetition lifting scenarios. The robust steel construction and heat-treated alloy steel chain provide exceptional durability in construction, industrial, and maintenance settings.
Key Features:
- 1-Ton Load Capacity with Overload Protection: Prevents overloading to protect the user and prolong equipment life.
- Extended 15-Foot Lift Height: Supports long vertical or horizontal lifting and pulling tasks.
- Durable Steel Frame: Withstands harsh job site conditions and daily use.
- Alloy Steel Load Chain: Heat-treated for maximum strength and wear resistance.
- Ergonomic Lever Handle: Comfortable, low-effort operation with a secure grip.
- Three-Mode Selector: Enables lifting, lowering, and neutral (free-chain) operation.
- Forged Swivel Hooks with Safety Latches: Provide secure and flexible rigging options.
Specifications:
- Model: ALH-010-15-OP
- Capacity: 1 Ton (2,200 lbs / 1,000 kg)
- Lift Height: 15 ft (4.6 m)
- Overload Protection: Mechanical slip clutch
- Load Chain: Heat-treated alloy steel
- Lever Handle Length: Approx. 14 inches
- Hook Type: Forged steel swivel hooks with safety latches
- Operating Temperature: -40°F to 140°F (-40°C to 60°C)
- Net Weight: Approx. 23 lbs (10.4 kg)
The Atlas ALH-010-15-OP offers peace of mind with every lift—combining performance, reach, and built-in safety to meet the needs of professionals in critical lifting situations.
