Atlas Lifting and Rigging ALH-016-05-OP Manual Lever Hoist with Overload Protection

The ALH-016-05-OP delivers powerful lifting performance with added safety in a compact, durable design. With a 1.5-ton (3,000 lbs) lifting capacity and 5-foot lift height, this lever hoist is perfect for precise, short-range lifts in demanding industrial, construction, or utility applications. The built-in mechanical overload protection adds an extra layer of operational safety, automatically engaging to prevent damage caused by excessive loads.

This hoist features a rugged steel body, a heat-treated alloy steel load chain, and ergonomic controls for smooth and efficient operation. The forged swivel hooks with safety latches allow for flexible and secure rigging in tight spaces or angled positions.

Key Features:

• 1.5-Ton Capacity with Overload Protection: The integrated slip clutch mechanism prevents overloading, safeguarding both users and equipment.
• 5-Foot Lift Height: Ideal for confined-space lifting and precision load positioning.
• Durable Steel Construction: Withstands rigorous use in tough work environments.
• Heat-Treated Alloy Steel Chain: Delivers strength, wear resistance, and long-term durability.
• Ergonomic Lever Handle: Designed for comfort and control with minimal operator fatigue.
• Three-Position Selector: Enables quick switching between lifting, lowering, and free-chain functions.
• Swivel Hooks with Safety Latches: Ensure flexible and reliable load attachment.

Specifications:

• Model: ALH-016-05-OP
• Capacity: 1.5 Tons (3,000 lbs / 1,360 kg)
• Lift Height: 5 ft (1.5 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 Range: -40°F to 140°F (-40°C to 60°C)
• Net Weight: Approx. 25 lbs (11.3 kg)

The Atlas ALH-016-05-OP offers reliable lifting power, compact form, and enhanced safety—making it an excellent choice for professionals who need secure and controlled lifting in space-restricted environments.