Product Overview
Atlas Lifting and Rigging ACH-010-30 Manual Chain Hoist
The ACH-010-30 Manual Chain Hoist from Atlas Lifting and Rigging is built for high-reach lifting applications that demand strength, control, and reliability. Featuring a 1-ton lifting capacity and a 30-foot lift height, this hoist is ideal for tall structures, deep access points, or elevated rigging scenarios where extra vertical clearance is required.
With heavy-duty construction, smooth hand chain operation, and a reliable mechanical load brake, the ACH-010-30 offers exceptional performance in industrial, construction, and maintenance environments. This hoist is designed to deliver long-lasting operation while maintaining safety and ease of use.
Key Features:
- 30-Foot Lift Height: Designed for extended vertical lifts in tall or deep-set environments.
- 1-Ton Capacity: Handles lifting tasks such as equipment installation, structural positioning, and heavy material handling.
- All-Steel Housing: Resists impact, corrosion, and job site abuse.
- Weston-Style Load Brake: Ensures secure load holding at any position.
- Smooth Hand Chain Operation: Low effort is required for consistent lifting control.
- Swivel Hooks with Safety Latches: Allow for flexible rigging and reduced chain twist.
- Maintenance-Friendly Design: Sealed internal components help protect against debris and wear.
Specifications:
- Model: ACH-010-30
- Capacity: 1 Ton (2,000 lbs / 907 kg)
- Lift Height: 30 ft (9 m)
- Load Chain: Grade 80 alloy steel, black oxide finish
- Hand Chain: Zinc-plated steel
- Hook Type: Forged steel swivel hooks with safety latches
- Brake System: Mechanical Weston-style load brake
- Headroom: Approx. 12–15 inches
- Operating Temperature: -40°F to 140°F (-40°C to 60°C)
- Net Weight: Approx. 50–55 lbs
The Atlas ACH-010-30 is the go-to choice for professionals who need reliable, extended-lift performance without compromising on safety or quality. Whether working in tall industrial structures or deep excavation sites, this hoist stands up to the challenge.
