Product Overview
Atlas Lifting and Rigging ACH-050-10-OP Manual Chain Hoist with Overload Protection
Built for high-capacity lifting with added safety, the ACH-050-10-OP manual chain hoist is designed to tackle the most demanding loads with confidence. Featuring a 5-ton (10,000 lbs) rated capacity, a 10-foot lift height, and integrated mechanical overload protection, this hoist is the dependable choice for environments where safety and strength are critical.
The overload protection system uses a mechanical slip clutch to prevent lifting beyond the hoist’s rated load, helping to protect equipment, structures, and personnel. A robust steel body, high-grade components, and smooth-operating mechanical brake ensure reliable, controlled lifting every time.
Key Features:
- 5-Ton Capacity with Overload Protection: The mechanical clutch stops lifting when the safe working load is exceeded.
- 10-Foot Lift Height: Suitable for general industrial and commercial heavy-lifting tasks.
- Heavy-Duty Steel Housing: Built for harsh conditions and repeated use.
- Weston-Style Mechanical Brake: Provides positive load holding and smooth operation.
- Grade 80 Alloy Steel Chain: Tough, corrosion-resistant chain for maximum durability.
- Swivel Hooks with Safety Latches: Forged steel hooks ensure secure, flexible rigging connections.
- Sealed Gear and Brake System: Protects internal components for extended service life.
Specifications:
- Model: ACH-050-10-OP
- Capacity: 5 Ton (10,000 lbs / 4,536 kg)
- Lift Height: 10 ft (3 m)
- Overload Protection: Integrated mechanical slip clutch
- Load Chain: Grade 80 alloy steel, black oxide finish
- Hand Chain: Zinc-plated steel
- Brake Type: Weston-style mechanical load brake
- Hook Type: Forged steel swivel hooks with safety latches
- Headroom: Approx. 22–24 inches
- Operating Temperature: -40°F to 140°F (-40°C to 60°C)
- Net Weight: Approx. 100–108 lbs
The Atlas ACH-050-10-OP provides peace of mind for critical lifting operations—combining professional-grade strength with enhanced safety through integrated overload protection.
