Atlas Lifting and Rigging ACH 10 Ton Chain Hoist 30 Ft. Lift

Atlas Lifting and Rigging ACH-100-30 Manual Chain Hoist

The ACH-100-30 is engineered for serious lifting power and extended reach. With a 10-ton (20,000 lbs) capacity and a 30-foot lift height, this manual chain hoist is ideal for large-scale industrial and construction applications requiring deep vertical lifting or access to elevated loads. Built to out-perform in the most harsh environments, it delivers consistent, safe operation for the heaviest lifting demands.

The hoist features a durable all-steel housing, precision-machined gearing, a Weston-style mechanical brake, and a Grade 80 alloy steel load chain—ensuring smooth manual operation and long-term reliability under full capacity. Forged swivel hooks with safety latches provide secure, flexible connections on every lift.

Key Features:

• 10-Ton Rated Capacity: Handles substantial loads with strength and control.
• 30-Foot Lift Height: Extra-long reach for deep lifts or tall structure applications.
• Heavy-Duty Steel Construction: Built to perform in harsh, high-demand work environments.
• Weston-Style Load BrakeAutomatically engages to hold and control the load securely.
• Grade 80 Alloy Load Chain: High-strength, corrosion-resistant chain built for heavy-duty use.
• Forged Swivel Hooks with Safety Latches: Allow 360° rotation and reliable load engagement.
• Smooth Chain Operation: Designed for efficient manual use with minimal effort.

Specifications:

• Model: ACH-100-30
• Capacity: 10 Ton (20,000 lbs / 9,072 kg)
• Lift Height: 30 ft (9 m)
• 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. 30–34 inches
• Operating Temperature: -40°F to 140°F (-40°C to 60°C)
• Net Weight: Approx. 390–410 lbs

The Atlas ACH-100-30 delivers reliable power and extended reach for heavy lifting operations where high capacity and deep access are critical.