Product Overview
Atlas Lifting and Rigging TCH-015-20 Manual Chain Hoist – 1.5 Ton Capacity, 20 ft Lift
The TCH-015-20 Manual Chain Hoist from Atlas Lifting and Rigging is designed for high-reach lifting applications that demand power, control, and durability. Featuring a 1.5-ton (3,000 lb) lifting capacity and a generous 20-foot lift height, this hoist is ideal for jobs requiring elevated load handling—such as overhead installations, tall structures, or high-bay warehouse operations.
Engineered with a heavy-duty steel housing and Grade 80 alloy steel load chain, this hoist ensures reliable performance under load while maintaining smooth manual operation. Its compact, portable form factor makes it easy to deploy on a variety of job sites, and safety features, such as forged swivel hooks with latches, provide secure, flexible rigging.
Key Features:
- 1.5 Ton (3,000 lb) Lifting Capacity: Perfect for mid-range industrial and rigging tasks.
- 20 ft Lift Height: Optimized for tall lifts and high-clearance requirements.
- Durable Steel Body: Protects internal gearing and withstands harsh environments.
- Grade 80 Load Chain: Strong, wear-resistant, and designed for heavy-duty use.
- Smooth Hand Chain Operation: Precision gear mechanism reduces effort and enhances control.
- Swivel Top and Bottom Hooks: Equipped with safety latches for secure, versatile load attachment.
- Compact and Reliable: Built for portability and long service life.
Specifications:
- Model: TCH-015-20
- Capacity: 1.5 Ton (3,000 lbs / 1,360 kg)
- Lift Height: 20 feet (6.1 meters)
- Load Chain: Grade 80 alloy steel
- Chain Diameter: Approx. 7.1 mm
- Hand Chain Pull (Full Load): Approx. 74 lbs
- Hook Type: Forged swivel hooks with safety latches
- Finish: Industrial-grade corrosion-resistant coating
- Net Weight: Approx. 34 lbs (15.4 kg)
The Atlas TCH-015-20 combines strength, precision, and extended reach for applications where both safety and lifting height are critical. It’s the go-to manual chain hoist for professionals who demand consistent performance in elevated lifting conditions.
