The SLB200-20 Ingersoll Rand 1 Ton Capacity Manual Lever Hoist With 20ft Lift has 3/4 – 6 metric ton Line Pull Capacity. Meets ANSI/ASME B30.16 and all pertinent world standards, including the European Machinery Directive. The patent pending “Arrow-Notch” free chain system is simple and reliable. Just one hand turns the indicator and operators will enjoy the easiest free chaining we have ever tested. The silver series has a zinc-nickel-chrome plated finish, which is more durable and corrosion resistant than paint. Plus the SLB has the quality features you expect from Ingersoll Rand. The SLB200-20 Ingersoll Rand 1 Ton Capacity Manual Lever Hoist With 20ft Lift is designed by Ingersoll Rand to deliver safe, efficient, and dependable lifting performance across a wide range of applications.

One of the highlights is meets Specifications and HST – 3M standard. Value priced lever hoist with industrial rated performance. Low handle force required. Engineered for demanding environments, it offers one hand operation with the best free chaining available. If a load is applied in the free chain mode, the brake will automatically engage, minimizing operator setup error. It also provides 360 degree handle rotation. It also provides comfortable, rubber handle grip. It also provides reliable disc braking system,premium grade 100 alloy load chain and hardened swivel latch hooks. Light weight design for better portability.

In practical use, the SLB200-20 Ingersoll Rand 1 Ton Capacity Manual Lever Hoist With 20ft Lift excels in applications such as the SLB series lever hoists are ideal for a variety of applications including offshore drilling rigs, oil refineries and chemical plants, shipbuilding and shipyards, mining, utilities, steel mills and foundries, general construction, maintenance and repairs and rigging.

Reliability has always been a hallmark of Ingersoll Rand, and the SLB200-20 Ingersoll Rand 1 Ton Capacity Manual Lever Hoist With 20ft Lift reflects this tradition by ensuring dependable performance and consistent results over time.