Harrington LB Lever Hoist, Hook Mount


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Product Description

Manufacturer Description

The Harrington LB lever hoist with hook mount is a compact, manually operated hoist with all steel construction for strength; and low headroom, a handle with 360-degree rotation and 15-degree recovery strokes, and mount and load hooks with 360 degree rotations for work in small spaces and at any angle. This hoist has a spring-loaded freewheel to facilitate rapid adjustment of the load chain with one hand, and helps prevent accidental freewheeling when a load is on the chain. The Weston-style brake has two moisture-resistant brake pads, four braking surfaces, and two brake pawls to help ensure reliability. The brake is completely covered for protection from dirt and moisture. The forged, heat-treated alloy steel mount hook and load hook resist fracture under stress. The mount hook is a pivot and swivel hook for use with rigging applications. The grade 100 heat-treated load chain is nickel-plated and corrosion resistant. This hoist also has a rubber handle grip for non-slip operation, and machined, heat-treated, split load double reduction gears for durability. The Harrington LB lever hoist is typically used in construction, mining, manufacturing, and shipbuilding applications, but can be employed for similar purposes in other industries. This hoist is factory load tested to 125% of rated load capacity in accordance with American National Standards Institute/American Society for Mechanical Engineers (ANSI/ASME) requirements. It also complies with ANSI/ASME B30.21 and ANSI/ASME HST-3M standards. When used according to manufacturer’s recommendations, this product is covered by a two-year warranty from date of shipment against defects in workmanship or materials.

Hoists are devices that use relatively small amounts of force to lift, lower, and move heavy loads. Manual hoists transfer a small, hand-exerted force across a series of gears or pulleys that multiply the force into one large enough to lift the designated load. This makes it possible for an operator to manage heavy loads. The manual force is usually applied using a hand chain, lever, or ratchet pulley, lifting the load by a hook attached to a chain, rope, or wire. Many manual hoists use disk brakes called Weston-style brakes that hold the load in place while the operator’s hands are released to make the next pull, secure the load once it has been lifted, and control the descent of the load as it is lowered. Manual hoists also may use ratchets instead of brakes to secure and control the load. Hoists are commonly suspended from structures by hook or trolley mounts, and used in a variety of industries including transportation, construction, manufacturing, mining, plumbing, foundry, and material handling.

Load capacity is the maximum rated load a hoist can handle. While manufacturers may indicate they have tested a hoist beyond its limits, operators should never attempt to lift a load heavier than the maximum rated load capacity. Pull force describes the amount of force that needs to be applied to lift a load. If a 1/2 ton manual hoist specifies a pull force of 40 lbs., for example, the operator needs to be able to pull a 40 lb. weight in order to lift the maximum 1/2 ton (500 lb.) load. Headroom is the distance from the bottom of the load hook to the top of the hoist. This is the minimum amount of vertical space needed for the hoist to hang freely and operate correctly. Lift is the maximum vertical distance the load hook can move a load.

Harrington Hoists manufactures hoists and cranes. The company, founded in 1854 and headquartered in Manheim, PA, meets International Organization for Standardization (ISO) standard 9001.

Product Features

Compact manual lever hoist and hook mount with all-steel construction for strength; low headroom for work in small spaces and at any angle Spring-loaded freewheel facilitates rapid adjustment of load chain with one hand, and helps prevent accidental freewheeling when a load is on the chain Mechanical brake with two moisture-resistant brake pads, four braking surfaces, and two brake pawls to help ensure reliability Factory load tested to 125% of rated capacity in accordance with ANSI/ASME requirements Complies with ANSI/ASME B30.21 and ANSI/ASME HST-3M standards

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