Enerpac GBJ008A Hydraulic Bottle Jack 5.9375 in Stroke

Product Description

The ENERPAC GBJ008A is a manual hydraulic bottle jack designed for heavy-duty lifting in industrial, construction, and maintenance applications. Operating on a hydraulic bottle jack principle, it delivers a 5.9375-inch piston stroke, allowing users to raise loads through a substantial range of travel. The unit is manually actuated and built for use in environments where controlled, precise lifting force is required. Licensed mechanics, millwrights, and industrial maintenance technicians are the primary installers and operators of this equipment.

The GBJ008A is suited for stationary lifting tasks in industrial plants, construction sites, and equipment maintenance bays. Its bottle jack form factor makes it appropriate for use under beams, machinery bases, vehicle frames, and structural members where vertical clearance is available. The compact footprint allows placement in confined base areas while still delivering a long piston stroke for extended lift range.

Key Features

• 5.9375-inch piston stroke for extended lift range in a single pump cycle sequence
• Hydraulic bottle jack design provides stable, controlled load support during lifting operations
• Manual actuation gives the operator direct control over lift speed and load positioning
• Compact base dimensions of 3.54 inches by 5.67 inches suit tight placement scenarios
• Single-unit packaging with a minimum order quantity of one

Compatibility

Designed as an OEM-style replacement and direct-use hydraulic bottle jack for industrial and maintenance lifting applications where a manual bottle jack with a 5.9375-inch piston stroke is specified.

Installation Notes

Hydraulic bottle jacks must be placed on a firm, level surface before applying any load. Always de-energize or power down connected equipment and relieve any stored pressure before positioning the jack beneath a load. Load must be centered over the saddle to prevent side-loading, which can damage the piston or cause instability. Follow applicable ASME B30.1 or site-specific safety standards for jack use and never exceed the rated capacity of the unit.