How to Operate and Inspect Shop Lifting Equipment Safely

To operate and inspect shop lifting equipment safely, confirm that the lift or hoist suits the load, inspect its safety-critical parts, load it at approved lifting points, and use its mechanical locks before anyone works beneath it. Raise the load a short distance for a stability check, then record the inspection, defects, isolation, repairs, and authorisation to return the equipment to service. Follow your workplace procedures and the manufacturer’s instructions; the manufacturer’s instructions take priority where they are more specific.

What to check before you put anything on the lift

Have these items ready before you start:

• The manufacturer’s operating instructions and the equipment’s identification or capacity plate.
• Training or authorisation to operate that particular lift or hoist.
• A clear, well-lit work area with a suitable floor and enough room for the load, controls, and escape route.
• The inspection or defect-report form used by your workshop.
• Lockout or isolation equipment and an out-of-service tag if you find a defect.

1. Confirm that the equipment suits the job. Check the type of lift, rated capacity or working load limit, maximum height, lifting-point requirements, and any restrictions on vehicle size or shape. Never rely on an estimate of the load. If the vehicle or object’s weight is unknown, obtain reliable information before loading it.
2. Check the floor and surrounding area. The lift must stand on a sound, level surface suitable for the equipment. Remove oil, tools, parts, and other trip hazards. Make sure overhead doors, lights, beams, shelving, and nearby vehicles will not obstruct the load or your escape route.
3. Inspect the frame, posts, arms, platforms, welds, anchor points, ramps, and other structural parts. Look for cracks, distortion, corrosion, loose fasteners, damaged guards, or anything that has moved from its normal position.
4. Examine cables, chains, hoses, hooks, slings, shackles, and other load-supporting parts. Look for broken wires, stretched or kinked cables, damaged links, worn hooks, missing safety latches, cuts, abrasion, leaks, and poor routing. Check that pins, retainers, clips, and locking devices are present and secure.
5. Test the controls without a load, following the manufacturer’s procedure. Check that the raise, lower, stop, and direction controls respond correctly. Confirm that emergency stops and emergency lowering controls are accessible and clearly marked. Do not bypass a guard, interlock, limit switch, or control.
6. Check the hydraulic and electrical systems. Hydraulic oil, damaged hoses, loose fittings, exposed wiring, damaged plugs, burning smells, unusual heat, or a tripped circuit protection device needs investigation before use. Do not put your hand near a suspected hydraulic leak; pressurised fluid can penetrate skin.
7. Check the mechanical locking system. Operate it as the manufacturer specifies and confirm that the locks engage correctly. The lift must not rely on hydraulic pressure alone. A lock that is bent, obstructed, worn, or unwilling to engage makes the lift unsafe for work beneath the load.
8. If any check fails, stop. Keep people away, isolate the equipment according to site procedure, attach an out-of-service tag, and report the defect to the responsible person. Don’t adjust, weld, remove guards, replace parts, or improvise a repair unless you’re authorised and competent to do that work.

How to load the equipment without making it unstable

Use the manufacturer’s lifting-point diagram, not the part of the vehicle that is easiest to reach. The lift must support the load at points designed for that purpose, with the weight distributed across the equipment.

1. Read the vehicle or load information and identify the approved lifting points. Remove or secure loose tools, parts, body panels, equipment, and anything that could fall or shift as the load rises.
2. Position the vehicle or object centrally. For a vehicle lift, align it with the centreline and place the wheels, pads, forks, or hooks exactly as specified. Keep the centre of gravity within the supported area. A heavy attachment or uneven cargo may require a different position or a different lifting method.
3. Apply the parking brake where applicable, select the required transmission setting, and use wheel chocks or other restraints if the manufacturer or local procedure requires them. Do not depend on the parking brake alone to prevent movement during positioning.
4. Set the lifting points or attachments firmly against the approved contact areas. They must be fully seated, at the correct height, and clear of pipes, cables, plastic parts, fuel tanks, or other components that could be crushed or displaced.
5. Recheck the rated capacity, weight distribution, and condition of every attachment. The combined load must remain within the equipment’s working load limit, including any adapters or extensions that affect the manufacturer’s limits.
6. Clear the danger zone and raise the load only a small distance. Stop and check that all lifting points are carrying evenly, the load is level, the wheels or attachments remain secure, and no part is catching on the floor or surrounding equipment.
7. If the load tilts, shifts, creaks, slips, or moves unevenly, stop raising it. Lower it if the manufacturer’s procedure permits, and correct the problem from a safe position. Never try to steady a moving load with your hands or feet.

Never exceed the rated capacity, lift an unsupported end, or add counterweights, blocks, adapters, or extensions that the manufacturer has not approved.

How to raise, lock, work under, and lower the load

Operate the controls smoothly and stay at the control position while the lift is moving. Keep visual contact with the load, lifting points, and surrounding area. If you can’t see them, use a trained spotter and an agreed signal system.

1. Warn everyone nearby and establish an exclusion zone. No one should stand beneath, beside, or in the path of a moving or suspended load.
2. Raise the load slowly to the low-height inspection position. Stop before it reaches working height and check stability, clearance, alignment, attachment seating, and signs of hydraulic, electrical, cable, or chain trouble. The load should remain level and secure, with no unexpected movement.
3. Continue raising only when the low-height check is satisfactory. Stop immediately for unusual noise, jerky motion, drifting, vibration, contact with an obstruction, or any change in the load’s position.
4. Raise the equipment to the required working height, then lower it gently onto the mechanical locking devices. Confirm visually or by the approved control indication that the locks have engaged on both sides or at every required support point.
5. Put the controls in the required safe position and, where the procedure calls for it, isolate the power before working beneath the load. The mechanical locks, not hydraulic pressure alone, must carry the load while people work underneath.
6. Use the emergency stop or emergency lowering system only as intended by the manufacturer and site procedure. An emergency control doesn’t make it safe to enter the danger zone or bypass a failed lock. If an emergency function has been used because of a fault, keep the equipment out of service until it has been assessed.
7. Before lowering, remove tools, stands, hoses, cables, and loose parts from beneath and around the load. Make sure every person is outside the danger zone and warn them that lowering is about to begin.
8. Raise the load slightly off the locks if required by the equipment instructions, release the locks using the normal control, and lower slowly while watching for obstructions and unexpected movement. Return the lift to its designated parked position and leave the controls as specified by the manufacturer.

When to stop using the lift and report it

Stop the operation and keep the equipment out of service if you see or hear anything that could affect stability, load support, or control. Warning signs include:

• Unusual noise, vibration, jerky movement, sudden stops, or uneven raising or lowering.
• Load drift while the controls are released or the lift is resting on its locks.
• Cracked or distorted metal, damaged welds, corrosion, loose anchors, missing fasteners, or a moving post or platform.
• Frayed, stretched, kinked, crushed, or poorly seated cables or chains.
• A hook, pin, arm, pad, latch, guard, or lock that is worn, bent, missing, or unable to engage.
• Hydraulic oil leaks, damaged hoses, falling pressure, exposed wiring, burning smells, or controls that stick or fail to respond.
• An emergency stop, limit switch, interlock, alarm, or indicator that doesn’t work as intended.

1. Stop the lift using the normal control if it’s safe to do so. Keep people away from the load and don’t work beneath it.
2. If the load is suspended, follow the site’s emergency procedure. Don’t crawl under it, attempt to release a jammed lock, or try to repair the fault while it’s carrying a load.
3. Isolate the power or energy source using the approved procedure, then attach a clear out-of-service label. The label should identify the defect and prevent another person from operating the equipment accidentally.
4. Report the problem to the supervisor, maintenance team, or other designated responsible person. Describe what happened, where it happened, and whether a load was involved.
5. Keep the equipment isolated until an authorised person has inspected it, completed the repair, and carried out any required function or load test. Only the person designated by your workplace should authorise its return to service; removing a tag without that authorisation is not a repair.

How to finish the inspection record properly

Complete the record as soon as the inspection is finished, while the details are still clear. The entry should identify the equipment and connect the inspection with any defect, corrective action, isolation decision, and release for use.

1. Record the equipment identification, location, date, time if required, and the operator’s name. Include the type of inspection, such as pre-use, post-use, maintenance, or a formal competent-person inspection.
2. Mark each inspection item as satisfactory, defective, or not applicable. Describe the actual defect rather than writing only “failed”. For example, state that a lock did not engage on the left post or that hydraulic oil was visible at a hose fitting.
3. Record the action taken. State whether the equipment was stopped, isolated, labelled, reported, repaired, adjusted, or left awaiting parts. Add the work order or defect reference if your system uses one.
4. Record who inspected the equipment, who carried out the repair or test, and who authorised its return to service. The return-to-service entry should confirm that the defect was addressed and that the required test or inspection was completed.
5. If the equipment was involved in an incident, overload, dropped load, emergency lowering, or unusual event, record that separately and follow the site reporting procedure.
6. File the record where operators and maintenance staff can find it, while retaining it for the period required by your workplace rules and applicable regulations. Review recurring defects instead of repeatedly treating the same symptom.

Daily operator checks don’t replace scheduled servicing, manufacturer instructions, or inspections by a competent person. Those activities may include detailed examination, measurements, load testing, electrical checks, hydraulic assessment, and review of structural components that aren’t visible during normal use. The lift is ready only when the required checks are complete, no unresolved defect affects safe operation, and the authorised person has released it for use.

Conclusion

Before each lift, confirm suitability and capacity, inspect the equipment, load at approved points, perform the low-height check, engage the mechanical locks, and record the result. If a defect appears, isolate and label the equipment instead of working around it. Keep the manufacturer’s instructions and your site’s emergency and reporting procedures available at the lift so operators can make the same safe checks every time.

Frequently Asked Questions

Can I work under a vehicle while it is held only by hydraulic pressure?

No. Use the lift’s mechanical locking system as specified and confirm that the locks are engaged before entering the area beneath the vehicle. Hydraulic pressure alone can be lost through a fault or leak.

What should I do if I don’t know the vehicle’s weight?

Don’t load it until you obtain reliable weight information and confirm that the lift, attachments, and lifting points are suitable. Never guess or rely only on the vehicle’s appearance.

Who can return a defective lift to service?

The person designated by your workplace and competent for that decision should review the repair, complete any required test or inspection, and authorise the return. An operator should not remove an out-of-service tag without that authorisation.