EN
Vehicle Lift
Periodic inspection of vehicle lifts: columns and arms, hydraulic cylinders, safety lock and platform examination by authorised engineers with signed reports.
Vehicle lift periodic inspection is the examination and testing, by authorised engineers, of two- or four-post lifts that raise vehicles for maintenance and washing, seated under the vehicle or into locking arms. The load-bearing structure, hydraulic lifting organ, mechanical/electrical safety chain and platform connections are assessed. As personnel work under lifted tonnes of vehicle, safety faults in this equipment fall into the unforgivable class.
Lift Types and Inspection Focus
Typically two-post asymmetric/symmetric arm lifts, four-post platform lifts and scissor lifts are seen. Inspection focus:
- Columns: carrier profile, runway surface, sliding trucks and rollers
- Lifting arms and rubber pads: crack-deformation, integrity of the vehicle contact face
- Hydraulic system: pump, cylinder, hoses-pipes, synchronisation valve
- Safety lock: automatic gear/mechanical latch, overload and fall arrest (rope/safety lock), emergency lowering valve
- Electrical: limit switches, control, alarm and motor protection; on platform types ramps and sensors
Periodic Inspection Items
- Structural examination: Fatigue cracks and permanent deformation in column and arm weld zones; tightness of floor anchor bolts and chemical exposure traces.
- Hydraulic test: Lift-lower behaviour at nominal load; hold drift measurement; hose ageing, cracking and leak control. Cylinder burst protection valves are verified for presence and function.
- Safety lock: Holding of the staged latch at every position, automatic lock release cable/control; functional test of the emergency lowering (valve pressure release) manoeuvre.
- Synchronisation: Measurement of height difference between columns; out-of-tolerance deviation causes truck rubbing and vehicle torsion.
- Electrical: Upper-lower limit switches, phase protection, earthing continuity, emergency stop; cable chain/power line integrity.
- Load test: Function test at nominal capacity (usually evenly distributed simulation load); consistency of the capacity plate with manufacturer data and the presence of the instruction manual.
Legislation and Standards
As work equipment performing pressurised-fluid lifting that directly concerns personnel safety, lifts are subject to periodic control at least once a year under Law No. 6331 and the Work Equipment Regulation. The technical reference is TS EN 1493 (vehicle lifts), with design and test rules in EN 1493-2 and mechanical safety requirements in the relevant EN series. Compatibility of the vehicle lift points (jack points) is audited against the manufacturer instruction; a lift without a plate or instruction is reported as non-compliant.
Risks and Operator Recommendations
The heaviest accident scenario is work performed without the mechanical safety lock engaged: a hydraulic leak or hose burst ends with the vehicle suddenly descending. Operators must be trained on the rule "enter the vehicle only after hearing the lock"; axle stands must be in the maintenance kit. Seating the arms on wrong lift points crushes the chassis and increases the injury weight. On four-post platform lifts, the ramp lock pin and wheel stops must be checked each shift. Hydraulic oil temperature and level are followed seasonally; slow lifting in cold is a leak precursor. For heavy commercial vehicles (vans, minibuses) approaching capacity, the load distribution must be kept symmetrical.
Outcome
At the end of the inspection a signed report showing the compliance of structure, hydraulics, lock and electrical systems is issued. Vehicle lift inspections belong to our Lifting and Handling Machines service. For a single programme with your workshop equipment (presses, welding machines), contact us.
FAQ on Vehicle Lift Inspection
A vehicle lift (post or scissor platform) lifts cars and light commercials for maintenance right above and around people. The hazard is two-way by nature: a failed mechanical lock or hydraulic leak produces a drop with a person underneath, while insufficient capacity or a wrong lift point creates tip-over and structural fracture risk. The control runs yearly under TS EN 1493 (platforms for inadequate access) and the Work Equipment Regulation.
Visual-wear-weld-crack examination of arm-post-scissor load members with pin-bushing play; hydraulic cylinder-hose-pipe leaks, lowering-safety valve with mechanical lock (pawl-tension spring) function and load hold-measurement, carriage-rail-bearing friction; motor-pump-level-overcurrent-control button lock, synchronisation (mechanical or hydraulic-accumulator) control; anchor-floor integrity, non-slip top surface, lift-point adapter label-calibration; lift-lower-hold under load (1.15/1.25 trials per standard practice) with capacity plate verification.
Dead mechanical lock pawl, missing-leaking lowering valve, arm pin-bushing beyond wear limit, cracked load weld, broken sync (one side lagging), loosened anchor-floor crack, unreadable capacity plate or undefined lift points: red tag out of service. Repair follows manufacturer instruction with authorised service and repeats the test-function verification. Operating rule: no one goes under the platform without support blocks and the mechanical lock engaged.
Beyond the yearly engineer control, a daily pre-use quick look (leaks, lock sound, sync) and a monthly test (lock engagement, alarm button) are planned; high-duty automotive and inspection stations add interim checks against fault-impact. Operator training covers capacity-lift point-positioning rules, lock-support procedure and emergency lowering. Records (reports, test logs, maintenance cards) stay in the OHS file and are presented in audits.