Inspect a Forklift
OSHA and HRSDC report that over 10,000 workplace injuries connected to fork lifts happen each year. Driver error is the cause of many of these mishaps. Lack of appropriate equipment maintenance and check results in many others. Forklift maintenance and operation is not only the reason for personal injuries, but also of damage to property. Forklifts can damage sprinklers, building structures and overhead pipes, and other machinery when wrongly used. The following day by day check ups must be performed so as to lessen the chance of forklift accidents.
Turn the engine off prior to inspecting different fluid levels: engine oil, fuel, coolant, brake fluid and hydraulic oil. The tires must be inspected for signs of wear and tear. Check the tire air pressure. Check the forks' condition. The load backrest must be attached securely. Do a visual inspection of the top-clip retaining pin and heel. Then carry out an inspection of the mast chains, hydraulic hoses, stops and cables. Ensure that the finger and overhead guards are securely attached.
LP forklifts have propane tanks that need to be checked for signs of rust, corrosion or damage. Test the battery's charge and electrolyte levels. All belts must be checked for wear. Check to make certain the owner's handbook is stored on-board the forklift inside a storage compartment. Test the seat belt to make sure the latches are secure. Test the hood latch to ensure it is working as it should.
Start the forklift and listen to the engine noise to make sure there are no unusual sounds. If there are, investigate immediately. Check the steering controls and the accelerator. The parking break and the service break should be properly working.
The drive control and tilt control must be checked to guarantee proper functioning in both reverse and forward. Check the functioning of the hoist and lowering control, and the attachment control. Check the lights and horn. Afterward check the heater, defroster and wipers to make sure they are functioning smoothly. Check each and every gauge to ascertain that it is reading within functional limits.