Mitsubishi outdoor lift trucks have earned the status of working at peak performance. To be able to get the longest life possible from your equipment, you need to take good care of it and do regular repairs. The lift truck would perform optimally as efficiently and safely as possible if you take really good care of it. The following tips below would really help you increase engine life and maintain engine performance.
Daily or Pre-Shift Inspections should be performed: By frequently checking all of the fluid levels within the engine, in addition to the other related things described within the forklift's Maintenance and Operation Manual, you will drastically maintain the performance and longevity of your equipment.
A PM or Planned Maintenance Program should be established and followed: A good planned maintenance program will closely follow the maintenance schedule of the engine which the manufacturer has set out. Several of the major things the planned maintenance program includes are replacing the engine oil and appropriate filters regularly.
It is also very beneficial to implement an engine oil analysis. This analysis will breakdown all the elements and materials present in the oil. For example, abnormally high amounts of metals or silica could indicate there may be a failed part inside of the engine. Additionally, these findings can indicate that the engine is ingesting dirty air. If these concerns are investigated and dealt with early on, you would greatly increase the overall engine life and help reduce repair costs.
Inspect and Change the Air Filter: Weak engine performance or poor fuel economy can be the outcome if you forget to inspect and or replace the air filter inside the engine regularly. For example, engine life could be significantly reduced if you are working with a restricted air filter which enables unfiltered and dirty air to be pulled into the engine.
The Cooling System needs to be Inspected: The life of an engine and its performance could be greatly affected by the cooling system. The engine is engineered and designed to work within a particular temperature range. Once that range is exceeded, damage could occur to the internal components of the engine. Frequent maintenance must include replacing the engine coolant also. Failure to perform this kind of maintenance could cause damaged engine components, particularly regarding any aluminum components.