The outdoor forklifts made by Mitsubishi have earned a great reputation of working at peak performance. You do however have to take good care of it and perform regular repairs in order to get the longest life possible from your machine. If you take good care of your forklift it would work in an optimum way and as efficiently and safely as possible. The following tips below will help you maintain engine performance and increase engine life.
Daily or Pre-Shift Inspections must be performed: By regularly checking all of the fluid levels within the engine, along with the other related items described in the Maintenance and Operation Manual of the forklift, you will considerably maintain the performance and longevity of your machine.
Establish and Follow a PM or Planned Maintenance Program: A good planned maintenance program will really follow the maintenance schedule of the engine that the manufacturer has set out. Several of the major things the planned maintenance program includes are regularly replacing the engine oil and appropriate filters.
Implementing an engine oil analysis program is also really helpful. It could help to provide a totally detailed breakdown of all the materials which are found in the oil. For instance, unusually high amounts of metals or silica can indicate there might be a failed part inside of the engine. Additionally, these findings can indicate that the engine is ingesting dirty air. If these problems are investigated and dealt with early, you will really help reduce repair costs and increase the overall engine life.
The Air Filter needs to be Inspected or Changed: Weak engine performance or poor fuel economy could be the outcome if you forget to periodically check and or replace the air filter inside the engine. Like for example, engine life could be significantly reduced if you are working with a restricted air filter that allows dirty and unfiltered air to be pulled into the engine.
The Cooling System needs to be Checked: The cooling system could greatly affect the performance and life of an engine. The engine is designed and engineered to work within a particular temperature range. Once that range is exceeded, damage may occur to the internal parts of the engine. Frequent maintenance must include replacing the engine coolant as well. Failure to perform this type of maintenance can result in damaged engine components, especially regarding any components which are made of aluminum.