Application Scenarios
Indoor Operations: In indoor environments such as warehouses and workshops, LPG forklifts feature clean emissions and low noise, avoiding serious pollution to the indoor environment and protecting the physical and mental health of workers. They can efficiently complete tasks like cargo handling and stacking.
- Outdoor Operations: LPG forklifts are robust and durable, adapting to various harsh outdoor conditions such as wet weather, dust, dirt, or uneven terrain. They are widely used in outdoor sites like construction sites, logistics parks, port terminals, and landfills.
- High-Environmental-Requirement Sites: In areas with strict environmental quality standards, such as food processing plants, pharmaceutical factories, and electronics factories, LPG forklifts become ideal material handling equipment due to their clean combustion characteristics, preventing product contamination.
Maintenance and Care
- Regular Inspections: Regularly inspect all components of the forklift, including tires, braking systems, hydraulic systems, and electrical systems, to ensure normal operation. Check for leaks in LPG cylinder valves and pipeline connections, and address any leaks promptly.
- Replacement of Wearable Parts: Replace wearable parts such as oil filters, air filters, and spark plugs at regular intervals based on the forklift’s usage frequency and working environment to maintain engine performance and service life.
- Cleaning and Maintenance: Keep the forklift clean by regularly removing dust and dirt from the body, forks, mast, and other components to prevent accumulation from affecting normal operation. Additionally, clean the engine compartment to avoid debris interfering with engine cooling and performance.
Working Principle
The engine of an LPG forklift mixes liquefied petroleum gas with air and burns it in the cylinder to generate heat energy. This energy pushes the piston to move, converting heat into mechanical energy to drive the forklift’s movements, such as traveling, lifting, and tilting. During this process, LPG flows out of the cylinder, undergoes decompression and vaporization, mixes with air in a specific ratio, and enters the engine’s combustion chamber for combustion.
The engine of an LPG forklift mixes liquefied petroleum gas with air and burns it in the cylinder to generate heat energy. This energy pushes the piston to move, converting heat into mechanical energy to drive the forklift’s movements, such as traveling, lifting, and tilting. During this process, LPG flows out of the cylinder, undergoes decompression and vaporization, mixes with air in a specific ratio, and enters the engine’s combustion chamber for combustion.
