Engine For Air Compressor​

The JX-350AS model is designed to function in pressures between 0.7 MPa and 1.3 MPa (102 to 189 psi); the versatile feature is to cater to all compression requirements. Free Air Delivery (FAD) achieving up to 44m³/min (1555.3CFM at 0.7MPa makes sure of a constant provision of compressed air to cater to the demands of every application. As a 250 kW (350 hp) engine, the product is specifically designed to drive demanding air compressors. The electrical power on the unit is 32KVA consuming 44 KW of power when running and measures 3760 mm x 2260 mm x 2200 mm in size and weighs 5900 Kg which makes it stable and rugged.

• High Performance: Intended to work at numerous pressure rates and produce air volume up to 44 m³/min (1555.3 CFM) – perfect for heavy-duty use.
• Versatile Pressure Settings: These may be used at varying pressure ranges of 102, 116, 145, and 189 psi to suit different fields of operation.
• Powerful Output: Powered by a 250 kW (350 hp) engine power provides efficiency and air compression strength suited for industrial use.
• Heavy-Duty Design: Designed to sustain severe conditions this engine has long steady working capability in complex circumstances/conditions.

• Engine Unit: The main component of the provided system, which is needed for providing the necessary amount of power for driving the air compressor and guaranteeing a constant air supply.
• Cooling System: Permits constant supply of fresh cool air to the engine thus maintaining the engine temperature, preventing overheating during its operations.
• Air Filter: Filters the air which comes next requiring dust and other corrodible materials to ensure internal parts of the equipment are not damaged in the process of operation.

• Regular Maintenance: It remains crucial to make regular inspections and service of all those parts in order to get the maximum lifespan of the compressor.
• Safe Pressure Monitoring: The manufacturer should monitor the level of pressure to avoid it going over the maximum operational pressure levels to minimize complications.
• Adequate Ventilation: Subsequently, one should ensure they make good use of the compressor within a well-ventilated area to avoid condensing within the system to avoid overheating.

• Construction Sites: Serves the power required to run huge air compressors used in pneumatic tools as well as other construction machinery.
• Industrial Manufacturing: Most appropriate for use in factories where a constant power supply is needed in operating air compressors that are used in operations and manufacturing.
• Heavy Equipment Maintenance: Aids in the compression of air for purposes of testing and servicing of industrial plant and machinery.
• Fabrication Workshops: Makes available high volume of air pressure for uses in metal fabrication and welding as well as other tasks that need a lot of air pressure.