Two-Stage Pm Screw Air Compressor​

It uses an inlet air pressure of 0.6, 0.7, 0.8, 1.0, or 1.3 MPa (87, 102, 116, 145, and 189 psi) allowing you to manage the air compression requirement effectively. When at a low-pressure setting, the impact model delivers a Free Air Delivery (FAD) ranging from 32 m³/min to 19 m³/min at higher pressures. With the help of a strong 132 kW (180 hp) motor, the unit is specifically designed for engaging the most demanding industrial applications. It measures 2600mm wide, 1900mm deep, 1890mm high, and weights 3000 Kg making it suitable for large operations. The DN80 pipe diameter allows compatibility with large industrial pipe systems for the supply of air efficiently.

• Two-Stage Compression: Facilitates, increased efficiency of energy use through two stages of compression while delivering high volumes of air.
• Flexible Pressure Settings: It functions at different pressure ranges and thus is suitable for numerous industrial applications, which need distinct pressure in the air.
• High Free Air Delivery: It provides the FAD ranging from 16 m³/min to 32 m³/min (566.4 CFM to 1129.9 CFM) to meet the maximum air demand for challenging operations in the industrial sectors.
• Powerful Motor: It is provided with a 132 kW (180 hp) motor that will ensure efficient output and longevity for operations in the industrial environment.
• Sturdy and Compact Design: Designed for extended production lines in large industrial applications with reasonable mass and dimensions for steady and uninterrupted running.
• Large Pipe Diameter: The DN80 pipe size is made for large-volume air conveying appropriate for intense industrial applications.

• Compressor Unit: That portion of the core system that is necessary to deliver not only the requisite discharge air compression at the various pressures it accomplishes this as well.
• Air Filters: Clean air is to be taken in order to make sure that there won’t be any sort of intrusive particles getting into the internal parts of this car to cause wear.
• Lubrication System: This contributes to the free operation of rubbing surfaces and the extension of serviceability of the compressor.
• Pressure Regulator: Able to maintain stability on its pressure output in a manner that none reaches the dangerous pressure as far as its operation is concerned.
• Piping and Fittings: Must be inspected frequently for the presence of any signs of leakages, or for any blockage in the airflow.

• Regular Maintenance: Check and replace air filters, lubricants, and hoses from time to time to enhance the performance of the equipment.
• Stable Power Supply: It is also important to ensure the power supply is in accord with the compressor to mark out power problems.
• Monitor Pressure Levels: Make sure that there is proper regulation of pressure to prevent the occurrence of pressure surges that may lead the system to overspend.
• Adequate Ventilation: It is recommended that adequate space must be created around the compressor to minimize heat build-up when in use for longer durations of time.

• Manufacturing Plants: Ideal for industries involving the utilization of many machines and various production lines that need compressed air.
• Construction and Engineering Projects: Used to deliver air pressure for operating air tools and other rigorous equipment within construction sites.
• Automotive Industry: Perfect for manufacturing processes such as assembly lines and other automotive processes that need a constant and standard flow of air.
• Mining and Quarrying Operations: Provides high-caliber air compression ideal for companies involved in mining and drilling industries.
• Energy Sector: Best for use in energy production as well as other uses that call for heavy workhorse air compressors.