30HP Electric Rotary Screw Type Compresseur Air Compressor

30HP Electric Rotary Screw Type Compresseur Air Compressor

  Power: 22 kW

  Pressure: 0.7-1.25 MPa

 Air Delivery: 2.8-3.6 m3/min

  Application: General industry

Product Details:
30HP Electric Rotary Screw Type Compresseur Air Compressor
Overview
Dehaha DC-30A Rotary Screw Air Compressor is an industrial-grade solution built for continuous, high-efficiency operation. This rotary type compressor features advanced technology, making it suitable for various applications across industries that require reliable, consistent compressed air. Whether you need air or water cooling, this unit offers flexibility.

Key Features:
Cooling Options: Available in both air-cooling (A) and water-cooling (W) configurations, ensuring adaptability to different working environments.
High Performance: The rotary screw air compressor operates with a coupling direct drive mode, delivering seamless performance with minimized energy loss.
Wide Temperature Range: Designed for various conditions, it can operate in temperatures ranging from -5ºC to 45ºC with a discharge temperature less than the ambient temperature by 10ºC to 15ºC.
Startup Flexibility: For models up to 11 kW, a direct start is used, while for units above 11 kW, an advanced startup system ensures smooth operation.
Standard Compliant: The F.A.D volume flow is tested according to ASMC PTC9 or ISO1217 (GB/T3853) standards for accuracy and reliability.

Specifications:
Model: DC-30A
Working Pressure: 7 bar, 8 bar, 10 bar, 13 bar
Cooling Method: Air Cooling or Water Cooling
Voltage: 380V/50Hz (other voltages available upon request)
Drive Mode: Coupling Direct Driven
Weight: 370 kg
Capacity: 3.2 to 75.1 m³/min
Warranty: 1 year (including core components: engine, bearing, air end)
Applications: Ideal for a variety of industrial sectors, the rotary compressor excels in environments such as automotive manufacturing, food & beverage production, and general machinery operations. Its rotary type compressor design ensures quiet, efficient performance, meeting the needs of both large and small facilities.