• Coupling connected air screw compressor with reduced noise and enhanced efficiency
• Optimal balance of quality and pricing in main component selection
• Upgraded air end featuring SKF 6 bearings for superior performance
• Performance guaranteed with ISO, TUV, GA, and SGS certifications

• Curved rotor faces engage fully, forming hydrodynamic lubrication film to reduce lateral leakage contact zone and improve compressor efficiency
• "Bigger rotor, bigger bearing, low-speed" design philosophy reduces speed by 30-50% compared to other brands, resulting in lower noise and vibration
• Reduced compressed air temperature enhances rotor rigidity, extends lifespan, and decreases sensitivity to impurities and oil carbon deposits
• Fully meets or exceeds national standard GB19153-2003 for air compressor energy efficiency limits.

Why our AGSD high efficient screw compressor?

1, Coupling connected air screw compressor with less noise and higher efficiency,

2, Best balance of quality &prices in selection of main parts

3, Upgraded Air end with SKF 6 bearings
4, ISO, TUV, GB, SGS certificates performance guaranteed

5, Special design for mid-east working environment

Advantages of AGSD Direct Driven Screw Compressor:

1 Drives and electrics

The almost loss-free power transmission

guarantees reliable, high-performance compressor operation. The

regular maintenance requirement is reduced to lubrication of the

motor. All the electronic components are brand products of leading

manufacturers. r

ives and electrics

2 Air end block – reliable centrepiece – Design in Germany

The centrepiece of the compressor is the air end, which is constructed

and manufactured with the most modern production methods in

Germany. The optimal air end for your compressor can be used on a

modulating basis. In frequency-controlled units, where the operating

pressure changes, adjustments can also be made on the frequency

controller to optimally adjust the speed of the compressor to the

compressor performance.

3 Electric motor

Only electric motors from well-known manufacturers of protection

class IP55/IE3&4 are used. As a standard, the drive motors are monitored both

thermally (via the thermistor of the motor) as well as electronically

(overload protection via the frequency inverter).

4 Oil separation system

Compressors up to 132 kW are equipped with external separators

that can be changed in a simple spin-off/spin-on process. Larger

units have an internal separator cartridge. Due to the excellent

separation efficiency of the system as a whole, the compressors can

be used in the pressure range of 5.0 to 15.0 bar. Special pressures

on request.

5 Oil circuit

The amount of oil in the units is determined in such a way as to

extend the oil change intervals (depending on ambient conditions).

An oil level sensor is integrated as standard and is read by the

controller. All the units in this series have a horizontal oil separation

vessel in which the oil is separated from the compressed air highly

efficiently at low speeds.

Frequency inverters (optional)

The frequency converter minimises idle times and optimises supply

with fluctuating compressed air requirements. Start-up peaks are

avoided and the compressor’s delivery rate is controlled continuously

– that saves electricity costs! The total costs for your compressed air

supply are significantly reduced and investment costs are amortised

in the shortest possible time.