SCREW BOOSTER

• 10% higher specific power (Full load)
• 15-20% lower electric consumption. VFD controlled
• 8000 h service time. 50% lower service cost
• 30% higher OEE. Due to sparse service and maintenance period
• 15-20% lower cost of ownership

PISTON BOOSTER

• Lower spesific power due to piston compressing efficency.
• Works load, no-load with higher electric consumption.
• Every 2000 h, 4000 h, 8000 h service time.
• Frequent service and maintenance period

Energy Savings Even During Low-Capacity Utilization

Since the OSC V series screw compressors with frequency inverter adjust the motor speed according to the actual air need of the facility, high energy use during low-capacity utilization is avoided.

The Advantage of Constant Pressure

As the actual air demand is continuously monitored, the air production is steady and pressure is constant in the compressed air-pipe line at all times. Energy loss due to load/unload work modes is avoided. These compressors can respond to different pressure needs with simple settings on the control panel, without changing anything in the compressor itself.

Smooth Initial Start-up

Because motor speed is controlled by the frequency inverter, the initial start-up is significantly simpler and smoother than a wye-delta, direct connected compressors.

Variable Frequency Drive (VFD)

In manufacturing facilities, the need for air tends to fluctuate throughout the day for various reasons. Standard compressors continuously work in load/unload mode in order to satisfy changing air demands. A screw compressor working in unload mode spends about 30-35% of the installed motor power and wastes energy even though it does not produce any air. In OSC V series compressors, the built-in frequency inverter adjusts the motor speed according to the actual air need of the facility. Achieving energy savings of up to 35%, these compressors help reduce operating costs.