SCR50XA-8 XA Series Oil Free Compressor

Oil Free Scroll Compressor (3.7kW-45kW)
ADVANCED 100% OIL-FREE COMPRESSED AIR SOLUTIONS

The SCR Oil-Free Scroll series uses the latest advanced oil-free technology. Featuring the worldfamous Iwata scroll airend, the SCR-XA range delivers premium, 100% oil-free compressed air for applications requiring it to be pure and clean. Commonly used in the medical, pharmaceutical, nitrogen generation and food industries.

3.7 – 45kw
14 – 177 CFM / 0.4 – 5m3/min
ISO Class 0 TÜV certified
8 to 10 bar pressure range
Belt drive
Ultra-quiet operation
100% oil-free compressed air
High-efficiency IWATA airend
Multiple safety protection
Energy-saving touch screen PLC for multiple airends
Stainless steel piping
Oversized cooler
CE certified

NTELLIGENT ENERGY SAVING OPERATION AND COMPACT DESIGN
The touch screen controller PLC operates the compressor intelligently, depending on the air demand and selects the optimum number of airends to run.

IWATA OIL FREE SCROLL AIREND
Iwata developed the world’s first air-cooled, oil-less scroll airends. Now SCR have taken their patented scroll technology and incorporated it into the SCR XA oil free scroll series. The Iwata scroll is the best-selling oil-less airend in the world due to its quiet, smooth operation, longevity and reliability.

Original Japanese-made ANESTA IWATA airend
Simple structure, easy maintenance, low noise and fast air supply
No friction between the airend’s orbiting and fixed scroll
No oil or lubrication requirement means true Class 0 operation
Energy-efficient operation
Clean, 100% oil-free air
Built in intercooler
Environmentally friendly

INTELLIGENT ENERGY SAVING OPERATION AND COMPACT DESIGN
The airend has an orbiting scroll and a fixed scroll. The orbiting scroll is coupled to the crankshaft in orbit rather than rotated. The orbiting motion creates a series of air pockets that travel between the two scroll plates. The pocket draws in the air on the outer portion of the scroll and then moves it to the centre, where it is discharged. As the air moves into the increasingly smaller inner pocket, it increases to the desired discharge pressure.