SIP Airmate Sirio 11-10-500 IE3 Screw Compressor
IN STOCK FOR IMMEDIATE DISPATCH
Overview
- Intense & Non-Stop Operation
- 53CFM Free Air Delivery
- 500 Litre Air Receiver
- 15hp IE3 Motor
- 145psi Max Pressure
- 68DB(A) Low Noise Level
SIP
Product Code: SIP06200
Specification for SIP Airmate Sirio 11-10-500 IE3 Screw Compressor
ADDITIONAL FEATURES | Suitable for Intense and Non-Stop Operation |
---|---|
AIR RECIEVER SIZE | 500 Litres |
CE APPROVED | Yes |
DIMENSIONS PACKAGED | 1980 x 700 x 1630mm |
FREE AIR DELIVERY CFM | 53CFM (1501 litres/min) |
GUARANTEE COMMERCIAL | 1 Year |
GUARANTEE DOMESTIC | 2 Years |
MADE IN | Italy |
MOTOR POWER | 15hp (11kW) |
MOTOR TYPE | IE3 |
NOISE LEVEL IN DB(A) / LWA | 69dB(A) |
PRODUCT ID NO | 06200 |
PSI PRESSURE | 145psi (10 bar) Max |
VOLTAGE 50HZ | 400v (20amp) 3 Phase |
WEIGHT | 322kg |
Voltage | 400v |
Availability | In Stock |
SIP 06200 Screw Compressor
Suitable for intense and non-stop operation - 24 hours without a drop in performance, this SIP compressor is ideal for use in workshops or serious hobbyists. Offering 53CFM free air delivery with a large 500 litre air receiver and 145psi max pressure to provide more air when it is required. The low 64dB(A) noise level allows the compressor to be installed closer to the work space.
Fitted with a 15hp IE3 premium motor which when combined with high performance air-ends, minimises energy costs and reduces CO2 emissions. This 11-10-500 compressor also features Star-Delta starting and a ETM II (Easy Tronic Micro II) electronic controller with multi-functional backlit display, showing: working pressure (off-load/load pressure); oil temperature; total working hours; on-load working hours; compressor status LED (stand-by, off-load, load); hours remaining before maintenance.
Designed with a belt driven transmission which significantly lowers power loss and offers three times the service life compared to standard V belt type compressors. This compressor also has a large oil filter and separator filter (both spin-on type) meaning long service intervals and lower costs to the user.