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Atlas Copco G132 VSD Oil Injected Rotary Screw Air Compressor
| Place of Origin | China，jiangsu，wuxi |
| Brand Name | Atlas Copco |
| Certification | CE |
| Model Number | G132VSD |
Atlas Copco G132 VSD rotary screw compressor
,Oil injected rotary screw air compressor
,Variable speed drive air compressor
The Atlas Copco G132 VSD oil-injected rotary screw air compressor delivers energy-efficient compressed air power for demanding industrial manufacturing facilities. Driven by a 132 kW heavy-duty industrial motor, the platform integrates Variable Speed Drive (VSD) technology to continuously modulate rotational speed and match real-time factory air demand.
In operations where compressed air usage fluctuates across shifts, conventional fixed-speed compressors waste substantial electrical energy by idling in unloaded states. The G132 VSD eliminates unloaded idle power waste by regulating motor speed and air delivery, reducing electrical power expenditures by up to 35 percent compared with fixed-speed units.
- Precision screw rotors: Atlas Copco asymmetrical screw rotors are precision-machined to maximize compression efficiency, optimizing air displacement while minimizing aerodynamic back-leakage.
- Oil injection system: Pressurized lubricating oil injected directly into the compression pocket cools the thermodynamic heat of compression, seals microscopic rotor clearances, and forms an unbroken hydrodynamic film on the precision roller bearings.
- Multi-stage air-oil separation: Centrifugal mechanical pre-separation combined with a high-efficiency coalescing separator cartridge restricts residual oil carryover to minimal levels.
- Thermostatic bypass valve: Continuously regulates oil injection temperature so the circulating fluid reaches optimal operating temperature, preventing water condensation inside the separator tank.
- Intelligent control module: A microprocessor controller provides real-time monitoring of discharge air pressure, operating temperatures, motor load amperage, and automated maintenance timers.
- Rugged package construction: Built on a rigid structural steel chassis with acoustic dampening panels, available in both air-cooled and water-cooled configurations for diverse plant installation environments.
| Drive Motor | 132 kW heavy-duty industrial drive motor |
|---|---|
| Speed Control | Integrated Variable Speed Drive (VSD) modulating motor speed to real-time air demand |
| Energy Savings | Up to 35% lower electrical power expenditure versus fixed-speed compressors |
| Compression Element | Precision-machined asymmetrical screw rotors with oil-injected cooling and sealing |
| Oil Separation | Multi-stage centrifugal pre-separation plus high-efficiency coalescing cartridge |
| Cooling Configurations | Air-cooled and water-cooled options available |
| Quality Assurance | Each unit tested under operational load and prepared on heavy-duty export skids with moisture-resistant protective packaging |
Precise volumetric flow delivery and electrical ratings vary with the selected operating pressure and plant power supply. To receive confirmed technical specifications, please provide your line voltage, maximum working pressure, and ambient cooling conditions.
Video: Atlas Copco G132 VSD rotary screw air compressor operation overview.
As one of the most professional Atlas Copco suppliers from China, we have focused on 100% genuine Atlas Copco products for more than 19 years. Our team includes professional engineers providing 24-hour technical support and on-site service. We operate a warehouse of over 4,000 square meters with 80% of parts in stock for quick delivery. First-hand sourcing, competitive pricing, and a dedicated service team make us a trusted Atlas Copco supplier.
Complete compressor units are tested under operational load and prepared on heavy-duty export shipping skids with moisture-resistant protective packaging for secure international container freight.
Why does the G132 VSD achieve significant electrical energy savings?
It modulates motor speed directly to match real-time air consumption, completely eliminating the energy wasted by fixed-speed compressors running in unloaded idle mode.
How can inverter electronics be protected from overheating in dusty environments?
Regularly clean the electrical cabinet air intake filters, inspect cooling fan operation, and blow dust off the inverter heatsinks using clean, dry compressed air.
How is moisture condensation prevented during low-speed operation?
The thermostatic valve bypasses the oil cooler during low-load cycles to keep circulating oil above the air dew point, preventing liquid water from accumulating in the oil tank.
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