GHS VSD+ Atlas Copco vacuum screw pumps are a series of the intelligent devices with variable speed drive (VSD) of new generation.
GHS VSD+ Atlas Copco vacuum screw pumps – reliable for industrial applications
Atlas Copco’s screw technology is a proven and widely known method of producing compressed air.
These are excellent screw vacuum pumps designed based on experience in building reliable and ready for immediate operation compressors. Therefore, the devices provide maximum performance at the desired operating pressure of the user.
GHS screw pumps are available in two versions: constant speed GHS and GHS VSD + with variable speed drive.
GHS VSD+ Atlas Copco vacuum screw pumps – available models
- GHS 350 – 1900 VSD+
- GHS 3800 – 5400 VSD+
- GHS 350 – 900 VSD+
- GHS 1402–2002 VSD+
Innovative HEX @ controller – intelligence on the level of the sixth sense
The GHS 350-900 VSD+ and GHS 1402-2002 VSD+ have a new design that ensures better performance, optimal oil separation and space saving, and additionally the innovative HEX@ controller, in line with the assumptions of the fourth industrial revolution. This controller allows you to monitor and control the pump from anywhere and at any time. Therefore, the user can get feedback and check the pump operating status, vacuum levels and upcoming scheduled events for the vacuum system.
This makes the GHS series ideal for applications in many industries. For example: in the electronics industry, plastics industry, packaging industry, woodworking industry and other industries.
All models of GHS series combine advanced design of the screw element with durable and highly reliable oil injection technology into the work chamber. The result is a top-class market-leading product.
Screw vacuum pumps outweigh many other vacuum technologies when it comes to work efficiency. The combination of screw technology with a frequency converter saves up to 50% of electricity in the production plant.
The pumps are delivered to the customer ready to work with full service and after-sales support provided.