Atlas Copco GHS3800 / 4600 / 5400 VSD+ Vacuum Pumps | Technical Specifications

Fast installation saves time

Space-saving design – the GHS VSD+ series has a compact footprint, making it ideal for installation in vacuum pump rooms.
All required components are integrated within the enclosure and delivered as a complete unit.
Plug and play.
Multiple pumps can be centrally controlled through the Elektronikon controller via ES6i.

Optimized Working Environment

The GHS VSD+ series operates at very low noise levels. Excellent oil separation ensures high-quality exhaust air and helps prevent oil contamination on the factory floor, significantly improving workplace cleanliness.

Maintenance Costs
The GHS VSD+ series is easy to maintain and requires less frequent servicing: no vanes, no vane chatter, and no vane wear. It offers very long average service intervals and requires no water. SMARTLINK helps you effortlessly monitor pump performance and stay informed about maintenance requirements.

Energy Recovery

90% of the electrical energy used by the vacuum system is converted into heat. Atlas Copco’s integrated energy recovery system can recover up to 75% of the energy input by heating water, without affecting equipment performance. By making effective use of this recovered energy, you can achieve significant energy cost savings and a high return on investment.

Multiple Innovative Technologies for Reliable Performance

Rotor
High-efficiency oil-lubricated screw element.
Durable design with excellent performance.
Significantly longer element life than screw compressors and rotary vane pumps.

Atlas Copco Neos Variable Frequency Drive
In-house designed VSD drive.
Robust aluminum housing for demanding operating environments.
Fewer components for a compact, simple, and user-friendly design.

Elektronikon® and SMARTLINK
Advanced vacuum pump monitoring system.
Equipped with remote monitoring options for seamless integration into your plant management system.

Oil Separation Unit
The cyclone separator improves oil retention without causing excessive pressure drop, ensuring clean and efficient vacuum pump operation.
The optimized vessel design simplifies maintenance of the oil separation unit, allowing filter element replacement without disconnecting the piping.

Advanced Oil Cooling System

The electronic temperature valve precisely controls the element temperature.

Accurate temperature control eliminates condensation in the oil, helping maintain optimal oil quality.

The cooling system is equipped with a variable-speed fan to optimize energy efficiency.

Versatile Flexibility

Unique water-handling capabilities provide the flexibility you need. All models are available in both air-cooled and water-cooled versions.

VSD Technology with Average Energy Savings of 50%

Average energy savings of 50% across a wide flow range (10–100%).
Reduced electrical installation costs through smaller fuse and cable sizes.
The integrated Elektronikon graphical controller regulates motor speed and controls the high-efficiency variable frequency drive.
No peak current during startup, helping avoid potential demand charges.
Complies with EMC requirements (2004/108/EC).

Technical Specifications

Dimensions (L×W×H) / mm
GHS 3800 / 4600 / 5400 VSD+: 1939 * 2850 * 1893mm

Energy Recovery Option

Allows you to recover up to 75% of the input power.
Helps you meet your energy management and environmental commitments, supporting ISO 50001 and ISO 14001 requirements.

Energy Savings

VSD and setpoint control deliver significant energy savings that conventional vacuum pumps cannot achieve. Setpoint control allows you to optimize energy use according to the required procss vacuum level, improving both process efficiency and performance.

Based on the actual vacuum level or pumping speed required, the vacuum pump delivers exactly the capacity needed, eliminating unnecessary energy waste.

Suitable for Diverse Markets

The GHS VSD+ series vacuum pumps are an ideal choice for a wide range of applications, including canning, glass bottling, packaging container processing, packaging, pipeline drying, and pick-and-place operations.

The GHS 3800–5400 VSD+ is particularly well suited for central vacuum systems, replacing multiple vacuum pumps distributed throughout the facility.

Because the system can be installed in a plant utility room, it helps keep heat, noise, and emissions away from the working environment.