The DRB series non-contact rotational design offer increased pumping speeds for backing pumps. Smart design features include an integrated by-pass and protection against thermal overloading
Easy to integrate into existing vacuum systems due to its compact design. It is also easy to implement conversion from vertical to horizontal flow
The robust pump design boosts the most demanding requirements for modern industry. Services intervals are longer and requires minimal, simple on-site maintenance
The DRB series of pumps are equipped with IE3 three-phase motors and consumer lesser energy and have low carbon emissions and noise levels
To enhance our DRB series even further we also have the DRB VSD⁺ variants. The boosters have the added advantage of Atlas Copco Vacuum’s Variable Speed Drive (VSD) technology.
During daily functions, there can be moments where demand fluctuates and different vacuum speeds are required, that’s where the VSD⁺ drive comes in handy. This technology ensures efficient energy consumption by automatically adjusting the pump’s speed and power to the match process demand, rather than working on a fixed speed throughout. This reduces energy wastage and ensures a longer productive lifespan for your vacuum pump.
Our DRB VSD⁺ variants can also be controlled via HEX@™ – Atlas Copco’s revolutionary vacuum pump controller. Through it, you can get quick access to an array of insights including pump performance, vacuum uptime and more. You can also configure your interface and receive the information as per your need and enjoy remote connectivity and control through the Bluetooth feature.
The DRB series of pumps are best suited to applications where rapid evacuations need to be achieved in the shortest possible cycle times. The most frequent use of the DRB roots vacuum booster pumps is as an enabler for smaller primary vacuum pumps.
They are designed to boost the most demanding requirements for modern vacuum-based production processes. They are generally used to increase the pumping speed of a system or with the goal of reaching a lower ultimate vacuum level. Booster pumps are used in a wide range of applications, most commonly used in the rough vacuum range, especially when high pumping speeds and low pressures are required.
DRB 250 | DRB 500 | DRB 1000 | DRB 2000 | DRB 1500 VSD+ | DRB 3000 VSD+ | ||
|---|---|---|---|---|---|---|---|
Pumping Speed – 50 Hz | m3/hr (cfm) | 253 (149) | 505 (297) | 1000 (589) | 2050 (1208) | 1500/884 | 3000/1767 |
| Pumping Speed – 60 Hz | m3/hr (cfm) | 304 (1798) | 606 (357) | 1200 (707) | 2460 (1449) | ||
Max. permissible pressure differential across pumps | mbar (Torr) | 80 (60) | 50 (38) | 80 (60) | |||
| Nominal Motor Power | kW (hp) | 1.1 (1.5) | 2.2 (3.0) | 4.0 (5.0) | 7.5 (10.0) | 4.0 (5.4) | 7.5 (10) |
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