EXS Dry Screw Vacuum Pumps
Increased roughing speeds and low ultimate performance for harsh industrial applications
EXS Dry Screw Vacuum Pumps
Based around the same technology that we use in our GXS pumps, the EXS has been designed to bring the advantages of our market leading technology in a package that focuses on simplicity and robustness. With more performance, simple control philosophy and low maintenance costs, the EXS will deliver reliable performance for many years to come. Our EXS series of dry screw vacuum pumps are available in EXS160~750 and booster combinations.
Robust design features
Dependable new gas system with manual gas ballast control with sleek sheet metal protective enclosure.
Simple electrical strategy
In-built, off-shelf inverter for simple connection and communication. Protection sensors fitted, electrical design for reliability and safety.
Low power and utilities consumption
The EXS has a low carbon footprint thanks to its low power and utilities usage. With no contaminated or dirty disposable oil, it is also easy on the environment.
Increased roughing speeds and low ultimate performance
Gain increased productivity with faster processing and pump down times; low ultimate pressures up to <1 x 10-2 for dry screw vacuum pumps and <1 x 10-3 for pump plus booster combination.
Non-contacting long-life seals
Non-contacting long-life seals with integral oil blocking labyrinth seal provides highly effective sealing.
Advanced Core technology
Advanced quality bearings and special purpose oil with low vapour pressure for application compatibility.
Detailed data insight and easy control
A wide variety of connectivity solutions including I/O, Fieldbus communication, IoT allow the real time detailed insight and access of the pump.
- Applications
- Technical specifications
- Downloads
The EXS pump is suitable for a range of applications in various industries including:
Lithium-ion battery
- Electrode drying
- Electrolyte filling
- Formation
Metallurgy
- Vacuum Brazing
- E-beam welding
- Nitro carburising
- Low pressure nitriding
- Low pressure carburising
- Carbon vapour impregnation
- Sintering
- Metal injection moulding
- Precision investment casting
- Vacuum arc refining
- Steel degassing
Plasma processes
- Plasma welding
- Plasma nitriding
Vacuum chamber evacuation
- Space simulation chambers
- Gas recovery/circulation
- Load lock chambers
Solar
- Silicon crystal-pulling
- PV lamination
Coating
- Roll web coating
- Hard coating (CVD/DLC)
- Surface activation
- Plasma spray
- Glass coating
Specification | Unit | EXS160 | EXS160/1750 | EXS250 | EXS250/2600 | |
General | Ultimate vacuum | mbar (Torr) | 1x10-2 (8x10-3) | <1x10-3 (<8x10-4) | 1x10-2 (8x10-3) | <1x10-3 (<8x10-4) |
Peak pumping speed | m3/hr (cfm) | 160 (94) | 1200 (706) | 250 (147) | 1900 (1118) | |
Maximum rotor speed | Rev/min | 6600 | DP: 6600 MB: 6120 |
6600 | DP: 6600 MB: 6120 |
|
Inlet/Outlet | ISO63/NW40 | ISO100/NW40 | ISO63/NW40 | ISO160/NW40 | ||
Electrical | Electrical supply | V | 380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
Ultimate power | kW (hp) | 3.8 (5.1) | 5.1 (6.8) | 4.0 (5.4) | 5.3 (7.1) | |
Full load power | kW (hp) | 5.0 (6.7) | 7.4 (9.9) | 9.0 (12.1) | 9.7 (13.0) | |
Cooling | Connection | inch | ⅜" BSP male | |||
Cooling flow (Always on) | l/min (gal/min) |
4.0 (1.1) | 7.0 (1.9) | 4.0 (1.1) | 7.0 (1.9) | |
Minimum differential pressure | bar | 1 | ||||
Maximum supply pressure | barg (psig) | 6.9 (100) | ||||
Temperature | °C (°F) | 5-40 (41-104) | ||||
Purge | Connection | inch | ½" BSP male | |||
Pressure | barg (psig) | 2.5-6.9 (36-100) | ||||
Shaft seal flow (Always on) | l/min (gal/min) |
12 (3.17) | ||||
Gas ballast flow (Manual adj.) | l/min (gal/min) |
0-50 (0-13.2) | ||||
Operation | Ambient temperature range | °C (°F) | 5-40 (41-104) | |||
Noise level with silencer | dB(A) | <64 | ||||
Maximum exhaust back pressure | bara (psig) | 1.2 (17.4) | ||||
Lubrication | Oil | PFPE Drynert 25/6 | ||||
Oil volume | l (gal) | 0.7 (0.2) | 1.4 (0.4) | 0.7 (0.2) | 1.4 (0.4) |
Specification | Unit | EXS450 | EXS450/2600 | EXS450/4200 | EXS750 | EXS750/2600 | EXS750/4200 | |
General | Ultimate vacuum | mbar (Torr) | 1x10-2 (8x10-3) | <1x10-3 (<8x10-4) | <1x10-3 (<8x10-4) | 1x10-2 (8x10-3) | <1x10-3 (<8x10-4) | <1x10-3 (<8x10-4) |
Peak pumping speed | m3/hr (cfm) | 450 (265) | 2200 (1295) | 3026 (1781) | 740 (435) | 2300 (1354) | 3450 (2032) | |
Maximum rotor speed | Rev/min | 6600 | DP: 6600 MB: 6120 |
DP: 6600 MB: 6120 |
6600 | DP: 6600 MB: 6120 |
DP: 6600 MB: 6120 |
|
Inlet/Outlet | ISO100/NW50 | ISO160/ISO63 | ISO160/ISO63 | ISO100/NW50 | ISO160/ISO63 | ISO160/ISO63 | ||
Electrical | Electrical supply | V | 380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380-460V 3Ph 50/60Hz 200-230V 3Ph 50/60Hz |
380 - 460 3Ph 50/60Hz | 380 - 460 3Ph 50/60Hz | 380 - 460 3Ph 50/60Hz |
Ultimate power | kW (hp) | 7.2 (9.6) | 8.8 (11.8) | 9.4 (12.6) | 10.5 (14) | 11.1 (14.9) | 12 (16) | |
Full load power | kW (hp) | 17.3 (23.2) | 16 (21.5) | 18.5 (24.8) | 22 (30) | 24 (32.2) | 24 (32.2) | |
Cooling | Connection | inch | ⅜" BSP male | |||||
Cooling flow (Always on) | l/min (gal/min) |
10 (2.6) | 12 (3.2) | 12 (3.2) | 12 (3.2) | 15 (4) | 15 (4) | |
Minimum differential pressure | bar | 1 | ||||||
Maximum supply pressure | barg (psig) | 6.9 (100) | ||||||
Temperature | °C (°F) | 5-40 (41-104) | ||||||
Purge | Connection | inch | ½" BSP male | |||||
Pressure | barg (psig) | 2.5-6.9 (36-100) | ||||||
Shaft seal flow (Always on) | l/min (gal/min) |
12 (3.17) | ||||||
Gas ballast flow (Manual adj.) | l/min (gal/min) |
0-130 (0-34.3) | ||||||
Operation | Ambient temperature range | °C (°F) | 5-40 (41-104) | |||||
Noise level with silencer | dB(A) | <64 | <70 | |||||
Maximum exhaust back pressure | bara (psig) | 1.2 (17.4) | ||||||
Lubrication | Oil | PFPE Drynert 25/6 | ||||||
Oil volume | l (gal) | 1.8 (0.5) | 2.5 (0.7) | 3.6 (1.0) | 2.4 (0.6) | 3.1 (0.8) | 4.2 (1.1) |