EDO - Dry Scroll

Edwards Dry Orbyter uses scroll technology, Dry Scroll pump provides excellent vacuum levels, vapour pumping capability while offering ultra-low maintenance intervals that even the customer can carry out. Overall it provides superior performance and reliability together with very low running and maintenance costs.

With higher ultimate and improved roughing performance inthe higher pressure region, this pump is suitable for all rough and medium vacuum applications.

Pumping Speeds
72 m³/h

Final Pressure
Up to 1.5 mbar

nXDS

Edwards nXDS Dry Scroll pump provides excellent vacuum levels, vapour pumping capability while been quiet and offering ultra-low maintenance intervals that even the customer can carry out. Overall it provides superior performance and reliability together with very low running and maintenance costs. The nXDS is a smart mid and long-term investment for any customer in terms of costs.

Pumping Speeds
6, 10, 15, 20 m3/h

Final Pressure
0.007 mbar

Special Versions
Chemical, Atex, Gas Recirculation

Smart & Connected
Complete controllability with the ability to be inverter driven

Reliable
Inlet non return valve to prevent back contamination

Totally Dry
No metal contact between scrolls. No oil lubrication in the compression chamber

Low Servicing cost
No need consumables such as oil, oil filters, exhaust filters

Robust Design
All-aluminium pump with anodized wetted parts

Energy Efficiecy
Very low power consumption and the ability to variable speed drive the motor

Silent
The nXDS has very low levels of noise and vibration as standard.

Performance
This dry scroll pump achieves unique levels of vacuum.

Totally Dry
The nXDS uses a patented bellows isolation mechanism making it totally dry.

Low Maintenance
Tip seal changes from 2.5 years under 24/7 operation, and bearing changes every 5 years.

Vapour Handling
It's gas ballast capability enables is to pump vapours while avoiding internal condensation.

Smart
Auto-restart, stand-by mode, speed control, remote operation and maintenance alerts...

Technical Data Summary

Pumping capacity

Final vacuum with GB

Nominal motor power

Inlet / outlet Flange

Noise

EDO65

72 m³/h

1.5 mbar

1.5 kW

NW40

75 dbA

Performance & Efficiency

Product Quality & Performance

The EDO is the new industrial scroll pump, the latest innovation in the dry vacuum technology. Scroll pumps use two interleaving scrolls to compress gases. One scroll is fixed whilst the other orbits eccentrically without rotating, thereby trapping and compressing pockets of gas between the scrolls.

Integrated Non-return valve

The EDO features an integrated non-return valve to protect your system from being vented in case of an electrical or power supply failure. In addition, the non-return valve will also protect you from mechanical failure which would normally go undetected by purely solenoid isolation valves.

Service & Support

To ensure your EDO65 pump maintains optimal performance and reliability, we offer a wide range of service solutions, tailored to meet your needs. From Field Service intervention to Managed Maintenance agreements, we will take care
of your pump to ensure that it continues to deliver clean, consistent, efficient performance, with lower running cost and optimum total cost of ownership for its entire operating life.
Selecting original spare parts, maintenance kits and grease, means that every critical part performs as it was intended. Form, fit and function are guaranteed. Our services engineers’ only fit 100% genuine parts to ensure you receive the best result from each and every service.

nXDS - Basic Technical Data

Pumping capacity

Vacuum not GB

Vacuum with GB

Water vapour pumping capacity

Noise level

nXDS6i

nXDS6i

6.2 m³/h

0.02 mbar

0.05 mbar

110 g/h

<52 dB(A)

nXDS10i

nXDS10i

11.4 m³/h

0.007 mbar

0.007 mbar

145 g/h

<52 dB(A)

nXDS15i

nXDS15i

15.1 m³/h

0.007 mbar

0.007 mbar

145 g/h

<52 dB(A)

nXDS20i

nXDS20i

22.0 m³/h

0.03 mbar

0.03 mbar

220 g/h

<52 dB(A)

Dimensions

Performance Curve

Documentation & Media


Documentation & Media