615 5HR CE 11kW, 230/400V, 3-ph, 50Hz @ 3000rpm 9006155HR601

Overview:
Edwards Process Isolation Boosters are designed to be used in conjunction with rotary-piston, liquid ring, rotary vane and dry vacuum pumps to increase pumping speed at working pressures and shorten pump down time significantly. The Process Isolation Boosters can be mounted separately or on the inlet of the backing pump to create a compact integrated package.

Featuring an extra large diameter shaft, the 6” Process Isolation Boosters has the capability for use with higher powered motors in addition to ensuring a uniquely rugged and durable mechanical booster. This allows the pumps to operate at their full displacement from atmospheric pressure with an appropriately sized backing pump.

In addition to these standard features, the Process Isolation Boosters have 5 mechanical shaft seals for optimum protection from dust and particulate contamination in arduous duty applications.

The Process Isolation Boosters must be backed by a primary vacuum pump designed to discharge to atmospheric pressure. Examples of suitable backing pumps are listed below:

GV Drystar or Chemical Drystar dry pumps
Two stage LR series liquid ring pumps
RV, EM or EVC oil sealed pumps
Microvac series piston pumps 
  
The bare shaft Superblower should be connected to a suitable V belt or direct drive motor. Contact Edwards for advice.

Features & Benefits:

• 5 Mechanical shaft seals offer improved life and serviceability and prevent contamination from dust and particulates
• Ringfeder® keyless gear locking system provides stronger, faster timing
• Drive end roller bearing which resists belt pull and thermal effects
• Over-sized anti-friction bearings allows increased uptime and longer service intervals
• Horizontal gas flow configuration
• Direct drive capability
• Rugged proven design and construction
• Large shaft diameters allowing improved performance at high pressures
• Quiet operation
• Unique impeller design which is dynamically balanced to minimize vibration
• High volumetric efficiency
• High differential pressure offering operation capability