Specifications
| Connection Inlet Flange | DN 100 ISO-F |
| Connection vacuum outlet flange | DN 63 ISO-F |
| Cooling Method | Air Cooling |
| Pressure Ultimate | 10.00 |
| Power Total Rated | 2200.00 |
EH500 Hazloc - Mechanical Booster Pump, , HC - (Hydrocarbon Oil) ATEX
Mechanical Booster Pumps
Mechanical booster vacuum pumps are positive displacement pumps which use rotors or lobes to increase pressure differentials and boost the performance of a backing pump. This type of pump is best suited for industrial applications with high flow rates or varying pressures. These pumps operate without any oil, because of which they are widely used in industrial applications that require a clean and oil-free vacuum environment.
Mechanical booster vacuum pumps are positive displacement pumps which use rotors or lobes to increase pressure differentials and boost the performance of a backing pump.
Explore our top-performing range of Mechanical Booster Pumps, including: EH Mechanical Booster Pumps, Stokes Booster Pumps, HV Mechanical Booster Pumps and GMB40K High-Capacity Roots Vacuum Booster Pumps.
Our pumps are engineered for stability, ensuring a consistent output, making them ideal for continuous operation across a wide range of pressures.
One of the key advantages of our mechanical booster pumps is their large installed base, indicating their reliability and proven performance. Additionally, we offer ATEX options for applications in hazardous or chemical environments, providing enhanced safety and efficiency.
Experience seamless operations and dependable results with our Mechanical Booster Pumps. Choose Edwards for your industrial and chemical pumping needs and ensure reliable performance in every application.
EH Mechanical Booster
The EH range is ideal for use with high differential pressures, allowing the booster pump to be started at the same time as the backing pump, reducing your total pump down times and making your operations simpler.
Features and Benefits
- Pump-down times cut by up to 50%
- Robust operation even for harsh duties
- Automatic overload protection
- Simplicity with reduced installation costs
General Product Information
| Connection Inlet Flange | DN 100 ISO-F |
| Weight | 127.00 |
| Connection vacuum outlet flange | DN 63 ISO-F |
| Power Supply Phase | 3-Ph |
| Dimension Length | 0.861 |
| IP Rating | IP44 |
| Power Supply Frequency | 50 Hz |
| Dimension Height | 0.234 |
| Dimension Width | 0.292 |
| Connector Electrical Power | Hard wiring (in electrical box of pump / mains) |
| Noise / Sound Level | 70.00 db(A) |
| Cooling Method | Air Cooling |
| Connection Cooling | 3/8" BSPP (G) Male |
| Motor Efficiency Class | IE3 |
| Connection Inlet / Outlet Flange | DN 100 ISO-F / DN 63 ISO-F |
| Dimension Comments | The dimensions length, width and height try to describe the outer shape of this particular product in its typical orientation when standing on the ground. We always recommend checking the detailed dimensions given in 2D drawings in the instruction manual or the 3D shapes given in 3D models. |
| Certification Motor | CE |
| Hazard Certification | ATEX |
Operation Conditions - Limitations
| Pressure Absolute Inlet Continous Max | 1.000 × 10⁵ |
| Oil Capacity Max | 1.500 × 10⁻³ |
| Pressure Absolute Outlet Continous Max | 1.000 × 10⁵ |
Environmental Conditions
| Temperature Ambient Operation Max | 313.15 |
| Temperature Ambient Operation Min | 265.15 |
| Temperature Ambient Storage Min | 253.15 |
| Temperature Ambient Storage Max | 353.15 |
Classification
| Classification Product Pressure Range |
Medium Vacuum: 1 mbar - 1·10⁻³ mbar
High Vacuum: 1·10⁻³ - 1·10⁻⁷ mbar |
| Classification High / Medium / Rough Vacuum pump | Rough Vacuum Pump |
| Classification Dry or Wet Pump | Dry |
| Classification Vacuum Pump Technology | Mechanical Booster Pump |
Performance Data
| Pressure Differential Max | 11000.00 |
| Power Total Rated | 2200.00 |
| Power Total Rated @60Hz | 2200.00 |
| Power Total Rated @50Hz | 2200.00 |
| Nominal Rotational Speed 50Hz | 48.33 |
| Displacement @50Hz Max | 0.140 |
| Pressure Ultimate | 10.00 |
| Nominal Rotational Speed 60Hz | 58.33 |
| Displacement @60Hz Max | 0.168 |
| Nominal rotational speed | 48.33 |
| Pressure Differential Max @60Hz | 9000.00 |
| Pressure Differential Max @50Hz | 11000.00 |
Lubricants
| Default Oil Type | ULTRAGRADE™ Performance 20 |
| lubricantProductOption1 | PFPE FOMBLIN® Y VAC 16/6 |
Variants
| Variant EH Mechanical Booster | HC - (Hydrocarbon Oil) |
Material of Construction
| Material of Construction | Grey cast iron, grade 250 (BS1452), SG iron grade 420/12 (BS2789), Aluminium LM25TF (BS1490), Fluoroelastomer, PTFE polytetrafluoroethylene, Copper/brass, Loctite 518 |
| Material Rotor | Cast Iron GGG40 |
| Material Stator | Cast Iron GGL25 |
- A30155851 - Instructions.pdf - Czech - Instructions
- A30151871 - Service Instructions.pdf - Czech - Instructions
- A30205934 EH500 HC IE3 .pdf - English - Drawings
- A30151880 -EH ATEX Instructions.pdf - English - Instructions
- M51800880 - Instructions.pdf - English - Instructions
- P60102646 - Amendment.pdf - English - Instructions
- A30155855 - Service Instructions.pdf - English - Instructions
- A30151840 - Service Instructions.pdf - English - Instructions
- M51800883 - Instructions.pdf - French - Instructions
- M51800882 - Instructions.pdf - German - Instructions
- M51800884 - Instructions.pdf - Italian - Instructions
- M51800846 - Instructions.pdf - Simplified Chinese - Instructions
- A30151848 - Service Instructions.pdf - Spanish (European) - Instructions
| Product Title | Part Number | Price | Add to cart |
|---|---|---|---|
| EDS TO EH500 CONNECTION KIT, A41893001 | A41893001 | GBP 952.00 | |
| ROOTS ADAPTOR NES200EX/EH500EX, A35902101 | A35902101 | GBP 718.00 | |
| ROOTS ADAPTOR NES100(EX)/EH500(EX), A35902100 | A35902100 | GBP 702.00 | |
| Connection Kit - E2M175/EH500, NZA610000 | NZA610000 | GBP 1,408.00 | |
| Connection Kit - E2M40/EH500, NZA608000 | NZA608000 | GBP 1,409.00 | |
| ROOTS ADAPTOR NES200-NES300/EH500, A35104101 | A35104101 | GBP 718.00 | |
| ROOTS ADAPTOR NES300EX/EH500EX, A35902102 | A35902102 | GBP 713.00 |