,

E2M275

Part Number: A34601880, A36604880, A36701840, A38514880, A50574840IM, A54001880

Oil Rotary Vane Pumps Two-Stage

Because the gases being pumped are exposed to oil, rotary vane pumps are classified as wet positive displacement pumps. The use of oil as a coolant and sealer is a key feature of oil sealed rotary vane (OSRV) pumps.

Two-stage rotary vane vacuum pumps combine low ultimate pressure with high pumping rates with a two-stage compression mechanism. The food, chemical, pharmaceutical, and industrial sectors all make extensive use of them.

Enquiry

E2M Two Stage RVP

The robust mechanical oil-sealed EM series pumps have speeds between 0.7 and 275 m3/hr (30 and 206 CFM). They are quiet, small, and equipped with high dependability, sophisticated lubricating circuits, and accessories to meet specialized application requirements.

EM goods cater to two main areas of use.

For your turbomolecular pump, the E2M0.7-2.5 and E2M18/28 are the perfect companions in scientific and lab settings.

E2M18/28, E2M40/80, and E2M175/275 provide incredibly durable solutions for demanding applications in industrial settings.

Specifications

General Product Information

Connection Vacuum Inlet Flange DN 63 ISO-F
Weight 222.00 kg
Connection vacuum outlet flange DN 40 ISO-F
Supply Voltage 3Ph 220−240/380−415V 50Hz / 220−266/380−460V 60Hz
Dimension Length 1.17 m
IP Rating IP55
Dimension Height 0.533 m
Dimension Width 0.388 m
Connection Power Hard wiring (in electrical box of pump / mains)
Noise Level 75.00 db(A)
Cooling Method Water Cooling

Performance Data

Power Total Rated @60Hz 8500.00 W
Power Total Rated @50Hz 7500.00 W
Pumping Speed @60Hz Nominal 0.085 m³/s
Pumping Speed @50Hz Nominal 0.071 m³/s
Pressure Water Vapour Max. 200.00 Pa
Rotational Speed @50Hz Nominal 24.00 Hz
Capacity Water Vapour 6.944 × 10⁻⁴ kg/s
Pressure Ultimate 0.500 Pa
Rotational Speed @60Hz Nominal 28.67 Hz

Operation Conditions – Limitations

Altitude Max. 1000.00 m
Oil Capacity Min. 0.019 m³
Oil Capacity Max. 0.028 m³
Pressure Outlet Continous Max. 1.500 × 10⁵ Pa

Environmental Conditions

Temperature Ambient Operation Max 313.15 K
Temperature Ambient Operation Min. 285.15 K
Temperature Ambient Storage Min. 243.15 K
Temperature Ambient Storage Max. 343.15 K

Classification

Product Pressure Range Medium Vacuum – 1 mbar – 1*10⁻³ mbar
High / Medium / Rough Vacuum Classification Rough Vacuum Pump
Dry or Wet Pump Wet pump
Vacuum Pump Technology Oil Rotary Vane Pumps Two-Stage

Lubricants

Standard Lubricant ULTRAGRADE™ Performance 70

Variants

E2M275 HC – B/S IEC

Connection Vacuum Inlet Flange DN 63 ISO-F
Connection vacuum outlet flange DN 40 ISO-F
Cooling Method Water Cooling
Pressure Ultimate 0.500 Pa
Supply Voltage 3Ph 220−240/380−415V 50Hz / 220−266/380−460V 60Hz

E2M275 HC – IE3 ASIA 50/60Hz

Connection Vacuum Inlet Flange DN 63 ISO-F
Connection vacuum outlet flange DN 40 ISO-F
Cooling Method Water Cooling
Pressure Ultimate 0.500 Pa
Supply Voltage 3Ph 200V 50/60Hz / 380V 60Hz

E2M275 HC – IE3 EU/US 50/60Hz

Connection Vacuum Inlet Flange DN 63 ISO-F
Connection vacuum outlet flange DN 40 ISO-F
Cooling Method Water Cooling
Pressure Ultimate 0.500 Pa
Supply Voltage 3Ph 380-400V 50Hz / 230/460V 60Hz

E2M275 AZ – IE3 ASIA 50/60Hz

Connection Vacuum Inlet Flange DN 63 ISO-F
Connection vacuum outlet flange DN 40 ISO-F
Cooling Method Water Cooling
Pressure Ultimate 0.500 Pa
Supply Voltage 3Ph 200V 50/60Hz / 380V 60Hz

E2M275 AZ – IE3 EU/US 50/60Hz

Connection Vacuum Inlet Flange DN 63 ISO-F
Connection vacuum outlet flange DN 40 ISO-F
Cooling Method Water Cooling
Pressure Ultimate 0.500 Pa
Supply Voltage 3Ph 380-400V 50Hz / 230/460V 60Hz

Data Sheets

Vibration Isolators-Instructions

E2M175 and E2M275-Instructions

E2M175 and E2M275 Rotary Vacuum Pumps-Instructions

Installation

E2M275 Spring Loaded Exhaust Valve-Installation

Accessory Fitting Kit -Instructions

EOF Pumped Oil Filtration System Adapter Kit-Instructions

EMF Clean Application Oil Drain Kits-Instructions

EOF External Oil Filtration System-Instructions

Brochure

Edwards E2M Brochure

Scroll to Top