nEXT730

Part Number: B8J200880, B8J202880, B8J203880

Turbomolecular Pumps Mechanical

The kinetic vacuum pumps known as turbomolecular pumps (TMPs) run on a rotor that spins extremely quickly, often at 24,000 to 90,000 RPM. They typically use pumping speeds of between 10 and 4,000 l/s and operate at high to ultra-high pressures in the range of 10-3 to 10-11 mbar. They are extensively employed in industrial and scientific processes including vacuum deposition, mass spectrometry, and surface analysis that call for exact and hygienic vacuum conditions. They are perfect for many manufacturing and laboratory applications since they can run continuously for extended periods of time.


nEXT Pumps

Hybrid bearing pumps with integrated controls for pumping speeds ranging from 47 to 1250 ls-1 are known as nEXT turbomolecular pumps.

A hybrid bearing compound turbomolecular pump is called the nEXT. nEXT pumps combine an enhanced rotor design with a novel molecular drag stage, our well-proven bearing technology (oil lubricated ceramic lower bearing with dry permanent magnetic upper bearing), and user serviceability to give improved pumping speed and compression ratios. They have built-in drives for sensorless motors operating at 24 to 48 volts DC, which are fully compatible with our selection of TAG and TIC controllers.

nEXT730

With the nEXT730 turbomolecular pumps Edwards provides a larger pump offering nitrogen pumping speeds of 730 l/s.

Enquiry

Features and Benefits

Minimal power, minimal vibration, and a clean vacuum are guaranteed by the upper magnetic bearing.
great speeds and great compression are delivered via optimized rotor designs.
A variety of variations are available that are appropriate for a wide range of applications: T is an extra regenerative stage that increases compression and boosts the backup pressure capability; H is an optimized rotor design for high light gas compression; and D is the regular nEXT pump form.
Integrated electronics/controller: provides serial or direct I/O control; for simpler systemization, it can be linked to one of our TAG or TIC controllers.
Completely user-serviceable: little tooling is needed to replace the oil cartridge and bearings in the field.
Inlet screen: normal supply

Specifications

General Product Information

Connection Vacuum Inlet Flange DN 160 ISO-K
Weight 14.60 kg
Connection vacuum outlet flange DN 25 ISO-KF (NW25)
Supply Voltage DC 48V
Dimension Length 0.236 m
IP Rating IP54
Supply Frequency DC Voltage
Dimension Height 0.180 m
Dimension Width 0.204 m
dimensionsCombinedLengthWidthHeight 0.236 m


0.236 m


0.236 m


Connection Power Harting – Han Q; M20 x 1; Han C contact Male (IP65)
Recommended Controller TIC – Turbo & Instrument Controller – control only
Noise Level 40.00 db(A)


40.00 db(A)


Cooling Method Air Cooling (forced – fan)


Water Cooling


Air Cooling (convection)


Connection Purge Gas Ballast Vent Connector 1/8″ BSPP (G) Female


1/8″ BSPP (G) Female


Connection Cooling 1/8″ BSPP (G) Female


6×1 mm flexible hose quick connection


Environmental Conditions

Temperature Ambient Operation Max 313.15 K
Temperature Ambient Operation Min. 278.15 K
Temperature Ambient Storage Min. 258.15 K
Temperature Ambient Storage Max. 343.15 K

Operation Conditions – Limitations

Altitude Max. 4000.00 m
Flow Cooling Water Min. 1.667 × 10⁻⁵ m³/s
Temperature Cooling Water Max. 308.15 K
Temperature Cooling Water Min. 288.15 K

Classification

Product Pressure Range High Vacuum – 1*10-3 – 1*10-7 mbar
High / Medium / Rough Vacuum Classification High Vacuum Pump
Dry or Wet Pump Dry pump
Vacuum Pump Technology Turbomolecular pump – hybrid bearing

Performance Data

Power Total Rated 500.00 W
Pressure Ultimate 7.000 × 10⁻⁷ Pa
Rotational Speed Nominal 820.00 Hz
Pumping Speed Nominal 0.730 m³/s
Ramp Up Time 150.00 s
Pressure Backing Max. 1500.00 Pa
Pumping Speed Ar Nominal 0.665 m³/s

Connectivity – Communication Interface

Communication Interfaces Customer RS485 (serial)


RS232 (serial)


Parallel I/O


USB


Connection electrical comms interface connector DSUB 15-PIN – Male (flying lead 300 mm)


USB micro – Female


Communication Interface Protocol DX protocol
Connection Accessories Connector Phoenix Contact M8 4-pin connector Female (SACC-DSI-M 8FS-4CON-M12/0.5)

Variants

nEXT730D – ISO-K160 BP NW25

Connection Vacuum Inlet Flange DN 160 ISO-K
Connection vacuum outlet flange DN 25 ISO-KF (NW25)
Cooling Method Air Cooling (forced – fan) Water Cooling Air Cooling (convection)
Pressure Ultimate 7.000 × 10⁻⁷ Pa
Supply Voltage DC 48V
Power Total Rated 500.00 W

nEXT730D – CF160 BP NW25

Connection Vacuum Inlet Flange DN 160 CF (8″)
Connection vacuum outlet flange DN 25 ISO-KF (NW25)
Cooling Method Air Cooling (forced – fan) Water Cooling Air Cooling (convection)
Pressure Ultimate 3.000 × 10⁻⁸ Pa
Supply Voltage DC 48V
Power Total Rated 500.00 W

nEXT730H – ISO-K160 BP NW25

Connection Vacuum Inlet Flange DN 160 ISO-K
Connection vacuum outlet flange DN 25 ISO-KF (NW25)
Cooling Method Air Cooling (forced – fan) Water Cooling Air Cooling (convection)
Pressure Ultimate 7.000 × 10⁻⁷ Pa
Supply Voltage DC 48V
Power Total Rated 660.00 W

nEXT730H – CF160 BP NW25

Connection Vacuum Inlet Flange DN 160 CF (8″)
Connection vacuum outlet flange DN 25 ISO-KF (NW25)
Cooling Method Air Cooling (forced – fan) Water Cooling Air Cooling (convection)
Pressure Ultimate 1.000 × 10⁻⁸ Pa
Supply Voltage DC 48V
Power Total Rated 660.00 W

Data Sheet

nEXT730-nEXT930-nEXT1230-Turbomolecular-Pump-Product-Datasheet

nEXT730-930-1230-Turbomolecular-Pump-Product-datasheet

Instructions Manual

Turbomolecular pumps nEXT730, nEXT930, nEXT1230-Instructions

nEXT 730-930D-1230H Air Cooler-Instructions

SERVICE TOOL KIT nEXT 730D-930D-1230H-Instructions

nEXT Pump Accessories-Instructions

Brochure

nEXT-turbomolecular-pumps

Scroll to Top