These Package Deals come with an Edwards nEXT85D Hybrid Compound turbomolecular vacuum pump (61 l/s pumping speed) with Conflat CF 4.5 inch, CFF 63 inlet, KF16 outlet and a TAG Turbo Molecular Active Gauge Controller 24VDC with a 200W Edwards external 24 Volt DC power supply. They are recommended to be used as replacement items in laboratory equipment or as a brand new high vacuum turbo system.

Applications Include:

• UHV System Pump Down
• ION PUMP Roughing
• Lamp and Tube Processing
• Cryopump Regeneration
• High Vacuum Systems Operation
• High and Ultra High Vacuum Systems Bake Out

This package deal includes the following components:

• Edwards nEXT85D turbomolecular hybrid vacuum pump, Conflat CF 4.5 inch Inlet, with inlet screen, PN B8G210C01
• Edwards TAG Turbo Active Gauge Controller PN D39592000, WITH external 200W 24 vdc power supply, PN D39592800
• Pump to controller extension cable (2m), PN D39700836
• Air cooler fan kit, ACX75, PN B58053075
• AC power cord, 2 meter, PN 173-78101-E

This turbo pump package deal does not include roughing pump, roughing lines, vacuum chamber, or pressure measurement gauge systems. These items are available through Ideal Vacuum Products, scroll down below to OPTIONAL ACCESSORIES/RELATED ITEMS.

Notes on the Edwards nEXT85D Hybrid Turbomolecular Vacuum Pump
Edwards nEXT85D 24V turbo molecular high vacuum pump with Conflat CF 4.5 inch CFF63 Inlet. Pump has a Pumping Speed of 61 liters per second (l/s) and ultimate pressure of 5x10-9 Torr. The Edwards nEXT85D 24V turbo molecular pump with Conflat CF 4.5 inch CFF63 Inlet and KF-16 exhaust fore line flange. The Edwards nEXT85D 24V turbo molecular pump can be used for all general-purpose high vacuum applications. The nEXT85D pumps consist of the compound turbomolecular pump with a permanently attached Podule containing drive electronics. The Podule controls the electrical supply to the pump. It has no manual controls and can only be operated through the logic interface. To operate the nEXT85D pump you must connect it to your own control equipment and power supply or alternatively use the Edwards TIC Turbo Instrument Controller, TIC Turbo Controller No Instrument or TAG Controller. The Podule drives the brush-less d.c. motor in the pump. The pump has three Hall effect devices that operate as rotor position sensors and ensure that the drive current is correctly commutated around the motor phase windings. The vacuum pump contains turbomolecular blades and a Holweck drag mechanism on a single shaft; the Holweck mechanism allows operation at higher backing pressures than pure turbomolecular pumps. The DX pumps have a vent-port for venting the pump and vacuum system to atmospheric pressure. The pump is supplied with a manual vent-valve fitted; this can be replaced with a TAV5 (PN P105358) or TAV6 (PN P106355) solenoid-operated vent-valve available on this website.

The DX pumps have a purge-port: an inert purge gas can be introduced to protect the bearing and motor from corrosion, or the bearing lubricant from oxidation. An optional vent-port adapter and purge restrictor can be fitted to the purge-port to control the flow rate of the purge gas and to filter the gas supply. The Podule contains the drive electronics that control the pump operation and accessories such as a TAV vent valve or air cooler. There is a connector socket on the top of the Podule where the TAV vent valve or air cooler can be plugged-in. The Podule has two indicator LEDs that signal the status and operation of the pump, that can also be used for faultfinding if a problem should occur. The drive electronics system has a number of built-in safety features to protect the DX pumps from damage in the event of sustained high pressure or temperature. See manual below for specifics. An Air cooling fan kit is also supplied. (Roughing pump not included.) The complete specifications and application brochure in PDF format can be downloaded below.