Pfeiffer HiPace 800 Turbo Pump with TC 400 Drive Unit Conflat CF 10.0 In. Inlet Flange 790 l/s Pumping Speed Water-Cooled, PN: PM P04 301

Pfeiffer HiPace 800 turbomolecular high-vacuum pumps with a DN200 CF Conflat CF 10.0 inch inlet flange have a pumping speed of 790 liters per second (l/s) and an ultimate pressure of 3.5 x 10^-10 Torr. This Pfeiffer HiPace 800 pump comes with an integrated TC 400 drive unit side-mounted to the pump, and has an ISO KF-25 exhaust foreline flange. The pump can be mounted in any orientation. 48 VDC input power at a maximum of 420 Watts is required. This HiPace 800 turbo pump with CF 10.0" inlet and TC 400 drive unit comes standard with a water cooling kit and has Pfeiffer part number: PM P04 301 .

The included TC 400 drive unit is a compact onboard controller which includes an RS485 communication interface, a D-sub connector for remote operation, and two accessory ports (to control either an air-cooling fan or solenoid vent valve). For Original Equipment Manufacturer (OEM) and system integration applications, all that is needed to start the pump is a suitable 48 VDC power supply along with start/stop logic. For laboratory applications we recommend the 400 Watt Pfeiffer OmniControl 400 controller which can both supply power and control the pump. The OmniControl 400 is a bench top or rack mountable remote user interface/power source, which communicates with and provides full monitoring and control of Pfeiffer HiPace series turbo pumps through RS485.

We offer a variety of optional accessories, including the OmniControl 400 pump controller, inlet screens, a forced air-cooling kit, solenoid operated vent valves, and heater bands (for Conflat CF flanged pumps only).

Pfeiffer HiPace 800 turbo pump with CF 10.0" inlet and TC 400 drive unit specifications:

• Part Number: PM P04 301
• Inlet Flange: Conflat CF 10.0 Inch
• Base Pressure: 3.5 x 10^-10 Torr
• Maximum Bakeout Temperature at High Vacuum Flange: 120 °C
• Operating Speed: 49,200 RPM
• Mounting orientation: Any
• Pumping Speed: 790 l/s
• Cooling Method Standard: Water (100 l/h, 15 to 25 °C)
• Cooling Method Optional: Forced Air
• Exhaust Flange: KF-25, G 1/4" (BSPP)
• Venting Connection: G 1/8” (BSPP)
• Integral Controller: TC 400 Drive Unit
• Operating Voltage: 48 VDC
• Maximum Power: 420 Watts
• Run-up Time: 2 Min.
• Interface: RS485 through M12 Connector
• Remote: High Density 26-Pin Sub-D Connector
• Accessory Ports: Two M12 Sockets, Labeled A and B
• Recommended Roughing Pump: HiScroll 12 Dry Scroll Pump

The Pfeiffer Vacuum HiPace series of turbopumps feature a unique rotor design with proven hybrid bearings. HiPace pumps achieve high pumping speeds and high gas throughput as well as high compression for light gases. HiPace pumps have both turbomolecular and drag stages for improved tolerance to higher backing line pressures and offer enhanced pumping speeds across all gas species. HiPace hybrid bearings are a combination of a ceramic ball bearing on the fore vacuum side and a permanent magnetic radial bearing on the high-vacuum side. This bearing technology does not require electromagnets and has an extended service life with typical maintenance intervals of approximately 4 years. In addition to enhanced performance, all HiPace turbo pumps have field serviceable oil cartridges and shaft bearings which dramatically decreases downtime.

Pfeiffer HiPace pumps with a Conflat CF flange are true ultra-high vacuum (UHV) pumps with an ultimate pressure into the 10^-10 Torr range (if all-metal intake seal gaskets are used and the vacuum chamber is completely cleaned and baked out). Turbo pumps with ISO flanges are limited (by permeation and outgassing of the rubber/elastomer O-ring seals) to an ultimate pressure in the 10^-8 Torr range. The intake of Conflat-flanged HiPace pumps can be baked up to 120 °C if the turbo is water cooled.

Typical Turbo Pump Applications include:

• General clean pumping applications
• Scanning Electron Microscopes - SEM
• Beam lines and high energy physics
• Mass Spectrometry
• Electron Microscopy
• Sample Preparation
• Research and Development
• High Energy Physics
• Industrial
• Semiconductor
• Coatings
• Surface Science Instruments

The pump instruction manual and Pfeiffer HiPace pump product brochures are available in the downloads.