Specifications

Power Total Rated 600.00
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 0.900
Pressure Ultimate 7.000 × 10⁻⁷

TURBOVAC 950 i - DN 200 ISO-K

Part Number: 840091V1000

TURBOVAC i/iX

TURBOVAC i is a well-proven turbomolecular pump platform ranging from 90 to 1450 l/s. TURBOVAC i comes with the latest hybrid bearing design offering a permanent magnet upper bearing paired with an oil-free lower mechanical bearing offering the cleanest high vacuum conditions.

 

With TURBOVAC i we offer variants covering UHV (Ultra High Vacuum), throughput IND (Industrial) as well as iR (radiation robust) variants with remote electronics. TURBOVAC i pumps are available with a compact interface offering the control of up to two accessories, basic RS485, USB and DIGITAL I/O control. The TURBOVAC i series also offers the full spectrum of field bus support. The universal connection called "Anybus" enables communication via Profibus, Ethernet IP, ProfiNET as well as EtherCAT through selectable modules.

 

TURBOVAC iX also offers the Anybus interface, the ability to control your fore vacuum pump, and up to 6 accessories, a gauge interface turning the pump into a full vacuum control solution. Along with single inlet pumps, we offer a wealth of multi-inlet, cartridge pumps, and customized products via our Customer Focused Engineering team - please come and talk to our sales teams.

 

TURBOVAC i pumps, in general, come stand-alone - the suitable power supply unit, comms/power cables, and cooling options need to be ordered separately. TURBOVAC 1350, 1450 and the 850, 950 IND variants always come already equipped with a water cooling block.

TURBOVAC 950 i - DN 200 ISO-K

The pump can be operated in any orientation. This product comes without any additional cooling device - an air cooler or a water cooling block need to be ordered separately. It is especially designed to remotely operate in challenging application where high ionizing radiation is present. The controller TURBO.DRIVE 500e can drive any of the TURBOVAC iR family members on distances of up to 500 m, and this with minimal performance losses.

Features and Benefits

  • Superior performance - high pumping speed for light gases combined with high compression
  • Stress-free operation
  • High flexibility in our platform for standard and especially in customized products
  • Higher resistance to particles
  • Smart interfaces and intuitive software platform with LeyAssist
  • Operation in any orientation

General Product Information

Dimension Height 0.300
Dimension Length 0.250
Dimension Width 0.255
Noise / Sound Level 50.00 db(A)
50.00 db(A)
Weight 15.40
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.
Connection Inlet / Outlet Flange DN 200 ISO-K | DN 25 ISO-KF (NW25)
Certification of Product CE
UL (61010-1 3rd Edition)
CSA (C22.2 No.61010-1-12)

Environmental Conditions

Temperature Ambient Operation Max 40.00
Temperature Ambient Storage Max 70.00
Temperature Ambient Operation Min 5.00
Temperature Ambient Storage Min -15.00
Magnetic Field Resistance Max (covering worst direction - come and consult us for more details) 0.010 T

Operation Conditions - Limitations

Altitude Max 4000.00
Flow Cooling Water Min 1.667 × 10⁻⁵
Temperature Cooling Water Max 35.00
Temperature Cooling Water Min 15.00
Flow Cooling Water Max 3.000 × 10⁻⁵
Pressure Permissible Supply Cooling Water - Min and Max 4.000 × 10⁵
4.000 × 10⁵

Classification

Classification Dry or Wet Pump Dry

Performance Data

Power Total Rated 600.00
Pressure Ultimate 7.000 × 10⁻⁷
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 0.900
Pumping Speed Argon 0.840
Pumping Speed Helium 0.925
Pumping Speed Hydrogen 0.770
Ramp Up Time 150.00
Nominal rotational speed 820.00
Gas Throughput Air Nitrogen Max 1.40
Gas Throughput Helium Max 2.00
Gas Throughput Max Hydrogen 2.00
Gas Throughput Argon Max 0.350
Pressure Backing Max 1500.00
Compression Ratio Argon 1.000 × 10¹¹