Specifications

Connection Inlet Flange DN 63 CF (4.5")
Connection Outlet Flange DN 16 ISO-KF (NW16)
Cooling Method Air Cooling (convection) Water Cooling Air Cooling (forced - fan)
Power Supply Voltage DC 24V
Power Total Rated 190.00
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 0.065
Pressure Ultimate 2.000 × 10⁻⁸

TURBOVAC SL 80 - DN 63 CF / 16 KF CC

Part Number: 800002V3002

Variant

Explore the range of variants given below to compare the product

General Product Information

Connection Cooling 1/8" BSPP (G) Female
Connection Outlet Flange DN 16 ISO-KF (NW16)
Connection Inlet Flange DN 63 CF (4.5")
Cooling Method Air Cooling (convection)
Water Cooling
Air Cooling (forced - fan)
Dimension Height 0.166
Dimension Length 0.114
Dimension Width 0.095
IP Rating IP20
Noise / Sound Level 46.00 db(A)
Power Supply Frequency DC Voltage
Power Supply Voltage DC 24V
Weight 3.10
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 63 CF (4.5") | DN 16 ISO-KF (NW16)
Certification of Product CE

Performance Data

Compression Ratio Air Nitrogen 1.000 × 10¹¹
Compression Ratio Helium 2.000 × 10⁶
Compression Ratio Hydrogen 40000.00
Power at Ultimate 17.00
Power Total Rated 190.00
Pressure Ultimate 2.000 × 10⁻⁸
Pumping Speed Air Nitrogen (@50Hz or max @default setting) 0.065
Pumping Speed Argon 0.060
Pumping Speed Helium 0.055
Pumping Speed Hydrogen 0.049
Ramp Up Time 90.00
Nominal rotational speed 1200.00
Performance Comment The compression of a TMP is a value describing how good the design can compress a gas type at special conditions. Compression data is measured only using the CF flange variants. The values are stated for all family members. For some pump classes we are stating different pumping speeds ISO > CF flange as small differences in geometry influence their performance leading to a difference >5%.
Gas Throughput Air Nitrogen Max 0.200
Gas Throughput Helium Max 0.120
Gas Throughput Max Hydrogen 0.050
Gas Throughput Argon Max 0.160

Environmental Conditions

Temperature Ambient Operation Max 45.00
Temperature Ambient Storage Max 70.00
Temperature Ambient Operation Min 15.00
Temperature Ambient Storage Min -15.00

Classification

Classification Dry or Wet Pump Dry
Classification Product Pressure Range High Vacuum: 1·10⁻³ - 1·10⁻⁷ mbar
Classification High / Medium / Rough Vacuum pump High Vacuum Pump
Classification Vacuum Pump Technology Turbomolecular Pump - full mechanical bearing

Connectivity - Communication Interface

Connection Electrical Comms Interface Connector DSUB 15-PIN - Female

Variants

Installation Orientation Any orientation

Operation Conditions - Limitations

Temperature Cooling Water Max 40.00
Temperature Cooling Water Min 10.00
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