Leybold TURBOLAB Core 90i, KF-40 Inlet Flange, 90 l/s Pumping Speed, Ultimate Pressure 6x10-8 Torr, DIVAC 1.4 Backing Pump, KF-16 Exhaust Flange, 1-Phase 110/230 VAC, Leybold PN 501591V02000500.

The Leybold TURBOLAB Core 90i is a cost-efficient easy to use bench top vacuum pumping station that comes with KF-40 inlet and KF-16 exhaust flanges. The overall pumping speed for nitrogen is 90 liters/sec and reaches an ultimate pressure of 6x10-8 Torr (8x10-8 mBar). The Turbolab Core 90i includes a TURBOVAC 90i pump and a DIVAC 1.4 oil-free backing pump that helps fulfill all expectations in terms of reliability, simplicity, and precision. The system operates on either 1-phase 110 or 230 VAC and has Leybold part number 501591V02000500.

They are one of the simplest high-vacuum system to use; as they have a single start/stop button for the entire pumping station. This innovative design incorporates a turbomolecular pump and a backing pump together with a simple controller, all 3 fitted on a robust baseplate, making it the ideal solution for many applications. With its one-gauge connection the TURBOLAB Core pumping station can be operated with either a TTR 91RN, TTR 101, PTR 90N, or PTR 225N vacuum gauge. Additionally, you can connect a venting valve with the turbomolecular pump. With the option gauge fitted, the controller can display gauge pressure or turbopump speed.

These pumping systems have appealing features: such as being absolutely oil-free, having a low ultimate pressure (free of hydrocarbons), and are compact with a high reliability level. They are designed to be maintenance free, air cooled, and delivered with its standard components factory fitted all in its single encloser.

Some Applications:

• Spectroscopy
• Tube manufacturing
• Beam Guidance systems
• Micro Balances
• Surface Physics
• Sputtering or Evaporating Systems

The system must not be used for pumping flammable or combustible compounds and vapors, toxic gases, radioactive, or pyrophoric substances. Nor should they be used in vacuum applications where the oxygen content exceeds the concentration of the atmosphere (~ 21%). Please refer to the instruction manual in pdf format below for more information.