Vacuum Pump V-600

Description

The powerful and quietly operating three-stage PTFE diaphragm vacuum pump is robust and chemically resistant. It operates at the maximum flow rate of 3.1 m³/h and achieves an ultimate vacuum of 1.5 mbar. Thanks to its high flexibility, the Vacuum Pump V-600 can be integrated effortlessly into any BUCHI laboratory or industrial evaporator for utmost efficiency.

Benefits :-
Convenient
•  Quiet operation thanks to speed regulation
•  Unattended and safe operation with alerts for potential overflow of the receiving flask, when combined with optional level sensor
Extendable
•  Seamless plug & play integration into:
–  an industrial Rotavapor^® R-220 Pro system for large volume
–  a laboratory Rotavapor^® R-300 system with one or two rotary evaporators
–  a parallel evaporation system Syncore^® or Multivapor™ for simultaneous evaporation of multiple samples
Robust and Reliable
• Easy visual detection of condensate and particles through transparent front panel
•  High chemical resistance thanks to supreme quality materials
•  Increased lifetime by speed-controlled operation in conjunction with the optional Interface I-300 / I-300 Pro

Features :-
• Clean emission – The optional secondary condenser captures vapor preventing uncontrolled release into the laboratory atmosphere.
• Easy particle detection – Pump membranes are visible through the transparent front panel enabling easy detection of condensed solvents or particles.
• Increased safety – The optional level sensor, combined with the Interface I-300 / I-300 Pro, alerts the operator to empty the receiving flask when required.
• Quiet operation – Smooth functioning at low noise levels (40 dB) is guaranteed thanks to speed-control to keep the set vacuum.
• Seamless integration – The plug & play feature ensures easy integration into any BUCHI evaporator system and direct control from the central interface enhances usability.
• Speed control – Speed control allows for the precise achievement of the set vacuum, while avoiding sudden pressure changes and minimalizing bumping effects.

Technical Data