MVP 006-4, 0.25m3/h Diaphragm pump, 24 V DC MVP 006-4, 0.25m3/h Diaphragm pump, 24 V DC MVP 006-4, 0.25m3/h Diaphragm pump, 24 V DC

MVP 006-4, 0.25m3/h Diaphragm pump, 24 V DC

$2,050.00

$1,863.00

Pfeiffer Vacuum MVP 006-4, 0.25m3/h Diaphragm pump, 24 V DC

Check out our new video Working principle of the Pfeiffer Vacuum diaphragm pump MVP


Features:
  • Extremely small but high-performance diaphragm pump with a pumping speed up to 0.25 m3/h
  • Due to compact measures and little weight it is ideally suited for integration in analysis systems and turbo pumping stations
  • Lower costs due to long service life of diaphragms and valves
  • Suitable for worldwide and flexible applications thanks to direct voltage
  • Substantial accessories expand the field of applications
  • For all applications where a dry and oil-free vacuum is required

    4 = 4-stage diaphragm pump for easy applications

     

    Ambient temperature 5-40 °C | 41-104 °F | 278-313 K
    Cooling method, standard Air
    Current consumption 0.9 A
    Emission sound pressure level without gas ballast ≤ 50 dB (A)
    Exhaust pressure, max. 1,300 hPa | 975 Torr | 1,300 mbar
    Exhaust pressure max. 1,300 hPa | 975 Torr | 1,300 mbar
    Flange (in) G 1/8"
    Flange (out) G 1/8" + Silencer
    Intake pressure max. 1,050 hPa | 787.5 Torr | 1,050 mbar
    Leak rate 6 · 10-3 Pa m3/s | 4.5 · 10-2 Torr l/s | 6 · 10-2 mbar l/s
    Protection category IP 20
    Pumping speed, max. 0.25 m3/h
    Rotation speed at stand-by 1000 min-1
    Rotation speed max. 3000 min-1
    Rotation speed min. 1000 min-1
    Supply: Voltage 24 (± 10 %) V DC
    Ultimate pressure without gas ballast ≤ 2 hPa | ≤ 1.5 Torr | ≤ 2 mbar
    Weight 1.8 kg | 3.97 lb

    Applications

    • Ideal as a backing pump for many turbopumps
    • Systems and pumping stations
    • Laboratories
    • Research & development
    • Analytics
    • Chemical industry
    • Leak detection
    • Practically in all areas in which a dry, oil-free vacuum and uncontaminated pumping of gases is needed