SolarVac 1201 – MB – T Vacuum Filtration System

◆ For microbiological filtration
◆ Innovative rotary design
◆ Easy tracking
◆ Durable and autoclavable
◆ Individual control valve
◆ Includes ROCKER SF funnels

SolarVac Multi-Branch Filtration System Features

 

  • For microbiological filtration
    SolarVac 1201 – MB – T, include Rocker 400 vacuum pump, rotary manifold, waste bottle, burner, and MCE membrane, are designed for a large number of samples in microbiological test.
  • Rotary design
    Turn the funnels and add samples at same position and prevent cross-contamination.
  • 4000 mL PP vacuum bottle with drain
    The large capacity of 4000 mL vacuum bottle with drain offers convenience of collecting and draining waste solution.
  • Easy tracking
    Each funnel position is marked clearly with numbers, making tracking easy and effortless.
  • Durable and autoclavable
    The wetted parts of SolarVac manifold are made of SS316 and silicone which is durable and autoclavable.
  • Individual control valve
    Control feeds of each funnel individually.

SolarVac Multi-Branch Filtration System Applications

 

  • Microbiological test
  • Suspended solid test
  • Vacuum filtration

SolarVac Multi-Branch Filtration System Ordering Information

 

Part NumberDescription
1861201-11-TSolarVac 1201 – MB – T, Vacuum Filtration System, AC110V, 60Hz
1861201-02SolarVac 1201 – MB, 12 Places Rotary Manifold with ROCKER SF funnel adaptor, 100 mL SF Funnel x 12
167400-11Rocker 400, Vacuum Pump, AC110V, 60Hz
177100-00Dragon 100, Torch Burner
1861201-22-TSolarVac 1201 – MB – T, Vacuum Filtration System, AC220V, 50Hz
167400-22Rocker 400, Vacuum Pump, AC220V, 50Hz



Specification

SolarVac 1201 – MB – T SolarVac Multi-Branch Manifold
GENERAL DATA
Max. vacuum99 mbar abs.
Max. flow rate37 L/min@60Hz ; 34 L/min@50Hz
Noise Level52 dB
ELECTRICAL DATA
Voltage110V220V
Max. Power100W80W
CAPACITY
Funnel capacitySF stainless steel funnel 100 mL x 12
Filter diameter47 mm
Branch number12
OTHER DATA
Equipped withVacuum regulator, Prote™ protection