Magnum 620

Max Flow

42 LPM (11 GPM)

39 LPM (10 GPM)* Model 620D

Max Temperature

230 °F (110 °C)

100 °C (212 °F)* Model 620D

Max Pressure

80 PSIG (0.55 MPa)

Materials

PTFE/PFA fluid path

Certifications

CE

Applications

Semiconductor/Electronics
LED/Flat Panel
Chemical Processing
Aerospace

Description

The Magnum 620 is the design evolution of the 610, with the main differences being completely non-metallic construction and no tie bolts. The 620 was designed with innovative thread-on pump heads to help end-users service this pump more easily. In addition, the updated design increased the pressure capability of the pump for more rigorous process demands. Even more, the 620 was designed as a minimalist pump to help our users maintain the pump with ease. For example, the 620R has only 23 parts, whereas many other pumps in the market have upwards of 100.

New in 2012 – The 620D

The 620D was requested from our customers in order to meet their needs in regards to delivery and recirculation applications where system backpressures are high and fluctuate. The 620D can be put at a standstill when all valves in a system are shut off and immediately respond with a return in flow once valves are opened. 

  • reliable operation in various applications because of patented non-stall air logic design
  • safe, pneumatic operation with clean, dry air or nitrogen
  • compatible with acids, bases, solvents
  • immediate response to system backpressures (D-style control only)
  • adjustable exhaust muffler for steady operation in high back pressure
  • user serviceable
  • no elastomer O-ring seals
  • clean room assembled, tested, and packaged
Control Styles

  • 620R for recirculation
  • 620E for user defined
  • 620D for distribution and deadhead capability
Fluid Port Connections

  • ½” Flare Tube Adapter
  • ¾” Flare Tube Adapter
  • ¾” PFA Tube Stubout
  • No Adapter
Surge Suppressor

  • SS40
  • SS85
Other Options

  • Cycle Probe
  • Remote Exhaust (620R and 620E only)
  • Leak Probe
  • End of Stroke Sensor
  • Alternate Bases