Flux Pumps VISCOPOWER F570 39-inch Progressive Cavity Pump Kit With F416-2 Ex Air Motor
39-inch stainless steel pump with ATEX Ex II G IIC T6 marked air motor.
![Flux Pumps VISCOPOWER F570 39-inch Progressive Cavity Pump Kit With F416-2 Ex Air Motor](/assets/Flux-VISCOPOWER-F570-Air-Motor-Kit.jpg?width=660&height=495&scale=upscalecanvas&bgcolor=fff)
Overview
Features
- 21.9 GPM max flow rate
- 217 PSIG max delivery pressure
- 1 to 80,000 cPs viscosity
- 53mm outer tube diameter
- 39in immersion length
- R52 rotor/stator geometry
- Stainless steel construction
- 1.0μm Ra electropolish
- Temperatures to 248°F (120°C)
- PTFE stator material
- SiC/SiC open mechanical seal or closed mechanical seal
- Containers: 55 Gal Drums, totes, IBCs
This Kit Contains:
![Flux Pumps VISCOPOWER F570 Progressive Cavity Pump](/assets/VISCOPOWER_F570_648x648px_72dpi.jpg?width=64&height=64&bgcolor=fff)
Flux Pumps VISCOPOWER F570 Progressive Cavity Pump
![Flux Pumps F416-2 Ex Container Pump Air Motor](/assets/Flux-F416-Ex-Air-Motor.jpg?width=64&height=64&bgcolor=fff)
Flux Pumps F416-2 Ex Container Pump Air Motor
![Flux Pumps 24-00000028 Hose Barb](/sites/116/placeholder-box.png?width=64&height=64&bgcolor=fff)
Flux Pumps 24-00000028 Hose Barb
![Flux Pumps 24-00001429 PTFE Gasket](/sites/116/placeholder-box.png?width=64&height=64&bgcolor=fff)
Flux Pumps 24-00001429 PTFE Gasket
![Flux Pumps 24-00000293 Tri-Clamp Fitting](/sites/116/placeholder-box.png?width=64&height=64&bgcolor=fff)
Flux Pumps 24-00000293 Tri-Clamp Fitting
Description
The Flux Pumps VISCOPOWER F570 progressive cavity pump works on the principle of positive displacement pumping technology. Progressive cavity pumps are distinguished by constant, low pulsation pumping. Depending on the medium and application, flow rates of up to 21.9 GPM and discharge pressures of up to 217 PSIG are achieved. The F416-2 Ex Air Motor with an included ball valve allows for easy adjustment of the input air operating pressure and is ATEX Ex II G IIC T6 marked.
The medium to be pumped is first fed into a pumping chamber from where it is then displaced upwards. More specifically, it works using a rotating shaft in the pump tube of the progressive cavity pump. This shaft with a rotor at its lower end rotates against a fixed stator. The worm-shaped geometry of the rotor and stator produces cavities in which the medium is then pumped from the suction side at the lower end of the tube upwards to the discharge port.
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