- Hydrochloric acid
- Boric acid
- Sulfuric acid
- Citric acid
- Lactic acid
- Phthalic acid
- Sodium hydroxide
- Potassium hydroxide
- Ammonia water
Container pump for higher delivery heads
F 430 PP-100/50
Pump F 430 PP 100/50 in polypropylene was designed for higher delivery pressure. Instead of a rotor, it is equipped with an impeller in a pump housing. In connection with the powerful FLUX motors the pump delivers a far higher pressure of over 3 bar compared to pumps with semi-axial rotors. This makes it especially convenient for conveying media out of e.g. IBCs and other containers into higher lying pipe systems or out of an IBC in the basement to a higher floor.
Technical data:
- Flow rate: max. 105 l/min1
- Delivery head: max. 32 mwc2
- Viscosity: min. 1 mPas - max. 105 mPas2
- Immersion length: 1000, 1200, 1500
- Materials outer tube:
- Media / Fluids:
- Seal: with mechanical seal
- Container:
- 1 The maximum delivery rate is a test bench value, measured with water at 20 ° C at the pressure port of the pump, without accessories (hose, nozzle, flow meter). The practically achievable delivery rate is lower. It depends on the individual application, the fluid properties and the pump configuration. Please refer to technical data sheets / performance diagrams.
- 2 dependent on pump model, motor and medium
Product attributes
- For media such as e.g. acids and bases as well as for almost low-viscosity, neutral liquids
- With mechanical seal to seal the inner tube
- Inner tube with metal core
- For IBCs, in connection with powerful motors
- When using in an IBC we recommand the IBC cap with bolting
Benefits
- The pump has a significantly higher delivery head in the range up to 40 l/min compared to pumps with half-axial rotor (Z-rotor)
- Allows the conveying of media out of an IBC stock in the basement into higher floors
- Ideal for pumping media into a higher lying pipe system
- Can be used as a supply pump of line networks e.g. for feeding of process water
- Unique, the inner tube reinforced with a metal core. It enables the full function of the mechanical seal in all application temperature ranges and prevents leakage and unnecessary wear