Pump tube PP for Complete drainage
Available, delivery time: 4 days
Product number:
0103-040
Product information "Pump tube PP for Complete drainage"
Description:
The Lutz pumping station (PP) is suitable for corrosive, aqueous to slightly viscous media. Depending on the application, various motors are available that you can combine with the pumping station at any time. This gives you flexibility at all times and saves important resources.
- Also available in special immersion depths from 200 - 2500 mm
- Pumping unit equipped with Lutz Original handwheel
- Suitable for emptying drums of oils such as rapeseed oil and vegetable oil
Features & advantages
- Optionally with electric or compressed air drive
- No lubricants and therefore no contamination of the pumped liquid by lubricants
- Optimised drum emptying with a residual quantity of approx. 0.1 litre
- No leaks if the pumping station is tilted or moved
- Maximum product utilisation with reduced barrel cleaning and disposal costs
- Sealing module of the mechanical seal pump (GLRD) can be replaced
| Bearings (Material): | Charcoal |
|---|---|
| Delivery head (up to max. m wc)*.: | 15 |
| Density (up to kg/dm³): | 2,0 |
| Drive shaft (Material): | HC-22 (2.4602) |
| Flow rate (up to max. l/min)*.: | 69 |
| Immersion depth (mm): | 700 |
| Immersion tube diameter (max. mm): | 50 |
| Impeller (Material): | PP (polypropylene) |
| Liquid temperature (max °C): | 50 |
| Mechanical seal (Material): | Carbon, ceramic, FPM, HC-4 (2.4610) |
| Pump tube material (Material): | PP (polypropylene) |
| Static seal (Material): | FPM (fluororubber) |
| Thread (inch) outside: | 1 1/4" |
| Type: | RE PP 41-L GLRD HC |
| Type of impeller / Drive type: | Impeller (radial impeller) |
| Type of seal: | Mechanical seal: (GLRD) |
| Viscosity (up to max. mPas)*.: | 1000 |
Laufrad oder Rotor?
In der Praxis zeigen sich 2 typische Einsatzarten:
Anforderung 1:
Überwinden von langen Schlauchlängen, erhöhte Viskosität und Dichte des Fördermediums, und die damit verbundene Anforderung von größeren Förderhöhen erfordern den Einsatz des Laufrades.
Lösung: Laufrad (L) = Radialrad

Anforderung 2:
Freier Auslauf und keine wesentlichen Druckverluste, aber verbunden mit dem Wunsch nach großer Fördermenge.
Lösung: Rotor (R) = Axialrad
