Pump tube HC

for flammable chemicals

Order number: US-0162-204
Price: upon request
The Atex guidelines can only be observed if a Pump tube with an explosion-proof Motor is used for highly flammable liquids.

Description: The Lutz Pump tube (HC) is suitable for low viscosity, flammable and highly...more

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Product information "Pump tube HC"

Immersion depth: 1000 mm
Type of seal: sealless (DL)

Description:

The Lutz Pump tube (HC) is suitable for low viscosity, flammable and highly corrosive chemicals. Depending on the application, various Motors are available, which you can combine with the Pump tube at any time. This means you are flexible at all times and thus save important resources.

also available in special immersion depths from 200 - 2500 mm
Pump tube equipped with Lutz original hand wheel
used in areas of fire protection and disaster control

Features & Advantages

Optionally with electric or compressed air drive
No lubricants and therefore no contamination of the pumped medium by lubricants
Approved according to ATEX directive 2014/34/EU, category 1/2
Highly resistant carbon and ETFE shaft bearings
Maintenance without special tools
Seal modules of the seal-less (SL) pump can be replaced

Technical data

Pump tube (material):

HC (Hastelloy C)

Impeller (material):

ETFE (ethylene-tetrafluorethylene copolymer)

Static seal (material):

FPM (fluororubber)

Bearing (material):

ETFE / Kohle

Drive shaft (material):

Hastelloy C (2.4610)

Flow rate (up to max. GPM)*:

delivery head (up to max. ft)*:

Temperature of medium (max °F):

248

density (up to kg/dm³):

1.9

Viscosity (up to max. cps)*:

750

Type of impeller:

Radial-flow impeller

Seal type:

Sealless (SL)

Immersion length:

from 39" (1000 mm)

Immersion tube diameter (up to mm):

1.7

Thread (inch) outside:

1 1/4"

Explosion Protection:

Yes

Certification:

ATEX Richtlinie (ATEX Richtlinie 2014/34/EU)

Type:

HC 42-L-DL

* Die max. Fördermenge ist ein ermittelter Wert mittels Prüfstand und gemessen mit Wasser bei einer Mediumstemperatur von ca. 20° C. Die Messung erfolgt am Druckstutzen der Pumpe, ohne Schlauch, Zapfpistole oder Durchflussmesser. Die im Einsatz erzielbare Fördermenge ist niedriger und hängt von der individuellen Anwendung, den Medieneigenschaften sowie der Konfiguration der Pumpe ab. Die max. Förderhöhe ist ebenso abhängig von Pumpenausführung, Motor und Medium. Die Viskositätswerte werden mit Öl ermittelt.

** Prüfaufbau: Medium Wasser / Diesel, Durchfluss in Vorzugsrichtung, Beruhigungsstrecke 0,2 m vor und nach dem Durchflusszähler