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Centrifugal pump HD
  • Pumps
  • Self-priming centrifugal pump HD

Self-priming centrifugal pump HD

We are a manufacturer of self-priming centrifugal pumps (HP) used in the food, beverage, pharmaceutical and chemical industries.

All sizes are designed for gentle and quiet product conveyance. Our self-priming centrifugal pumps impress with their suction capacity (up to 7 m) and their pumping performance with gaseous media.

They can also be operated in both directions of rotation (clockwise and anticlockwise).
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3D functionality
CENTRIFUGAL PUMP HD
  • The HD pumps are designed for gentle and quiet product conveyance

  • The HD pumps impress with their suction capacity (up to 7 m) and their pumping behavior with gaseous media.

  • The HP pumps are CIP and SIP-capable and can therefore be cleaned quickly. Our HP pumps are mainly used in the food, beverage and pharmaceutical industries.
Learn more
HD88 for demineralized water
Pump mounted on chassis and completely wired with frequency converter and plug
Self-priming CIP return pump
Solvent pump in bearing bracket design
Ethanol pump for installation in ATEX zone 2 with chassis and pump controller

Self-priming
Centrifugal pump HD

Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
Fördermenge Qmax. 70 m3/h
Förderhöhe Hbis 43 m
Temperaturbereichminus 30 °C bis 130 °C, max. 150 °C (SIP)
Viskositätbis ca. 500 mPas
Nenndruckmax. PN10
HD88 in operation
HD88 in operation (visualization of the suction capacity)
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Self-priming centrifugal pump HD
Properties
  • Self-priming centrifugal pumps HD with a suction head of up to 7 m
  • Excellent pumping performance with liquids containing gas
  • Suitable for left and right rotation
  • Quiet operation
  • Dead space-free construction (hygienic design)
  • CIP and SIP-capable
  • Simple installation and seal replacement
  • Our self-priming centrifugal pumps HD have low maintenance costs and a long service life
  • Robust construction made of high-quality chrome-nickel-molybdenum steel 1.4435/316L with electropolished surfaces
  • Gentle milk pumping without damaging the fat
  • Various mechanical seal systems possible
Areas of application
Self-priming centrifugal pump HD
Food industry
Liquid egg, vinegar, concentrates, flavorings, vitamins, milk, cream, buttermilk, sauces, edible oil, sugar solutions, brine, liquid spices, fatty acids, couverture, bulkheads, fats, cocoa butter, etc.
Beverage industry
Mineral water, syrup, spirits, fruit juices (also with pulp), wine, beer, brewer's yeast, lemon juice, alcohol, liqueur, vegetable juices, iced tea, etc.
Pharmaceutical and sterile technology
Ultrapure water, WFI, PUW, HPW, emulsions, alcohols, herbal extracts, flavorings, colorants, perfumes, infusion solutions, applications in biotechnology, etc.
Chemistry and industry
Alkalis, acids, milk of lime, alcohols, methanol, ethanol, solvents, hydrogen peroxide, deionized water, urea, glycol solutions, biodiesel, condensates, CIP/SIP cleaning, etc.
Self-priming centrifugal pump HD
Facts
  • ATEX for zones 1, 2, 21, 22
  • Pharma for maximum safety, reliability and hygiene (surface roughness up to Ra < 0.4 μm)
  • Hermetically sealed magnetic coupling HDM version for crystallizing, toxic, flammable and environmentally hazardous liquids
  • Storage carrier design for special requirements
  • Mobile with robust chassis and accessories according to customer requirements
  • Heatable with liquid or heating cartridge
  • Complete residual emptying at the lowest point of the pump body
Self-priming centrifugal pumps HD
The self-priming SAWA HD centrifugal pumps impress with their good suction performance (up to 7 m) and their pumping performance with gaseous media.
Learn more
Centrifugal pumps LE
The SAWA LE centrifugal pumps impress with their quiet operation and efficiency thanks to their flow-optimized geometry.
Learn more
Centrifugal pumps ZA/ZAL
The SAWA ZAL centrifugal pumps can generate pressures of up to 10 bar thanks to their specially designed impeller in a single-stage design.
Learn more
Hybrid centrifugal pumps LES
The SAWA LES hybrid centrifugal pumps have an improved suction capacity compared to the normal-priming centrifugal pumps.
Learn more
Centrifugal submersible pumps LET
The SAWA LET submersible centrifugal pumps with motor in dry installation are available for an immersion depth of up to max. 3 m. They are made of corrosion-resistant stainless steel.
Learn more
Peripheral pumps P/MP
The SAWA peripheral pumps P/MP are usually manufactured with a magnetic coupling. Despite their compact size, the peripheral gear pumps can achieve delivery pressures of up to 10 bar.
Learn more
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