HYGHSPIN DOUBLE FLOW twin screw pump
Double-flow, hygienic, powerful
The HYGHSPIN Double Flow extends the application range of the HYGHSPIN series for high differential pressures of up to 50 bar. It therefore makes it possible to utilize its advantages for high-pressure applications where particularly hygienic and gentle requirements are needed.
| Technical parameters Sizes | ||||
| Typ | HYGHSPIN 90DF | HYGHSPIN 105DF | HYGHSPIN 125DF | |
|---|---|---|---|---|
| Max. flow rate | 40 m³/h | 180 m³/h | upon request | |
| Max. delivery pressure | 50 bar | 20 bar | upon request | |
| Max. ø solids | 11.5 mm | 35 mm | upon request | |
| General specifications | ||||
| Suction capability | NPSHr > 1.5 m; suction heads of up to 8 m are possible | |||
| Viscosity | 0.5–1,000,000 mPa·s; higher values upon consultation | |||
| Pumping temperature | –10 to 180 °C; higher temperatures available upon request | |||
| Cleaning | Fully CIP-cleanable within the system | |||
| Sterilization | SIP in a system using steam or hot water | |||
| Parts in contact with the product | 1.4404, 1.4539, or 1.4462 (optional); other materials available upon request | |||
| Elastomers | HNBR, FPM, EPDM, FFPM, FDA-approved, other elastomers available upon request | |||
| Shaft seals | Single- and double-acting mechanical seals, with a cutting edge for sticky media to prevent start-up damage; single-acting, safe-to-run dry or dry run safe lip seal | |||
| Pump orientation | horizontal, vertical, or lateral; INLINE configurations available | |||
| Connections | Various sizes and connection standards available upon request | |||
| Design | Compact, robust modular design for all sizes, with an exposed shaft end for sizes 90, 105, and 125 | |||
| Drives | Three-phase, gear, or servo motors (hygienic drives in stainless steel construction available as an option) | |||
What is a double-flow pump?
The HYGHSPIN DOUBLE FLOW is a so-called double-flow twin screw pump made of stainless steel. Double-flow means that it has two external inlet ports and one central outlet port. A bearing on both sides controls the shaft deflection. The axial thrust caused by the high pressures is compensated internally. The shaft seals are located on the suction side. All in all, despite the high differential pressures, all major components are only subjected to low loads, resulting in high reliability and excellent service life. The parallel use of two stages also makes it possible to pump a large volume flow.
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