






| Voltage | 240v |
| Power Rating | 1.3 kW |
| Outlet Size | DN 65 |
| Shipping Weight | 60.0 kg |
| Package Dimensions | 45.0 × 45.0 × 35.0 mm |
| Minimum Pressure | 3.0 m head (0.3 bar) |
| Maximum Pressure | 6.7 m head (0.7 bar) |
| Maximum Flow | 39.6 m³/h (11.0 L/s) |
The Flygt DS 3068 is a high-quality submersible vortex pump designed for wastewater and drainage applications where reliability and solids handling are critical — designed for pumping liquids with solids, abrasive particles, and light wastewater. This unit forms part of Flygt’s professional pump range and is commonly used in commercial, industrial, and municipal installations.
Flygt is a premium pump manufacturer and part of the Xylem Group, widely recognised for producing high-quality wastewater and drainage pumps used globally.
This pump is supplied as new, unused surplus stock and has not been installed. Minor cosmetic marks may be present from storage.
Need help confirming suitability?
Call us on 01803 220416 for technical advice.
Full technical details can be found in the manufacturer’s documentation:
View official Flygt specification sheet
Technical note – 230V single-phase operation:
This pump is a single-phase motor that requires a dedicated control panel with start components, overload protection, and level control. It cannot be connected directly to a mains supply like a standard appliance. Installation must be carried out using the correct Flygt or equivalent control panel in accordance with the manufacturer instructions.
In many cases, yes. If you provide your existing model number or duty point, we can confirm suitability before purchase.
This pump is supplied with a standard DIN flange, which allows a guide-rail claw to be fitted for fixed guide-rail installations. A Flygt claw can be used, or alternatively a compatible claw from another manufacturer can often be fitted to suit an existing installation, allowing the pump to be integrated into non-Flygt guide rail systems where required.
Please feel free to send photos or details of your current setup and we can advise on the most practical way to make it fit.
A vortex impeller is designed so the pumped liquid and solids do not pass directly through the impeller vanes in the same way as a conventional centrifugal pump. Instead, the impeller creates a swirling “vortex” within the pump casing, which moves the liquid through the pump while helping solids pass through with reduced risk of blockage.
Vortex impellers are commonly used for wastewater and drainage duties where the liquid may contain solids, fibrous material, or debris. The design prioritises solids handling and anti-clog performance, making it a good choice where reliability is critical and maintenance access may be limited. In many real-world applications, the improved passage of solids can outweigh the efficiency advantage of a standard impeller.
The main trade-off of a vortex design is efficiency. Because the liquid is moved by a vortex rather than directly through the impeller vanes, a vortex pump will typically require more power to achieve the same flow and head compared with a channel or single-vane impeller. The hydraulic efficiency is lower, but in return you gain much greater tolerance to solids, rags, and debris, with a significantly reduced risk of clogging. For wastewater applications, this reliability advantage often outweighs the higher energy consumption.
Yes — we provide free technical advice prior to purchase. Please call 01803 220416.
We specialise in supplying new and unused surplus pumps, allowing us to offer premium equipment at highly competitive prices. All pumps are inspected prior to dispatch and supplied with guarantee.
Specification & guidance notice: Technical information and FAQ content are provided in good faith based on manufacturer literature and industry experience. Descriptions of hydraulic types and application suitability represent general guidance only and do not constitute a guarantee of performance. Actual results will depend on system design, pipework losses, media characteristics, and installation conditions. Please consult the manufacturer & thier documentation and satisfy yourself that the equipment is suitable for your specific application prior to purchase.