






| Voltage | 415v |
| Power Rating | 3.1 kW |
| Outlet Size | DN 100 |
| Shipping Weight | 150.0 kg |
| Package Dimensions | 80.0 × 100.0 × 120.0 mm |
| Minimum Pressure | 2.0 m head (0.2 bar) |
| Maximum Pressure | 12.0 m head (1.2 bar) |
| Minimum Flow | 0.0 m³/h (0.0 L/s) |
| Maximum Flow | 42.0 L/s |
The Flygt CS 3102 is a robust submersible wastewater pump designed for pumping clean water, surface water and wastewater containing solids or long-fibered material. This unit uses Flygt’s C-channel hydraulic, a conventional solids-handling wastewater design suited to general sewage, effluent and drainage duties.
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 a used pump and may show signs of previous installation, cosmetic wear, paint loss, corrosion staining or marks from service and storage.
Need help confirming suitability?
Call us on 01803 220416 for technical advice.
Manufacturer specification:
Full technical details for the Flygt 3102 range can be found in the manufacturer documentation:
View official Flygt 3102 specification sheet
Technical note – voltage:
Voltage is shown as 415V in the listing for simplified search purposes.
This is an older 3-phase, 50Hz version designed for 415V Delta connection.
Electrical connection must always follow the motor nameplate and be carried out by a qualified electrician in accordance with manufacturer instructions.
This model is intended for pumping clean water, surface water and wastewater containing solids or long-fibered material. It is commonly used in municipal sewage, industrial effluent, drainage and wet well applications where a robust submersible solids-handling pump is required.
A C-channel hydraulic is a conventional wastewater impeller design used for general sewage, effluent and drainage duties. It is designed to pass wastewater and suspended solids while giving a good balance of flow, head and efficiency.
A C pump is a proven general-purpose wastewater hydraulic. It can be a good choice where the application requires reliable solids handling and efficient pumping, but where there is no specific need for the additional rag-handling behaviour of an Adaptive N pump or the free-passage characteristics of a vortex pump.
Compared with a vortex pump, a C-channel pump will generally offer better hydraulic efficiency for normal wastewater duties. Compared with an Adaptive N pump, it is a simpler conventional design, often suitable for standard sewage, effluent and drainage applications.
A C pump is not a grinder, not a vortex pump and not an Adaptive N hydraulic. If the installation suffers from heavy ragging, wipes, fibrous build-up or frequent blockages, an Adaptive N or vortex hydraulic may be more suitable depending on the application. Correct selection should always be checked against the pump curve, installation and pumped media.
The S configuration is intended for portable or semi-permanent wet well use. It can be connected to the discharge pipeline using a suitable hose coupling, flange fitting, hose elbow or other compatible discharge accessory depending on the installation.
Please send photos of your existing discharge connection, pipework and installation arrangement and we can advise on compatibility before purchase.
In many cases, yes. If you provide your existing model number, duty point, voltage and installation details, we can help confirm whether this pump is suitable before purchase.
Yes — we provide free technical advice prior to purchase. Please call 01803 220416.
We specialise in supplying surplus and used industrial pumps from leading manufacturers. 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.