Hydraulic drive
Driving water supplied by a hydrant, fire pump or water system powers the turbine and impeller assembly.
Original supplied product photograph. Confirm the selected materials and connections with the quotation.
FROZENFIRE · WATER-DRIVEN PUMPS
Turbo Pump
Water-driven dewatering. Portable by design.
A portable hydraulic turbine-driven pump for dewatering and water transfer, powered by an external pressurised water supply.
Water drivenHydraulic turbinePortable
Discuss your requirement +91 7878 717 818- Drive medium
- Pressurised water
- Operating principle
- Hydraulic turbine
- Connections
- Instantaneous
- Installation
- Portable
PRODUCT OVERVIEW
Driven by water.
Built for dewatering.
The Turbo Pump uses the energy of a pressurised water supply to drive an internal turbine and centrifugal impeller. This arrangement transfers accumulated water through the pump and into the discharge hose, supporting dewatering and emergency water-transfer operations.
Its portable construction is intended for deployment in locations such as flooded basements, cable trenches, utility pits, construction sites and marine compartments. The catalogue lists clean water, floodwater, muddy water and light industrial water as pumped media.
Portable assembly
The compact pump body, designated lifting points and instantaneous connections support transport and deployment.
Strainer and impeller
Water enters through the suction strainer and is transferred by the centrifugal impeller through the volute casing.
TYPICAL TECHNICAL SPECIFICATIONS
Review the details
for your duty.
Typical data listed on page 5 of the Turbo Pump catalogue. Confirm the selected pump configuration and operating duty with the quotation.
Download catalogue| Parameter | Catalogue specification |
|---|---|
| Pump type | Water-driven turbo dewatering pump |
| Operating principle | Hydraulic turbine |
| Drive medium | Pressurised water |
| Flow capacity | Up to 850–1500 LPM |
| Operating pressure | 5–10 bar |
| Maximum suction lift | Up to 7 m |
| Maximum head | Up to 60 m |
| Solid handling | Small suspended solids and debris |
| Connections | Instantaneous |
| Pump body material | Gunmetal / aluminium |
| Impeller material | Gunmetal / aluminium |
| Turbine shaft material | Stainless steel |
| Two female instantaneous adaptors | Gunmetal / stainless steel / aluminium |
| One male instantaneous adaptor | Gunmetal / stainless steel / aluminium |
| Seal type | Mechanical seal |
| Installation | Portable |
| Pumped media | Clean water, floodwater, muddy water and light industrial water |
The catalogue lists flow capacity, operating pressure, suction lift and maximum head separately. These values do not define one simultaneous operating point. Confirm the required flow at the available driving-water supply and discharge head.
PROJECT CONFIGURATION
Specify the pump
with the full picture.
Share the water source, driving supply, connection requirements and intended duty with your enquiry.
Driving-water supply
Provide the available driving-water pressure and supply arrangement, together with the required pumped flow and discharge head.
Materials and connections
Specify the body, impeller and adaptor materials. Confirm the mating coupling sizes and standards for the selected pump.
Deployment conditions
Describe the liquid, solids or debris, discharge hose arrangement and intended installation. The catalogue operating procedure calls for a submerged suction strainer.
Discuss this pump
Include the quantity, delivery location and any drawings or documentation requirements.
WORKING PRINCIPLE
Turbine energy.
Impeller-driven transfer.
A hydraulic turbine converts driving-water energy into rotation of the pump assembly.
Driving water
Pressurised water enters the turbo inlet and transfers energy to the hydraulic turbine.
Impeller rotation
The turbine drives the impeller, drawing accumulated water through the suction strainer.
Water transfer
The impeller accelerates the water into the volute casing for discharge through the outlet hose.
Operation and deployment
The catalogue describes operation with the suction strainer submerged, a continuous driving-water supply and observation of discharge flow, pressure and pump condition. Refer to pages 2–3 for inspection, installation, starting and shutdown instructions.
Read operating procedureAPPLICATIONS
For water transfer
and emergency response.
Application areas described in the product catalogue. Confirm the selected equipment for the intended site conditions.
- 01Flooded basements
- 02Construction-site dewatering
- 03Underground cable trenches
- 04Utility tunnels
- 05Mines & quarry drainage
- 06Marine bilge pumping
- 07Industrial plants
- 08Refineries
- 09Petrochemical facilities
- 10Power stations
- 11Municipal flood control
- 12Emergency disaster response
- 13Excavation dewatering
- 14Water-transfer operations
- 15Fire brigade emergency services
INSPECTION & MAINTENANCE
Care for the pump
through its service life.
Maintenance intervals summarised from page 4 of the Turbo Pump catalogue. Follow the supplied instructions for the selected assembly.
01Daily
- Clean the pump exterior and flush the internal passages with clean water.
- Remove debris from the suction strainer; inspect couplings, seals and visible leaks.
02Weekly
- Inspect the turbine chamber and verify free impeller rotation.
- Check bolts, fasteners, lifting points, seals and gaskets.
03Monthly
- Inspect the impeller for wear or erosion and the volute casing for corrosion.
- Check turbine performance, clean flow passages and inspect bearings where fitted.
04Annually
- Arrange a complete internal inspection, including the turbine and impeller.
- Replace worn seals, gaskets or damaged impellers as required; pressure-test the casing and perform a full operational test.
DOCUMENTS & SUPPORT
Keep the product
information close.
Download the catalogue, print this page or request details for your selected pump.
Turbo Pump
Original Frozenfire catalogue
Five-page catalogue covering the pump, working principle, applications, operating procedure, maintenance and typical technical specifications.
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Product and project enquiries
Share the pumping task, available water supply, required flow, connections, material preference and quantity. Our team can review the proposed configuration and supporting documentation.
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