Venturi induction
A pressurised driving-water supply creates the induction effect used to draw water into the ejector.
Original supplied product photograph. Confirm the selected materials and connections with the quotation.
FROZENFIRE · WATER-DRIVEN PUMPS
Venturi water induction. A compact portable assembly.
A portable water-induction device that uses a pressurised water supply and the Venturi principle to draw water from static sources.
The catalogue provides representative specifications. Request confirmed technical data for your selected model.
PRODUCT OVERVIEW
The Water Ejector Pump uses the Venturi jet principle to induce water flow from a static source when connected to a pressurised water supply. The catalogue describes water collection from ponds, tanks, rivers, wells and reservoirs for firefighting supply and transfer applications.
Its compact body incorporates a carrying handle for transport. The ejector operates without moving mechanical parts; the inlet, suction and outlet connections must be matched to the selected model and hose arrangement.
A pressurised driving-water supply creates the induction effect used to draw water into the ejector.
The jet-ejector principle provides water induction without a rotating impeller or mechanical drive within the unit.
The integrated handle and compact body support transport between water collection and transfer locations.
REPRESENTATIVE TECHNICAL SPECIFICATIONS
The supplied catalogue identifies the following table as representative of typical firefighting ejector pumps. Final Frozenfire model specifications require confirmation.
Download catalogueThese are catalogue reference values, not confirmed ratings for a selected Frozenfire model. Confirm dimensions, flow rate, pressure rating, materials and coupling sizes before specifying the pump. Water induction capacity and maximum suction lift depend on the selected model and operating conditions.
| Parameter | Catalogue specification |
|---|---|
| Product name in catalogue | Ejector Pump |
| Body material | High-strength aluminium alloy / stainless steel |
| Surface finish | Fire-red epoxy powder coating |
| Inlet connection | 2½″ instantaneous fire hose coupling |
| Outlet connection | 4″ suction threaded connection |
| Suction inlet connection | 4″ suction threaded connection |
| Operating pressure | 5–10 bar |
| Maximum suction lift | Up to 7 m |
| Water induction capacity | Up to 1,800 L/min, model dependent |
| Connection sizes | 2½″ instantaneous and 4″ threaded |
| Operating temperature | 0°C to 60°C |
| Mechanical arrangement | No moving parts |
| Weight | Model dependent |
PROJECT CONFIGURATION
Share the water source, driving supply, connection requirements and intended duty with your enquiry.
Share the available driving-water supply, source location, required induction capacity and suction arrangement.
Confirm the inlet coupling, suction thread and outlet thread against the mating hoses and selected model.
Request the selected pump’s dimensions, materials, pressure rating, flow data and operating instructions with the quotation.
Include the quantity, delivery location and any drawings or documentation requirements.
WORKING PRINCIPLE
The ejector uses a pressurised water jet to induce flow from the connected water source.
A pressurised water source feeds the ejector’s driving-water inlet.
The water jet creates the induction effect that draws water from the connected static source.
The induced water and driving-water flow leave through the discharge connection for transfer.
APPLICATIONS
Application areas described in the product catalogue. Confirm the selected equipment for the intended site conditions.
DOCUMENTS & SUPPORT
Download the catalogue, print this page or request details for your selected pump.
Original Frozenfire catalogue
Two-page catalogue covering product features, application areas and a representative technical specification table. Request confirmed data for the selected model.
Download catalogue Open PDFProduct 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.
Request technical details