Our Products #5146712

Fig. 264, Fig. 266 and Fig. 265 Water Jet Eductors are designed for liquid pumping and mixing operations and for the handling of some solids. In operation, pressure liquid enters the eductor through the pressure nozzle and produces a high-velocity jet. This jet action creates a vacuum in the line which causes the suction liquid to flow up into the body of the eductor where it is entrained by the pressure liquid. Both liquids are thoroughly mixed in the throat of the eductor and are discharged against back pressure. The streamlined body permits the pressure liquid to move straight through the eductor and reduces the possibility of solids in the suction material from collecting and clogging.

Fig. 217P and Fig. 218P Pneumatic Conveying Eductors for Handling Dry Solids employ motive air from a compressed air source or a blower to entrain and transport solids. The motive air is expanded across the nozzle creating a vacuum in the suction chamber drawing the product into the eductor. The motive air and entrained solids are carried through the diffuser section of the eductor and discharged into the conveying system.

Fig. 217 and Fig. 219 Steam Jet Syphons are designed for liquid pumping and mixing operations and for the handling of some solids. Steam, air or gas under pressure is used to pump, mix liquids and handle solids. Fig. 217 and Fig. 219 Steam Jet Syphons can be used for the handling of corrosive or abrasive liquids and solids because of their design simplicity, the absence of moving parts, and can be made from any machineable material.

The Fig. 220 Jet Syphon is designed for use where solids or semi-solids must be passed through the pump.Typical uses include handling sewage and muddy water, cleaning cesspools and cleaning sludge out of tanks. Ejectors of this type can be used as pipeline slurry heaters for continuous processing. A high-pressure gas enters the syphon at the side, passes through an annular orifice, and discharges at high velocity into the throat. The suction material is drawn in through the open suction nozzle, is entrained by the gas and is discharged through the discharge connection at some pressure intermediate to suction and motive pressures.

Fig. 320, Fig. 321 and Fig. 324 Continuous Heaters are used to heat liquids quickly through direct contact with steam where a hot water under pressure is required. The liquid under pressure attains a high velocity passing through the nozzle. Steam enters through a series of nozzles in the combining tube and an intimate mixing of the liquid and steam occurs in the throat region. The liquid absorbs all of the heat of the steam. Under normal conditions no loss in water pressure occurs. In certain cases, this water can be operated against back pressures higher than either the supply water pressure or steam pressure.

Fig. 258 and Fig. 268 Tank Mixing Eductors are used to agitate liquid, dissolve powdered solids in liquid, and to mix two or more liquids intimately within a tank or other vessel without the use of baffles or moving parts inside the tank. These units take the place of mechanical agitators. Tank Mixing Eductors are operated by a flow of pressure liquid through the nozzle. The motive liquid entrains suction liquid, the two are mixed intimately in the venturi, and the mixture is discharged into the tank. Pressure liquid can be taken from the tank by means of a pump or it can be a new liquid.

Fig. 242 Condensate and Mixing Eductors are designed to mix two liquids intimately in various proportions in operations where the pressure liquid is the greater proportion of the mixture. Typical applications include removal of condensate, mixing gasoline with acid, blending and proportioning chemical solutions, and diluting acids and alkali. In operation, the pressure liquid issues from the nozzle at high velocity and entrains the suction liquid. The extreme turbulence in the throat of the eductor mixes the two liquids, blending and emulsifying thoroughly and completely.

Fig. 254, Fig. 267 and Fig. 227 Hopper-Equipped Eductors are made for handling slurries or dry solids in granular form and are used extensively for ejecting sludges from tank bottoms, for pumping sand from filter beds and for washing and conveying granular materials. Liquid under pressure issues through a converging nozzle in the eductor and produces a high-velocity jet. This creates a suction in the body of the eductor and causes the suction material to be drawn into the eductor and entrained by the liquid. Both the motive liquid and the entrained material are intimately mixed in the throat of the eductor and are discharged against some backpressure. Hopper Equipped Eductors are excellent for mixing dry product that is difficult to combine into a solution.

Schutte & Koertings TurboDraft Fire Eductor allows rural fire companies to tap into water supplies like ponds, streams, and swimming pools up to 250 away and can generate flows up to 670 GPM. The 5" TurboDraft unit is used primarily for accessing static water sources that are not easily reached using typical drafting techniques. The 5" unit can also be used at tanker fill sites during water shuttle operations, fire scene overhaul, transferring of contaminated liquids, dewatering of low lying areas and swimming pools, for direct fire attack, fire scene water management, accessing shallow static water, among others.