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China Suppliers Factory Oilfield Solid Control Submersible Slurry Pump for Drilling and Slurry Transport
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China Suppliers Factory Oilfield Solid Control Submersible Slurry Pump for Drilling and Slurry Transport

The HYANG YZ series drilling submersible slurry pump is designed specifically for transporting slurry to shale shakers and decanter centrifuges. Manufactured in China, this high-performance pump features a single-stage, single-suction cantilever structure. It includes a robust bearing seat, fulcrum bearing, and durable piping that seamlessly connects to the pumping system. The fluid is efficiently discharged through the outlet pipe. Equipped with a semi-open impeller, our submersible slurry pump incorporates a stirring paddle situated in the extended inlet area of the impeller blades. As a leading factory and supplier in the industry, we ensure exceptional quality and reliability in our products. Choose HYANG for superior pumping solutions

    PRODUCT DESCRIPTION

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    The key component of the pump is the pump shaft in the submersible section, which should have sufficient rigidity. There's no bearing and shaft seal between the impeller blade and pump casing to transport the medium with high concentration and solid particles. The standard diving length of the pump is 1.3m, the suction pipe will be provided according to customer needs. When the submersible slurry pump is inserted into the liquid, the shaft seal will start work. Transmission is realized by installing the vertical motor on the support base and connecting the coupling with the pump.

    Features & Benefits

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    There is no bearing and shaft seal between the propeller and the pump body, which is maintenance-free and high temperature resistant.

    Adopts alloy cast iron for pump body, longer service life.

    Thick pump casing, adopts precision casting with good wear resistance and exquisite appearance.

    Adopts internationally famous brand bearings with stable quality.

    Optional intelligent linkage control system.

    Working principle

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    Working principle of submersible slurry pump
    The working principle of submersible slurry pump is similar to that of ordinary centrifugal pump, which uses the centrifugal force generated by the rotation of the impeller to throw out the liquid, thereby realizing the liquid transportation. The difference is that the impeller and pump body of the submersible slurry pump are usually made of wear-resistant materials to adapt to high-concentration and high-abrasive working conditions.

    Parameter

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    Model Flow Lift Rotary Speed Motor
    50YZS25-12 25m³/h 12m 1430r/min 3kw
    50YZ20-18 20 m³/h 18m 1430r/min 4kw
    80YZ50-20B 40 m³/h 16m 1440r/min 5.5kw
    80YZ50-20 60 m³/h 17.5m 1440r/min 7.5kw
    80YZ80-20 90 m³/h 22m 1460r/min 11kw
    100YZ100-30A 75 m³/h 30m 1470r/min 18.5kw
    100YZ100-30 60 m³/h 36m 1470r/min 22kw
    100YZ160-38B 82 m³/h 33m 1480r/min 30kw
    100YZ120-60 120 m³/h 40m 1480r/min 45kw
    150YZ250-40A 135 m³/h 35m 1480r/min 55kw
    150YZ250-40B 120 m³/h 28m 1480r/min 37kw

    Machine display

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    Frequently Asked Questions

    What is the standard diving length of the submersible slurry pump?

    The standard diving length of the pump is 1.3 meters. However, the suction pipe can be customized and provided according to specific customer requirements.

    Why does the pump design feature no bearing and shaft seal between the impeller and casing?

    This design prevents wear and blockages, making the pump maintenance-free and highly resistant to high temperatures. It allows the efficient transportation of media with high concentration and solid particles.

    What materials are used for the pump body and casing?

    The pump body is constructed using alloy cast iron for a longer service life. The thick pump casing is produced using precision casting, which provides excellent wear resistance and an exquisite appearance.

    How does the working principle of the submersible slurry pump differ from a standard pump?

    While it operates similarly to a centrifugal pump using centrifugal force from the impeller, the key difference is that its impeller and pump body are made of highly wear-resistant materials designed specifically for abrasive and high-concentration conditions.

    How is power transmission achieved in this pump?

    Transmission is realized by installing the vertical motor onto the support base and connecting the coupling directly with the pump.