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Centrifugal Submersible Sand Slurry Pump

Centrifugal Submersible Sand Slurry Pump

Name: China Customized Centrifugal Submersible Sand Slurry Pump Manufacturers - Made in China - Jovidia
Brand: Jovidia
SKU: 276773533

Products Description The underwater slurry pump is a device used for transporting slurries containing abrasive solid particles. It is widely applied in fields such as mining, power, metallurgy, coal, chemical industry, and environmental protection. Specifically, it is used in the transportation...

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Description

Products Description

What is a Submersible Sewage Pump?

A submersible sewage pump is a waterproof electric pump designed to operate fully or partially submerged to transfer wastewater containing solids, fibrous materials, and sludge. It is commonly used in sewage pits, wastewater lift stations, basements, municipal and industrial drainage, and similar applications.

Typical Applications

Residential/community sewage pits and basement wastewater

Municipal wastewater lift stations

Commercial buildings: hotels, malls, hospitals

Industrial wastewater transfer (non-corrosive or mildly corrosive depending on materials)

Construction site drainage (model dependent)

Stormwater + mixed sewage systems

Working Principle (How It Works)

The motor drives an impeller inside the pump casing. Rotation creates centrifugal force, converting mechanical energy into fluid pressure and flow, lifting wastewater through the discharge pipe to the required head.

Key Advantages / Features

Submersible design: no priming required; compact installation in pits/tanks

Good solids handling: designed to pass solids and debris (within rated size)

Reliable sealing: typically double mechanical seal with oil chamber protection

Motor protection options: thermal protection, moisture sensor, overload protection (model dependent)

Multiple impeller options: channel/vortex/cutter depending on media

Flexible installation: portable (free-standing) or fixed installation with auto-coupling + guide rails

Product Components and Classification

Main Components

Motor (IP68 typically): insulation class often F/H (depends on model)

Pump body/casing: usually cast iron; stainless steel available for corrosion resistance

Impeller: channel, vortex, semi-open, or cutter type

Mechanical seals: commonly double seals; oil chamber for cooling/lubrication

Bearings: heavy-duty for continuous submersible duty

Cable & cable entry sealing: waterproof design (critical for reliability)

Discharge connection: flange or threaded outlet; often with elbow for guide-rail systems

Common Types (Selection by Media)

Standard sewage pump (non-clog / channel impeller): general sewage with solids

Vortex impeller pump: strong anti-clogging for mixed solids/fibers; usually lower efficiency

Cutter/grinder pump: chops fibrous materials; for narrow pipes/pressure sewers

Stainless steel submersible sewage pump: for corrosive or hygienic environments (confirm compatibility)

Product selection parameters

Key Performance Parameters (What Customers Usually Specify)

Flow rate (Q): m³/h or L/s

Head (H): meters (m)

Power: kW / HP

Voltage/Frequency: 1220–240V or 3380–415V, 50/60Hz

Solids passage / max particle size: e.g., 10–80 mm (varies by model)

Liquid temperature: typically up to ~40°C continuous (model dependent)

Installation depth: limited by cable length and pump rating

Material: cast iron / stainless steel; seal materials

Control: float switch, level sensors, control panel, VFD (where applicable)

Basic Selection Guide (Practical)

Confirm media: sewage composition, fibers, sand, corrosiveness, pH, temperature

Determine required flow (Q): peak inflow, pump duty points

Calculate total dynamic head (TDH): static lift + friction loss + fittings loss + check valve loss

Check solids size and clogging risk: choose vortex/channel/cutter accordingly

Choose installation method: portable or fixed auto-coupling

Electrical & protection: voltage, phase, explosion-proof requirement (if hazardous area)

Verify duty point on curve: operate near best efficiency region where possible

FAQ

01.What is the difference between a sewage pump and a clean-water submersible pump?

A sewage pump is designed for solids and fibrous materials, with anti-clog impeller passages and stronger sealing. A clean-water pump typically has narrower passages and may clog easily in sewage.

02.How do I choose the right model?

Provide: flow (Q), head (H/TDH), liquid type, solids size, temperature, power supply, installation type (portable/fixed), and required materials. The duty point should fall within the recommended range on the pump curve.

03.What does "maximum solids size" mean?

It is the largest particle diameter the pump can typically pass without clogging, under stated conditions. Real performance depends on solids shape, fibers, rags, and operating point.

04.Can the pump run dry?

Most sewage submersible pumps are not designed for extended dry running. Dry running can overheat seals and damage the pump. Use level control (float/level sensors) to prevent it.

05.Why does my pump trip the overload protector?

Common causes: impeller blockage, excessive viscosity, wrong voltage, phase loss (3-phase), bearing/seal failure, too frequent starts, or operating far from rated duty point.

06.Why is the flow rate lower than expected?

Possible reasons: insufficient submergence, clogged impeller, air lock, partially closed valve, high friction losses, wrong rotation (3-phase), worn impeller, or actual head higher than calculated.

How To Cooperate With Us?

Experts from China Manufacturing provide services for water pumps for you.

Our address

Baoding Cloud Center, Hebei, China

Phone Number

150 7625 8596

E-mail

admin@jovidiapump.com