Sewage Pump

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MOQ : 1 Unit

Sewage Pump Specification

Features
Non-clogging, Overload Protection, Compact Design, Easy Maintenance

Theory
Centrifugal Pump

Voltage
220V/380V/415V, 50Hz/60Hz

Control System
Automatic or Manual Start

Flow Rate
10-300 m/h

Speed
2900 RPM / 1450 RPM

Max Suction
Up to 8 m

Frequency
50Hz/60Hz

Mounting Type
Vertical

Working Temperature
-10C to 60C

Fuel Tank Capacity
N/A (Electric-driven)

Caliber
50 mm to 300 mm

Inlet/Outlet
DN50-DN300

Discharge Pressure
Up to 0.4 MPa

Noise Level
80 dB

Head Size
Up to 40 m

Material
Cast Iron, Stainless Steel

Structure
Single Stage Pump

Power
0.75 kW to 45 kW

Standard
ISO 9001

Fuel Type
Electric

Pressure
Low to Medium

Usage
Waste Water, Sewage Transfer

Application
Sewage, Slurry, Waste Water Treatment

Suction Type
Submersible

Seals Type
Double Mechanical Seal

Priming
Self-Priming

Pump Type
Submersible Sewage Pump

Capacity
10-300 m/h

About Sewage Pump

Specification

Material of Construction	Cast Iron
Motor Phase	Three Phase
Power Source	Electric
Usage/Application	Industrial, Commercial
Capacity	Up to 250m3/hr
TDH	Up to 34 MLC
Delivery Size	Up to 150 mm

Reliable Performance in Challenging Environments

With its IP68 protection level, this pump is built to operate fully submerged in harsh and demanding conditions. Its robust construction using cast iron or stainless steel ensures longevity, while the double mechanical seal guards against leakage, making it ideal for municipal, industrial, and domestic sewage handling.

Enhanced Solid Handling with Vortex/Channel Impeller

The pump efficiently manages solids up to 60 mm, thanks to the advanced vortex or channel impeller design. This reduces the risk of clogging and increases reliability when processing sewage, slurry, or waste water in treatment plants and similar applications.

Flexible Installation and Operation

This sewage pump supports wet or dry installation and accommodates motor starting either directly or via star-delta. Its wide voltage and frequency compatibility, along with automatic or manual control system options, enable seamless integration into a variety of sewage management setups.

FAQ's of Sewage Pump:

Q: How does the vortex or channel impeller improve sewage pump performance?

A: A vortex or channel impeller is specifically designed to efficiently pass solids up to 60 mm in diameter, mitigating clogging risk and maintaining consistent flow. This design makes the pump suitable for handling wastewater, sewage, and slurry in treatment plants or drainage applications.

Q: What installation methods are supported for this sewage pump?

A: This pump can be installed using either wet or dry mounting. It supports vertical installation and is adaptable for submersible use, allowing for flexibility in various facilities and site conditions.

Q: When should I use direct start versus star-delta start for the motor?

A: Direct start is typically used for pumps with lower power ratings, providing quick startup. Star-delta start is preferred for higher-power units, as it reduces the initial startup current, protecting both the pump and the electrical system from sudden surges.

Q: Where can this pump be applied effectively?

A: The pump is well-suited for wastewater treatment plants, sewage lift stations, industrial slurry handling, and municipal infrastructure. Its non-clogging features and solid handling capability make it ideal for challenging environments where reliable transfer of mixed effluents is necessary.

Q: What benefits do the IP68 protection and double mechanical seal offer?

A: IP68 protection ensures total submersion without water ingress, increasing safety and durability. The double mechanical seal further prevents leakage, safeguarding the motor and extending the operational life of the pump, even with frequent exposure to harsh liquids.

Q: How is pump maintenance simplified in this model?

A: The pump is designed for easy maintenance, with features like a compact structure and non-clogging impeller system. These aspects minimize downtime and maintenance frequency, allowing for efficient servicing and longer intervals between maintenance cycles.

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