Wilo Submersible De-Watering And Cutter Pump
The Wilo Submersible De-Watering & Cutter Pump is engineered for efficient water removal and solid-handling applications in demanding environments. Designed for durability, clog-free operation, and consistent performance, it is ideal for industries requiring high-capacity dewatering and wastewater management solutions.
At AV Drive Tech, Chennai, we supply Wilo Submersible De-Watering and Cutter Pumps to construction sites, industrial facilities, municipal projects, and mining operations across India.
Description
What is a Wilo Submersible De-Watering & Cutter Pump?
A Wilo Submersible De-Watering & Cutter Pump is a fully submersible pump equipped with a cutting mechanism designed to break down solids and debris while pumping wastewater or slurry.
A Wilo submersible dewatering and cutter pump is a submerged pump with an integrated cutting system that prevents clogging while removing water and waste from pits, trenches, and industrial sites.
Its cutter mechanism ensures smooth operation even when handling solids and fibrous materials.
Technical Specifications
Maximum Flow Rate: Up to 340 m³/hr
Maximum Delivery Head: Up to 68 meters
Operating Temperature: Up to 40°C
Design: Fully submersible with integrated cutter mechanism
These specifications make it suitable for medium-to-large-scale dewatering and wastewater handling operations.
Key Features & Performance Advantages
High Flow Capacity
Handles up to 340 m³/hr, ideal for large excavation and drainage projects.
Strong Delivery Head
Capable of pumping fluids up to 68 meters, ensuring effective removal from deep pits and underground areas.
Integrated Cutter Mechanism
Cuts solids and debris to prevent clogging and maintain smooth operation.
Fully Submersible Design
Designed for direct installation in water or wastewater environments.
Durable & Corrosion-Resistant Construction
Manufactured with high-quality materials to withstand abrasive and harsh conditions.
Reliable & Low Maintenance Operation
Engineered for continuous-duty performance with reduced downtime.
Major Applications
Wilo Submersible De-Watering & Cutter Pumps are widely used in:
Construction Sites
Dewatering excavation pits, basements, trenches, and foundations.
Industrial Plants
Managing wastewater, slurry, and solid-containing fluids.
Municipal Drainage Systems
Urban flood control and sewage handling applications.
Mining Operations
Underground dewatering and debris handling in mining environments.
Agriculture & Irrigation
Water transfer and drainage in farming applications.
Industries We Serve
From Chennai, AV Drive Tech supplies Wilo Submersible De-Watering Pumps across India to sectors including:
- Construction & Infrastructure Projects
- Mining & Mineral Processing
- Municipal Water & Wastewater Departments
- Industrial Manufacturing Plants
- Agricultural & Irrigation Projects
Our team evaluates flow requirements, head, site conditions, and fluid characteristics to ensure correct pump selection.
Why Source Wilo Submersible De-Watering Pumps from AV Drive Tech?
Trusted Supplier in Chennai
We support contractors, EPC companies, and industrial clients across India.
Application-Based Selection
We analyze operating conditions before recommending suitable pump configurations.
Technical Support & Prompt Response
Ensuring correct sizing for optimal performance and durability.
Focus on Heavy-Duty Performance
We prioritize robust pump solutions designed for harsh environments.
Frequently Asked Questions (FAQ)
Q1: What is the maximum flow capacity?
The Wilo Submersible De-Watering & Cutter Pump supports flow rates up to 340 m³/hr.
Q2: What is the maximum delivery head?
It can achieve a delivery head of up to 68 meters.
Q3: What is the purpose of the cutter mechanism?
The cutter mechanism breaks down solids and debris to prevent clogging during wastewater pumping.
Q4: Is the pump fully submersible?
Yes. It is designed for complete submersion during operation.
Q5: Do you supply across India?
Yes. AV Drive Tech supplies Wilo dewatering pumps from Chennai to projects across India.
