Self Priming Dewatering Coupled Pump

Self Priming Dewatering Coupled Pump Specification

Voltage
220-240V

Inlet/Outlet
3 inch x 3 inch

Head Size
Up to 28 meters

Caliber
75 mm

Working Temperature
Up to 80C

Control System
Manual/Automatic Control Panel

Theory
Centrifugal Pump

Mounting Type
Base Mounted

Flow Rate
Up to 800 LPM

Frequency
50 Hz

Max Suction
8 meters

Discharge Pressure
Max 4 bar

Noise Level
<85 dB

Speed
2900 rpm

Usage
Industrial

Material
Stainless steel

Structure
Horizontal

Power
2.2 kW

Product Type
Self Priming Dewatering Coupled Pump

Standard
High

Fuel Type
Electric

Color
Green

Pressure
Up to 4 bar

Application
Dewatering, Sludge Handling, Liquid Transfer

Suction Type
Single suction

Seals Type
Mechanical Seal

Priming
Self priming

Pump Type
Coupled Pump

Capacity
0.8 m/min

Service
On-site support available

Suitable Liquid
Water, Slurry, Sludge

Motor Protection
IP55

Weight
Approx. 60 kg

Cooling Method
Air Cooled

Packaging
Standard Export Packing

Additional Product Specifications

Install Type
Surface installation

Automation Grade
Semi-automatic

Impeller Type
Non-clog, Cast Iron

Self Priming Dewatering Coupled Pump Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Week

Delivery Time
7 Days

Main Domestic Market
All India

About Self Priming Dewatering Coupled Pump

Power	1-25 HP
Motor Horsepower	2 - 5 HP
Power Source	Electric
Engine Type	Motor driven
Engine Horsepower	1-25 HP
Product Type	Dewatering pump
Brand	Kirloskar / IMA
Head	Upto 30 meter
Max Flow Rate	5000 LPM
Model	SP type from 1 inch to 6 inches

Engineered for Industrial Dewatering Needs

Designed for demanding industrial applications, the Self Priming Dewatering Coupled Pump efficiently manages water, slurry, and sludge. Its powerful 2.2 kW motor, robust build, and high flow capacity make it a reliable solution for factories, construction sites, and wastewater plants. The pumps surface installation and base-mounted configuration ensure ease of set-up and stability during operation.

Durable and Easy to Maintain

Constructed from high-quality cast iron and stainless steel, the pump resists wear from abrasive materials. The non-clog impeller and mechanical seal system help prevent blockages and reduce maintenance demands, while on-site support is available for quick troubleshooting. Standard export packaging guarantees safe transport to sites across India.

Flexible Installation and Operation

Suited for horizontal mounting and single suction, the pump comes with manual or automatic control panel options for operational flexibility. The air-cooled system and IP55 motor protection ensure safety and long lifespan, even in high-temperature environments up to 80C. Designed with industrial users in mind, it is adaptable to various control systems and capacity needs.

FAQs of Self Priming Dewatering Coupled Pump:

Q: How does the self priming feature benefit dewatering operations?

A: The self priming capability allows the pump to automatically evacuate air from the system, enabling rapid start-up and continuous operation without manual priming. This reduces downtime and increases efficiency when transferring water, slurry, or sludge in demanding industrial environments.

Q: What types of liquids can this pump handle effectively?

A: This pump is engineered to efficiently handle water, slurry, and sludge, making it suitable for a range of industrial applications such as construction site dewatering, wastewater management, and general liquid transfer tasks.

Q: When should I consider using a non-clog impeller pump?

A: A non-clog impeller pump is ideal when dealing with liquids that may contain solids, fibrous materials, or sedimentsas often found in sludge or slurry. It minimizes blockages, ensuring steady operation and reducing maintenance intervals.

Q: Where can the Self Priming Dewatering Coupled Pump be installed?

A: This model is designed for surface installation and is best suited for industrial locations like construction sites, factories, wastewater facilities, or any site requiring robust dewatering and liquid transfer capabilities.

Q: What process does the pump use for cooling and motor protection?

A: The pump uses an air-cooled system to maintain motor temperature, coupled with IP55-rated protection to safeguard against dust and water ingress, enhancing the units lifespan and reliability during extended operations.

Q: How does the semi-automatic control system enhance usage?

A: The semi-automatic control allows operators to switch between manual and automatic modes, promoting operational flexibility. This is particularly valuable in variable work environments, giving users precise control over pump starting, stopping, and monitoring parameters.

Q: What are the main benefits of selecting this pump for industrial applications?

A: Key advantages include high flow rates up to 800 LPM, the ability to handle challenging fluids, low maintenance due to robust construction, easy surface installation, and reliable onsite support. Its durability and efficient operation make it an asset for any industrial dewatering project.

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