Canned Motor Hot Water Pump

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MOQ : 1 Piece

Canned Motor Hot Water Pump Specification

Max Suction
6 m

Inlet/Outlet
DN40 / DN32

Caliber
DN40

Speed
2900 rpm

Frequency
50 Hz / 60 Hz

Working Temperature
Up to 180C

Head Size
35 m

Noise Level
Below 75 dB

Flow Rate
12 m/h

Discharge Pressure
Up to 16 Bar

Theory
Centrifugal Pump

Mounting Type
Base Mounted

Voltage
380V / 415V

Material
Stainless Steel

Structure
Canned Motor

Power
3 kW

Standard
ISO 5199

Fuel Type
Electric

Pressure
Max 16 Bar

Usage
Hot Water Circulation

Application
Boiler systems, HVAC, Industry

Suction Type
Flooded Suction

Seals Type
Sealless (Canned Motor Design)

Pump Type
Canned Motor Hot Water Pump

Capacity
12 m/h

Canned Motor Hot Water Pump Trade Information

Minimum Order Quantity
1 Piece

Main Export Market(s)
Central America, North America, South America, Eastern Europe, Western Europe

Main Domestic Market
All India

About Canned Motor Hot Water Pump

With thorough understanding of the domain, we are offering a broad collection of Canned Motor Hot Water Pump. The offered pump is used for hot water and oil applications where temperature is above 100 degree Celsius to 350 degree Celsius. Excellently designed, the provided pump is manufactured and developed using quality tested components and pioneering technology. In order to meet the wide demands of clients, we are offering the Canned Motor Hot Water Pump in various specification at marginal prices.

Features:

Easy installation
Rugged design
Perfect finish
High strength

Sealless Safety and Reliability

Featuring a canned motor design, this hot water pump eliminates the need for external shaft seals, effectively preventing leaks. This makes it especially suitable for critical industrial and commercial environments where safety and reliability are essential.

Efficient Hot Water Circulation

Designed for rapid and consistent hot water distribution, the pump achieves a maximum flow rate of 12 m/h and a discharge head of up to 35 meters. Its performance supports HVAC systems, boiler feed, and other temperature-sensitive industrial operations.

High Temperature and Pressure Resilience

Built for demanding conditions, this pump operates efficiently with water temperatures reaching 180C and discharge pressures of up to 16 bar. The use of high-grade stainless steel material ensures durability against corrosion and thermal stress.

FAQs of Canned Motor Hot Water Pump:

Q: How does a canned motor hot water pump ensure leak-free operation?

A: This pump uses a sealed, motor-integrated design with no external shaft seals, preventing leakage of hot water even under high pressure and temperature. The motor and pump are enclosed within a single, seamless unit.

Q: What are the installation options for this pump?

A: The pump is base-mounted, facilitating secure installation on firm surfaces in boiler rooms, industrial plants, or HVAC systems. Its flooded suction setup allows for reliable priming and consistent operation.

Q: When should I use a canned motor hot water pump in industrial systems?

A: This pump is ideal when handling high-temperature hot water, especially in applications where leakage and maintenance risks must be minimized, such as boiler feed, HVAC circulation, and process industries.

Q: Where can the pump be utilized effectively?

A: The pump is suitable for various settingsincluding boiler systems, HVAC plants, and industrial facilitieswhere safe, efficient, and robust hot water circulation is required. Its exported, manufactured, and supplied by reputable companies in India.

Q: What is the process for ensuring optimal performance and longevity?

A: Use the pump within its specified limits: working temperature up to 180C, pressure up to 16 bar, and maximum suction of 6 meters. Regular system checks and adherence to ISO 5199 standards will help maintain optimal function.

Q: How does using this pump benefit my industrial operation?

A: The canned motor design reduces maintenance and enhances safety by eliminating leakage points. Its ability to handle high temperatures and pressures boosts operational efficiency and minimizes downtime, providing reliable circulation for critical systems.

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