Circulation pumps — industrial

Dambat’s industrial circulation pumps from the IPTL and IPML series are designed to pump hot and cold water in extensive heating, cooling, and district heating systems. High-quality workmanship, motors adapted for continuous operation, and refined hydraulics ensure stable medium circulation and reliable system operation even under demanding industrial conditions.

IPTL models are circulation pumps with motors rated at up to several kilowatts, designed to work with systems powered by 400 V. The IPML series includes circulation pumps with various power ratings, including 230 V and 400 V versions, which are suitable for large heating and district heating systems as well as industrial installations requiring high flow rates.

Applications of the IPTL and IPML series

IPTL and IPML pumps are designed to operate in systems where stable flow parameters, high efficiency, and the safety of the entire installation are crucial. They are used, among other applications, in:

• Central heating systems and district heating networks, where they circulate heating water over long distances.
• Cooling and air-conditioning systems (HVAC), where they pump chilled water or glycol mixtures in industrial and commercial facilities.
• Process systems in industry that require continuous medium circulation and a stable temperature of process water.

By properly matching IPTL or IPML models to the installation parameters, pressure losses can be reduced, energy consumption optimized, and the risk of system downtime minimized.

Key features of the IPTL and IPML series

IPTL and IPML circulation pumps were developed for intensive operation in industrial and commercial facilities. Their key features include:

• High efficiency and high head, enabling operation in extensive installations with multiple circuits.
• Motors rated from several hundred watts to several kilowatts, adapted for 230 V or 400 V power supplies and continuous operation.
• Robust construction using durable materials, including cast iron, resistant to elevated temperatures and hydraulic loads.
• A design adapted for operation with hot and cold water as well as glycol solutions within the typical ranges used in heating and cooling systems.

The IPML series includes models described as circulation pumps, allowing them to be used in both main and auxiliary circuits in large systems.

Selecting an industrial IPTL / IPML pump

Selecting the right IPTL or IPML pump should take into account the installation parameters and operating conditions of the system. When choosing a model from these series, it is worth considering:

• The required flow rate and head, determined by the length of the installation and its hydraulic resistance.
• The temperature and type of medium, such as hot heating water, chilled water, glycol solutions, or process water.
• The available power supply, 230 V or 400 V, and the required motor power depending on the installation load.
• The system’s operating characteristics: continuous operation, variable loads, seasonality, and reliability requirements.

A properly selected IPTL or IPML pump will ensure optimal flow, stable system operation, and the safety of the entire installation while helping to reduce operating costs.

Why choose Dambat IPTL and IPML pumps

Dambat is a Polish manufacturer with many years of experience in designing and supplying water pumps for individual customers, industrial clients, and installers. The IPTL and IPML series expand its range of industrial circulation pumps, combining high efficiency, robust construction, and suitability for demanding applications.

• Solutions based on proven components and designs used in numerous industrial and district heating projects.
• A wide range of power ratings and configurations, including 230 V / 400 V versions and various connection diameters, making it easier to match pumps to a specific installation.
• Technical support and access to documentation and technical data to assist with the proper selection of equipment.

By choosing Dambat IPTL and IPML industrial circulation pumps, users gain solutions designed to operate under difficult conditions and support the safe and efficient operation of installations over the long term.