DHW plate heat exchanger SW-251 standing with coil 10.5.08.005.02

Universal domestic hot water heat exchanger

The standing DHW heat exchanger with a spiral coil is a solid solution for water heating, ideal for both domestic and public utility facilities. The device is designed to work with a central heating boiler, providing efficient and reliable access to hot water.

Design and application

The SW-251 heat exchanger with a capacity of 254 liters, thanks to the spiral coil, is characterized by high heat exchange efficiency. The coil design ensures fast and even water heating. This solution will be particularly appreciated by installers during installation in systems with an existing central heating installation – ease of connection and integration is a key advantage. For the end user, this means comfort and access to hot water in a short time.

Durability and safety

Anti-corrosion protection in the form of a uniform layer of enamel guarantees long-term protection against corrosion and scale formation. Each heat exchanger undergoes rigorous leak tests and quality control of enamel coatings, confirming its reliability and safety of use. The materials used come from proven suppliers, which translates into high quality workmanship. The SW-251 heat exchanger has appropriate certificates and declarations of conformity, ensuring its safe use in accordance with applicable standards.

Additional information:

• The heat exchanger is designed to work with a central heating boiler, allowing for efficient use of the existing heating installation.
• The available power of the heat exchanger is 33 kW with parameters 80/10/45°C (heating water temperature / supply water temperature / domestic hot water temperature).
• Thermal insulation with a thickness of 67 mm (PUR) minimizes heat loss, reducing operating costs.
• Anode model: AMW.M8.450 provides additional protection against internal corrosion of the tank.
• Heat exchanger dimensions (diameter x height): 688 mm x 1230 mm – it is worth considering them when planning the installation.