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Plate Heat Exchanger Power 13M-PWT 1321M-VA - 400 kW - 70°C
Plate Heat Exchanger Power 13M-PWT 1321M-VA - 400 kW - 70°C
Description
Thanks to their large surface area, plate heat exchangers are particularly suitable for low-temperature heating systems such as solar systems, geothermal systems, heat pumps, and other alternative and ... Read more-
Plate Heat Exchanger Power 13M-PWT 1321M-VA - 400 kW - 70°C
Thanks to their large surface area, plate heat exchangers are especially suitable for low-temperature heating systems such as solar systems, geothermal systems, heat pumps, and other alternative and innovative heating systems. Thanks to their design, they are suitable for both small and large swimming pools. Bolted plate heat exchangers operate with high efficiency and low pressure losses. They deliver the best heating results when combined with a pool heat pump or solar heating. Water flow in plate heat exchangers is lower, and compared to tubular heat exchangers they also have a smaller connection diameter. However, the water is heated to a higher temperature. Unlike traditional designs, a brazed heat exchanger consists only of surfaces that actively contribute to heat transfer, resulting in a significant increase in overall efficiency.
13M-PWT plate heat exchangers must be installed in a vertical position. Any other position prevents sufficient water flow and proper heat exchange. The exchanger connection threads must not be subjected to any excessive pressure. If the supply piping is long and could place strain on the threads, the pipes must be supported.
Heat exchangers are specifically designed for heating pool water, water in hot tubs and spas, or for underfloor heating. The exchanger design is engineered to restrict flow so as to ensure maximum heat transfer while minimizing pressure in the heating system. Titanium is one of the most durable materials, which is why these exchangers can also be used for salt water or other aggressive media.
Advantages
- High quality
- Improved energy efficiency
- Chemical resistance
- Must be integrated directly into the pool water circuit
Use:
- swimming pools
- hot tubs
Power Output kW
Heat output 400 kW Primary temperature 70 / 41 °C Secondary temperature 20 / 47.5 °C
Technical Parameters
- Output: 400 kW
- Flow rate (primary): 12 m3 / h
- Pressure loss (primary): 0.27 bar
- Flow rate (secondary): 12.5 m3 / h
- Pressure loss (secondary): 0.31 bar
- For pools up to: 340 - 350 m3
- Pool water temperature: 20 °C
- Installation: Bypass
- Maximum operating temperature: 90 °C
- Max. pressure 1000 kPa: 10 bar
- Bonded gasket: max. 150 °C
- Weight: 100 kg
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