Shell and Tube Heat Exchanger B600 for Swimming Pool
Shell and tube heat exchanger B600 for swimming pool water heating - 175 kW
Rated power: 175 kW (600 kBTU/h)
When using glycol as the heating medium, the efficiency of the swimming pool heat exchanger decreases to 85-92%, depending on the glycol concentration.
- The 175 kW power of the heat exchanger is achieved using a water-water medium, with a temperature difference between the two media of 60 degrees C (100% efficiency).
Efficiency in case of temperature difference between the media:
- for 50 °C = 85% | 148 kW
- for 40 °C = 70% | 122 kW
- for 30 °C = 55% | 96 kW
- for 20 °C = 35% | 62 kW
- When using glycol as the heating medium, the efficiency of the swimming pool heat exchanger decreases to 85-92%, depending on the glycol concentration.
Heat exchanger material: Stainless steel 316L (100%) - designed to operate with chlorinated water, even highly chlorinated.
Intended use (fluids) - the shell and tube heat exchanger for swimming pool B600 ✅ is designed for fresh water, use with saltwater or seawater is not recommended. If you have a seawater pool or add salt to the water, you should use a titanium heat exchanger.
Nominal flows:
- Heat transfer fluid / heat source side: 66 l/min
- Heated fluid / pool water: 432 l/min
Operating pressure: up to 6 bar - Test pressure: 10 bar
Fluid connections
- 2x 2 inches - heat transfer fluid connections - K1 and K4
- 2x 2 1/2 inches - heated fluid connections - K3 and K2
Pool volume (recommended):
- Up to 200 m³ nominally, maintaining a temperature difference between the media of about 60 °C and adequate flow levels.
- In case of insufficient heating parameters, the suggested volume may not be adequately supported by the heat exchanger. In practice, with low-temperature heat sources, the B600 heat exchanger usually handles pools in the range of 100-150 m³ (proper device selection requires appropriate qualifications).
Dimensions:
- Length with water fittings: 860 mm
- Diameter: 113 mm
Connection methods for B600 175 kW swimming pool heat exchangers
- K1 - heat transfer fluid inlet
- K2 - heated fluid outlet
- K3 - fluid to be heated inlet
- K4 - heat transfer fluid outlet
Swimming pool heat exchangers are connected in a counterflow manner, as shown in the image above, to ensure maximum heat exchange efficiency.
