• Best quality
  • Quick assembly
  • Longevity

BoostBloC®

Heat

pump

post-heating

BoostBloC® DN 25 (1")

PAW BoostBloC® post-heating module - for a high heating and hot water convenience

SKU
67410GM
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More Information
Valves and fittings Brass
Operating data
Max. operating pressure: 6 bars
Kvs value: 5.5
Flow rate: 500 up to 2000 l/h
Max. operating temperature: 85 °C
Equipment
Shut-off valves: Ball valves with handle
Dial thermometer: 0 - 120 °C
Dimensions
Height: 520 mm
Width: 370 mm
Nominal diameter: DN 25
Depth: 190 mm
Installation length: 453 mm
Connection: 1" int. thread
Installation depth: 190 mm
For sensor
Depth: 190 mm
Heat pumps provide sufficient energy at different temperature conditions in order to offer a high heating and hot water convenience. For the case that this is not sufficient, the PAW BoostBloC® is activated and provides additional thermal energy via an instant water heater. The post-heating module is a preassembled group of fittings for heat pump applications. All electronic components such as the instant water heater or the pump can be isolated by means of the ball valves. They can thus be maintained easily without draining the heating or charging circuit system. The PAW BoostBloC® is mounted directly at the wall and serves to post-heat a storage tank. The system can be extended by further components as a domestic hot water module or a heating distribution manifold. The station requires an additional controller and is normally actuated by the heat pump controller. It is connected to the external controller via the enclosed small distribution manifold. Via a post-heating request (230 V) of the controller, the power contactor is actuated, which is integrated in the small distribution manifold. In the type with contactor, there is no power control; only the one preset power (8.8 kW) of the tubular heating element is actuated. Depending on the controller and connection type, the pump can be connected simultaneously to the heat generator or separately. For an independent valve control of the integrated flow stratification, a continuous phase as well as a further switch contact are required.

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