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Heat pump - AP HEAT 3

Marca: ASTRALPOOL

Sale price
€2.099
Regular price
€4.176
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Model: APH3 - 14

Heat pump - AP HEAT 3

Model
Price
APH3 - 14
Sale price
€2.099
Regular price
€4.176
APH3 - 17
Sale price
€2.589
Regular price
€5.176
APH3 - 21
Sale price
€5.799
Regular price
€6.704
APH3 - 26
Sale price
€6.699
Regular price
€7.828
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Bomba de calor - AP HEAT 3 - IOT POOL

Heat pump - AP HEAT 3

APH3 - 14

Sale price
€2.099
Regular price
€4.176
APH3 - 14

Product information

Brand ASTRALPOOL
Connectivity No internet connection
Type of pool Public Pool

Heat pumps offer a solution that is environmentally friendly and easy to install, all with very competitive operating costs. As thermodynamic devices, they transfer the heat present in the air to the pool water, to reduce power consumption. Ideal for underground pools, a range of AstralPool ® is available in various models to suit all types of pool.

  • Full Inverter Technology:. Silence and saving energy
  • vertical air blowing for comfort.
  • Minimum outside air temperature -20 work.

Specifications:

  • detachable display.
  • Digital Touchscreen.
  • heating priority mode (filtration pump control).
  • ABS plastic housing.
  • DC, variable speed fan (automatic or manual).
  • automatic cooling mode.
  • Automatic defrost.
  • HP & amp; LP pressure switches safety.
  • Flow.
  • titanium exchanger.
  • Valve electronic expansion.

Accessories included:

  • 1 x winter cover
  • 4 x anti-vibration mounts
  • 4x water nozzles
  • 1 x 4-way connection
  • 4 x drain hoses
  • 1 x 10m signal cable (to connect the remote display)
  • 1 x monitor Waterproof case (replacing the monitor in the heat pump)
  • 1 x Modbus Signal Cable 10 m (on the heat pump to Connect Box)
  • 2 x PVC the fixtures 50.

Filmography

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Technical Characteristics ES

Specifications EN

Manual Installation

HEATING SOLUTIONS FOR POOL

Equipping a pool with a heating solution means to be free of climate change and extend its period of use. heat pumps, electric heaters, heat exchangers - the line of AstralPool products ® allows everyone to enjoy the water at a constant optimal temperature.

Parameters to choose a heating system

To set an adequate system to a pool, need to know the volume (in m 3 ), the period of use desired and the estimated temperature (Co) of the water that the pool should achieve.

These simple will allow you parameters correctly size the heating system guaranteeing maximum comfort at the lowest cost. The choice of heating equipment also depends on the source of energy that will be used.

What kind of defrost? Strong>

When the outside temperature is low, the evaporator tends to accumulate ice which reduces the efficiency: this ice should therefore be removed. There are two types of defrosting:

Defrost with fan or economic thaw

The refrigerant circuit is interrupted for a few minutes. Only the fan operates, forcing the outside air to thaw naturally. This type of thawing is suitable for all outdoor pools (seasonal use).

by reverse defrosting cycle or intensive thawing

The refrigerant circuit is reversed: the heat from the water in the pool is caused to defrosting the evaporator. This allows operation at lower temperatures.

How is compared the performance of heat pumps? Strong>

In order to compare the performance of different heat pumps, it is essential to compare the power supplied and the coefficient of performance. Two main values ​​characterize the performance of heat pumps: its power and its coefficient of performance.

Power in kW indicates the amount of heat transferred to the water Filmography varies depending on three conditions to which the heat pump is exposed for. their use:. outdoor air temperature, air humidity and temperature of the pool water

Filmography

The coefficient of performance (COP) is the ratio of the power supplied to the pool water and the consumption of ener- gy heat pump Filmography. for example, a 4 signifi- nifica performance coefficient that for 1 kWh consumed in the electricity meter, the pump delivers 4 times more energy to the pool water, or 4 kWh. Filmography So the higher the COP, the more efficient the equipment. Filmography
Filmography

Recommendations to install a heat pump in a pool

The heating system includes "mobile" components (compressor, blower, etc.) whose vibrations can spread and accumulate.

To avoid or reduce disturbances should be followed some installation rules:

  • To promote the open spaces (avoid corners or inner courtyards), because the sound waves coming from all sides of the system are reflected by surfaces.
  • Do not install the system under or in front of a window.
  • Relative to neighboring properties:
    • Install as far away from the boundaries of the property system.
    • The fan should not point to neighboring properties.
Full Inverter Technology
Filmography

Inverter technology allows a heat pump change its power mode depending on the temperature of the pool water and weather conditions.

So operates to get the best efficiency at the lowest noise level.

3 modes of operation:

1. Silent: Ideal to maintain the temperature or overnight

  • The heat pump works with low power
  • The compressor operates at low speed ranges to minimize power consumption • Lower noise and higher COP

2. Smart: Normal use

  • The compressor operates intelligently from low to high speeds
  • Lower noise and power consumption

3. Powerful: Ideal to start the season or operate in cold conditions

  • The heat pump operates at high power
  • The compressor operates at high speed ranges to heat the pool faster
  • Maximum heating power

Filmography

Vertical Blow
The vertical air blowing is typically suitable for small spaces, since a reduced free area around the unit is required .

Automatic heating / cooling mode Filmography The heat pump will automatically switch from heat mode to cool mode to stabilize the temperature in the desired range.

Soft Start

In the absence of inverter technology for high power units, the soft start will avoid surge in the compressor start, thus preventing the fuse / circuit breaker tripping and ensuring the viability of the components. Span >