• Maximum energy efficiency.
  • A very efficient solution based on the integration of two technologies
    solar thermal and heat pump.
  • Support electrical resistance.
  • Automatic anti-legionella cycle.
  • Possibility of connection to photovoltaic systems.
  • Efficient fan with low acoustic impact.
  • Programmable and intuitive control panel.
  • Alarm indicators.
Model Reference Liters Energy class Sound pressure (dB) *
TSHT200 with 1S26 655HPT2001S26 200 A+++ 31
TSHT200 with 1G26 655HPT2001G26 200 A+++ 31
TSHT200 with 2S21 655HPT2002S21 200 A+++ 31
TSHT200 with 2G21 655HPT2002G21 200 A+++ 31
TSHT200 with 2S26 655HPT2002S26 200 A+++ 31
TSHT200 with 2G26 655HPT2002G26 200 A+++ 31
TSHT260 with 2S21 655HPT3002S21 260 A+++ 31
TSHT260 with 2G21 655HPT3002G21 260 A+++ 31
TSHT260 with 2S26 655HPT3002S26 260 A+++ 31
TSHT260 with 2G26 655HPT3002G26 260 A+++ 31


Technical data of heat pump and tank


Technical data Units TSHT200 TSHT260
Nominal capacity L 194 251
Maximun working pressure bar 8 8
SCOP at 7ºC 2,8 3
SCOP at 14ºC 3,1 3,4
Nominal power at 7ºC W 1.100 1.200
Consumed power W 430 430
Max. heat pump current A 9.6 9.6
Maximum consumption with stand W 2.163 2.163
Maximum water temperature with BC ºC 65 65
Maximum water temperature with resistance ºC 75 75
Power supply (frequency) V (Hz) 1/N/230 (50) 1/N/230 (50)
Electric resistance power W 1.500 1.500
Insulation type PU PU
Average insulation thickness cm 5 5
Maximun working pressure bar 8 8
Equipment airflow range m3/h 314 314

* Sound pressure measured according to EN12102 and EN9614 at 5m distance and directivity

Refrigerating circuit Description
Compressor Rotative
Refrigerant R134a
Evaporator Centrifugal
Condenser Aluminum
Reference Description Connections
CW Cold water inlet 1″
HW Hot water outlet 1″
IS Entrada serpentín* 1″
OS Serpentine output * 1″
R Recirculation 3/4″
TS Thermostat connection 1/2″
EE Opening for electrical resistance 1/2″
CD Condensate drainage 3/4″


Collector features

Technical features S21 S26 G21 G21
length (mm) L 194 194 8
width (mm) bar 8 8 8
thickness (mm) 2,8 3 8
Gross Area (m2) 3,1 3,4 8
Net Area (m2) W 1.100 1.200 8
Empty Weight (kg) W 430 430 8
Fluid capacity (L) A 9.6 9.6 8
Frame W 2.163 2.163 8
Cover ºC 65 65 8
Insulation ºC 75 75 75


    • The controller will allow the use of the solar system as long as:
      • The temperature of the solar collector is 5ºC higher than the lower temperature of the water tank.
      • The temperature of the lower zone of the water tank is lower than 78ºC.
    • Heat pump operating modes:
      • Normal mode: the system logic will constantly calculate the maximum value of the compressor operation whenever the ambient temperature exceeds 25ºC, only activating the electrical resistance until reaching the temperature set by the user when the compressor reaches the max. Temperature. calculated to avoid its malfunction.
      • Fast heating mode: the electric resistance will start working at the same time as the compressor, until it reaches the temperature set by the user.
      • Electric resistance mode: only the electric resistance will act.


Our aerothermal equipment presents the possibility of connection to a photovoltaic installation. (These products are not included in our aerothermal kits).

When there is excess energy production, the inverter closes the contact to send the energy to the aerothermal equipment. Our heat pump heats the water using heat pump technology, accumulating this excess energy in the form of hot water.

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