Large Water Heat Pump,
Series:
Sensor Solid M
Großwärmepumpe Wasser, Baureihe Sensor Solid M
+
+
Your advantages
  • Power range from 40 to 120 kW for optimal energy supply in buildings with increased heat demand
  • Maximum efficiency thanks to fully automatic adaptation to heat demand, even in partial load operation
  • Reliable and almost maintenance-free operation by using innovative scroll compressors
  • Quiet and low-vibration operation by means of a sound-optimized device design
The ideal complement
  • Fresh water system for water heating
  • Hot water storage tank
The Heliotherm Plus
  • Best in Class: World's most efficient heat pump technology > Maximum subsidies from state and federal sources
  • Quality "Made in Austria", development and production in Tyrol
  • 2 year manufacturer's warranty 
  • Significant lower operating costs due to smart patented and registered refrigerant cycle operations (twin-x technology, dsi-technology)
  • Worldwide heat pump remote control access via internet
S30S40W-M-SOLID
S40S50W-M-SOLID
S60S80W-M-SOLID
S100S120W-M-SOLID
Performance data EN 14511 (ΔT5K)
Modulating range W10W35
-
Heat output W10W35
39,9 kW
Power consumption W10W35
5,7 kW
Performance COP W10W35
7,0
Heat output W10W55
40,0 kW
Power consumption W10W55
10,2 kW
Performance COP W10W55
3,9
Performance data EN 14825 / Energy Label
Performance SCOP W10W35 (medium - Strasbourg)
8,3
Seasonal conditional room heating- energy efficiency 35 °C / 55 °C ƞs
-
Category for room heating energy efficiency 35 °C / 55°C
-
Package energy efficiency class 35 °C ηs *)
-
Package energy efficiency class heating 35 °C
-
A-Rated acoustic capacity & level at W10/W55 acc. to EN12102
50 dB(A)
Performance data Option reversible cooling EN 14825
Cooling capacity W10W18
29,81 kW
Power consumption W10W18
3,2 kW
EER at W10W18
9,28
SEER at W10W18
8,32
Evaporator / Energy source
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal flow rate - Heat source cycle
7,3 m3/h
Heat source cycle temperature (min./max.)
+7 / +20 °C
Condenser / Heating side
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal volume current heating circuit
4,5 m3/h
Water content - heating cycle (incl. DHW register)
4,5 L
Max. operating pressure
10 bar
Temperature heating cycle (max.)
62 °C
Electrical data
Nominal voltage compressor
400 V
Option single phase - 230 V
No
Nominal voltage regulating control
230 V
Operating current max. (compressor and regulator)
26 A
Starting current incl. start current limiter
29 A
Fuse type C (slow) 3-pole + N
32 A
Frq. inverter protection Type A
63 A / 30 mA
Technical Data
Refrigerant
R410a
Refrigerant fill amount
5,0 kg
Dimensions (H x W x D)
1.602 x 687 x 715 mm
Empty weight
220 kg
Heating connection: H. Outlet / H. Inlet
6/4"
Heat source connection: H. Outlet / H. Inlet
6/4"
Performance data EN 14511 (ΔT5K)
Modulating range W10W35
-
Heat output W10W35
49,8 kW
Power consumption W10W35
8,5 kW
Performance COP W10W35
5,8
Heat output W10W55
50,0 kW
Power consumption W10W55
13,8 kW
Performance COP W10W55
3,6
Performance data EN 14825 / Energy Label
Performance SCOP W10W35 (medium - Strasbourg)
7,0
Seasonal conditional room heating- energy efficiency 35 °C / 55 °C ƞs
-
Category for room heating energy efficiency 35 °C / 55°C
-
Package energy efficiency class 35 °C ηs *)
-
Package energy efficiency class heating 35 °C
-
A-Rated acoustic capacity & level at W10/W55 acc. to EN12102
55 dB(A)
Performance data Option reversible cooling EN 14825
Cooling capacity W10W18
-
Power consumption W10W18
-
EER at W10W18
-
SEER at W10W18
7,81
Evaporator / Energy source
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal flow rate - Heat source cycle
9,1 m3/h
Heat source cycle temperature (min./max.)
+7 / +20 °C
Condenser / Heating side
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal volume current heating circuit
5,6 m3/h
Water content - heating cycle (incl. DHW register)
4,9 L
Max. operating pressure
10 bar
Temperature heating cycle (max.)
62 °C
Electrical data
Nominal voltage compressor
400 V
Option single phase - 230 V
No
Nominal voltage regulating control
230 V
Operating current max. (compressor and regulator)
32 A
Starting current incl. start current limiter
35 A
Fuse type C (slow) 3-pole + N
40 A
Frq. inverter protection Type A
63 A / 30 mA
Technical Data
Refrigerant
R410a
Refrigerant fill amount
7,0 kg
Dimensions (H x W x D)
1.602 x 687 x 715 mm
Empty weight
265 kg
Heating connection: H. Outlet / H. Inlet
2"
Heat source connection: H. Outlet / H. Inlet
2"
Performance data EN 14511 (ΔT5K)
Modulating range W10W35
-
Heat output W10W35
79,5 kW
Power consumption W10W35
13,0 kW
Performance COP W10W35
6,1
Heat output W10W55
77,9 kW
Power consumption W10W55
19,9 kW
Performance COP W10W55
3,9
Performance data EN 14825 / Energy Label
Performance SCOP W10W35 (medium - Strasbourg)
7,7
Seasonal conditional room heating- energy efficiency 35 °C / 55 °C ƞs
-
Category for room heating energy efficiency 35 °C / 55°C
-
Package energy efficiency class 35 °C ηs *)
-
Package energy efficiency class heating 35 °C
-
A-Rated acoustic capacity & level at W10/W55 acc. to EN12102
58 dB(A)
Performance data Option reversible cooling EN 14825
Cooling capacity W10W18
59,19 kW
Power consumption W10W18
7,3 kW
EER at W10W18
8,09
SEER at W10W18
9,17
Evaporator / Energy source
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal flow rate - Heat source cycle
12,1 m3/h
Heat source cycle temperature (min./max.)
+7 / +20 °C
Condenser / Heating side
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal volume current heating circuit
9,2 m3/h
Water content - heating cycle (incl. DHW register)
10 L
Max. operating pressure
10 bar
Temperature heating cycle (max.)
62 °C
Electrical data
Nominal voltage compressor
400 V
Option single phase - 230 V
No
Nominal voltage regulating control
230 V
Operating current max. (compressor and regulator)
42 A
Starting current incl. start current limiter
36 A
Fuse type C (slow) 3-pole + N
50 A
Frq. inverter protection Type A
80 A / 30 mA
Technical Data
Refrigerant
R410a
Refrigerant fill amount
13,5 kg
Dimensions (H x W x D)
1.700 x 913 x 1.203 mm (including hydraulics 1.634 mm depth)
Empty weight
520 kg
Heating connection: H. Outlet / H. Inlet
2 1/2"
Heat source connection: H. Outlet / H. Inlet
2 1/2"
Performance data EN 14511 (ΔT5K)
Modulating range W10W35
-
Heat output W10W35
120,5 kW
Power consumption W10W35
19,5 kW
Performance COP W10W35
6,2
Heat output W10W55
108,4 kW
Power consumption W10W55
27,4 kW
Performance COP W10W55
4,0
Performance data EN 14825 / Energy Label
Performance SCOP W10W35 (medium - Strasbourg)
7,8
Seasonal conditional room heating- energy efficiency 35 °C / 55 °C ƞs
-
Category for room heating energy efficiency 35 °C / 55°C
-
Package energy efficiency class 35 °C ηs *)
-
Package energy efficiency class heating 35 °C
-
A-Rated acoustic capacity & level at W10/W55 acc. to EN12102
61 dB(A)
Performance data Option reversible cooling EN 14825
Cooling capacity W10W18
105,5 kW
Power consumption W10W18
13,8 kW
EER at W10W18
7,66
SEER at W10W18
9,02
Evaporator / Energy source
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal flow rate - Heat source cycle
24,8 m3/h
Heat source cycle temperature (min./max.)
+7 / +20 °C
Condenser / Heating side
Type
plate heat exchanger
Material
stainless steel / Cu soldered
Nominal volume current heating circuit
18,1 m3/h
Water content - heating cycle (incl. DHW register)
12 L
Max. operating pressure
10 bar
Temperature heating cycle (max.)
62 °C
Electrical data
Nominal voltage compressor
400 V
Option single phase - 230 V
No
Nominal voltage regulating control
230 V
Operating current max. (compressor and regulator)
55 A
Starting current incl. start current limiter
47 A
Fuse type C (slow) 3-pole + N
63 A
Frq. inverter protection Type A
80 A / 30 mA
Technical Data
Refrigerant
R410a
Refrigerant fill amount
18,1 kg
Dimensions (H x W x D)
1.700 x 913 x 1.203 mm (including hydraulics 1.634 mm depth)
Empty weight
630 kg
Heating connection: H. Outlet / H. Inlet
2 1/2"
Heat source connection: H. Outlet / H. Inlet
2 1/2"
No video available.

Quality criteria

EHPA Seal of Approval
SG Ready
Quality Label ISO Certification
Energy Label
Subsidies

Quality assurance for heat pumps: The heat pump quality seal was introduced by the EHPA in 2009 to create uniform measurable standards in Europe, according to which the quality of the product and service can be assessed. The award in Austria is carried out by the national quality seal commission of Austria under the chairmanship of Prof. Hermann Halozan / Graz University of Technology. Other members of the national commission are made up of experts from the Vorarlberg Energy Institute, the Tyrolean Hydropower Plant as well as representatives of the board Wärmepumpe Austria Association and a representative of the Austrian testing institute (AIT: Austrian Institute of Technology).

The SG Ready label is awarded to heat pump products that make it possible to integrate the individual heat pump control technology into an intelligent power grid.

Quality management systems are the leading modern management tools per se. Based on the DIN EN ISO 9001 standard applied worldwide which enable companies to systematically design their conduct in such a way that the customer requirements are met. Meaning, the customer receives his product or the service exactly as he ordered it. A satisfied customer remains faithful to the supplier. The independent and external certification center ALL-CERT found that Heliotherm fulfills and complies with customer requirements.

The EU Energy Label, already known to other electrical appliances (refrigerator, lighting, etc.), has been mandatory since September 26, 2015 for space heating appliances and therefore also for heat pumps. The efficiency of heating and / or hot water systems is now better comparable. As a consumer, you benefit from a faster decision-making process with regard to an efficient product. The advantage of the heat pumps is clear, as a rule they reach the highest efficiency classes of A ++ & A +++. Class A is only physically attainable for gas or oil boilers.

The high annual performance factors (SPF) are reached by Heliotherm heat pumps, obtaining maximum subsidies and grants from the federal, municipal or utility companies. Subsidy awards vary from country and region to region.

Technical Specifications Heliotherm Heat Pumps

dsi Technology®: electronic working fluid regulation

By contrast, a conventional mechanical working fluid control, to a heat pump with the electronically controlled working fluid regulating device, patented dsi Technology® in the refrigeration cycle. This mechanism masters the difference in this cutting edge technology for higher efficiency. Additionally, more parameters can be taken into account and the expansion valve can respond faster to changes, adapting to the required operating conditions.

twin-x cooling optimization

Thanks to the patented twin-x cooling technology® exclusively by Heliotherm, unused energy can be extracted from the refrigeration circuit through a second special heat exchanger. The gained energy is delivered directly to the heating water. This process engineered by Heliotherm, contributes to an even better use of environmental energy.

Stepless modulation

Since 1994 Heliotherm is a pioneer in construction and development of heat pumps. Modulation is part of this company's Stepping Stones of research and development of modulation and is therefore the technology leader in this application. Heliotherm's stepless modulation technology has been proven for many years by its reliability and efficiency. The Heliotherm modulation technology opens up entirely new possibilities for the application of highly efficient heat pumps. As needed by the heating demand, the modulating heat pump can achieve the desired performance. In addition, the heat pump is protected by a soft start up conduct and its lifespan is prolonged.

Stepless modulation Heliotherm video

System Components

Fresh hot water system and buffer storage

The fresh hot water system is optimally adapted to Heliotherm heat pump products.

Photovoltaics

With the Heliotherm photovoltaic surplus regulation, the building becomes energy storage.

web control AT

Intelligent home automation can be centrally controlled with a variety of operating devices - on-site and on the road.

Enquiry

Enquiry

Series
Enquiry Data 1
Enquiry Data 2
Additional Information