| Manufacturer | Tecna Enerblue |
|---|---|
| Model | HP90 W 26 |
| Year | 2021 |
| Location | Spain
|
This Tecna Enerblue HP90 W 26 heat pump, manufactured in 2021, is designed for high-temperature hot water production suitable for residential, commercial, hospitality, and industrial applications. The unit operates using R744 refrigerant (CO₂) and can deliver hot water temperatures up to 90°C. It offers a capacity to produce approximately 500 to 3,000 liters of hot water per hour, maintaining a constant water temperature independent of outdoor air conditions.
The HP90 W series is known for its energy efficiency, providing average energy savings of 30–50% compared to traditional gas boilers. It features remote monitoring capabilities via a web interface and includes a heat recovery option. The unit maintains a high coefficient of performance (COP) under all operating conditions, enhancing its operational efficiency.
The operating principle involves producing hot water at a constant temperature based on the selected setpoint, controlled by an onboard microprocessor. An integrated inverter circulation pump adjusts operation accordingly.
This particular unit has seen minimal use, having been installed as a backup system, and is in excellent physical condition with only minor surface marks. The exterior features a large industrial casing with a clean, intact metal body and visible piping connections. The front panel includes a digital display screen with a protective transparent cover, showing operational status and temperature readings. A rotary switch and alarm indicator light are present on the open control panel, along with a magnetic LED work light attached to the side for ease of maintenance. Electrical specifications indicate operation at 400V, 3+N, 50Hz.
The unit was previously used in a hotel installation and is being sold due to a system upgrade. It is suitable for buyers seeking an energy-efficient, high-temperature hot water heat pump in excellent condition.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
The unit has seen very limited use, as it was installed as a backup system, and is therefore in excellent condition.
This HP90 W range is designed for the production of high-temperature hot water for residential, commercial, hospitality and industrial applications.
The unit operates with R744 refrigerant (CO₂) and can deliver hot water temperatures of up to 90°C.
Key advantages:
Average energy savings of 30–50% compared to traditional gas boilers
Hot water production up to 90°C
Constant water temperature, independent of outdoor air conditions
Capacity to produce approximately 500 to 3,000 liters of hot water per hour
Remote monitoring via web interface
Heat recovery option
High COP under all operating conditions
Operating principle:
HP90 and HP90 W heat pumps are designed to produce hot water at a constant temperature based on the selected setpoint.
The integrated inverter circulation pump is controlled by an onboard microprocessor.
Condition: Excellent – minimally used (backup unit)
Year: 2021
Application: Hotel installation
The unit is being sold due to system upgrade.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Private person / Without company |
| Active since | 2026 |
| Offers online | 1 |
| Last activity | April 19, 2026 |
The unit has seen very limited use, as it was installed as a backup system, and is therefore in excellent condition.
This HP90 W range is designed for the production of high-temperature hot water for residential, commercial, hospitality and industrial applications.
The unit operates with R744 refrigerant (CO₂) and can deliver hot water temperatures of up to 90°C.
Key advantages:
Average energy savings of 30–50% compared to traditional gas boilers
Hot water production up to 90°C
Constant water temperature, independent of outdoor air conditions
Capacity to produce approximately 500 to 3,000 liters of hot water per hour
Remote monitoring via web interface
Heat recovery option
High COP under all operating conditions
Operating principle:
HP90 and HP90 W heat pumps are designed to produce hot water at a constant temperature based on the selected setpoint.
The integrated inverter circulation pump is controlled by an onboard microprocessor.
Condition: Excellent – minimally used (backup unit)
Year: 2021
Application: Hotel installation
The unit is being sold due to system upgrade.
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
This Tecna Enerblue HP90 W 26 heat pump, manufactured in 2021, is designed for high-temperature hot water production suitable for residential, commercial, hospitality, and industrial applications. The unit operates using R744 refrigerant (CO₂) and can deliver hot water temperatures up to 90°C. It offers a capacity to produce approximately 500 to 3,000 liters of hot water per hour, maintaining a constant water temperature independent of outdoor air conditions.
The HP90 W series is known for its energy efficiency, providing average energy savings of 30–50% compared to traditional gas boilers. It features remote monitoring capabilities via a web interface and includes a heat recovery option. The unit maintains a high coefficient of performance (COP) under all operating conditions, enhancing its operational efficiency.
The operating principle involves producing hot water at a constant temperature based on the selected setpoint, controlled by an onboard microprocessor. An integrated inverter circulation pump adjusts operation accordingly.
This particular unit has seen minimal use, having been installed as a backup system, and is in excellent physical condition with only minor surface marks. The exterior features a large industrial casing with a clean, intact metal body and visible piping connections. The front panel includes a digital display screen with a protective transparent cover, showing operational status and temperature readings. A rotary switch and alarm indicator light are present on the open control panel, along with a magnetic LED work light attached to the side for ease of maintenance. Electrical specifications indicate operation at 400V, 3+N, 50Hz.
The unit was previously used in a hotel installation and is being sold due to a system upgrade. It is suitable for buyers seeking an energy-efficient, high-temperature hot water heat pump in excellent condition.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Private person / Without company |
| Active since | 2026 |
| Offers online | 1 |
| Last activity | April 19, 2026 |
Estonia
1997
| Max Pressure | 6 bar |
|---|---|
| Flow rate | 290 m³/h |
| Engine Power | 135 kW |
|---|
Estonia
2010
| Max Pressure | 10 bar |
|---|---|
| Flow rate | 182.6 m³/h |
| Engine Power | 132 kW |
|---|
Estonia
2010
| Max Pressure | 10 bar |
|---|---|
| Flow rate | 182.6 m³/h |
| Engine Power | 132 kW |
|---|
Estonia
1996
| Max Pressure | 6.5 bar |
|---|---|
| Flow rate | 425 m³/h |
| Engine Power | 130 kW |
|---|
Estonia
1997
| Max Pressure | 4.5 bar |
|---|---|
| Flow rate | 507 m³/h |
| Engine Power | 132 kW |
|---|
Italy
2016
| Engine Power | 30.5742 kW |
|---|
| Flow rate | 1600 m³/h |
|---|
Germany
2025
| Max Pressure | 14 bar |
|---|---|
| Flow rate | 60 m³/h |
| Engine Power | 45 kW |
|---|
| Max Pressure | 2100 bar |
|---|---|
| Flow rate | 7.2 m³/h |
| Engine Power | 468 kW |
|---|
Norway
2013
Germany
2025
| Max Pressure | 14 bar |
|---|---|
| Flow rate | 60 m³/h |
| Engine Power | 45 kW |
|---|
Italy
2022
| Max Pressure | 30 bar |
|---|---|
| Flow rate | 30150 m³/h |
| Engine Power | 3 kW |
|---|
Cyprus
2010
| Max Pressure | 25 bar |
|---|---|
| Flow rate | 250 m³/h |
| Engine Power | 250 kW |
|---|
| Max Pressure | 300 bar |
|---|
| Engine Power | 37 kW |
|---|
Estonia
1997
Poland
2010
Spain
2003
| Max Pressure | 16 bar |
|---|---|
| Flow rate | 18 m³/h |
| Engine Power | 14.91424 kW |
|---|
Netherlands
| Max Pressure | 5 bar |
|---|---|
| Flow rate | 10 m³/h |
| Engine Power | 7.5 kW |
|---|
Poland
2021
| Engine Power | 11 kW |
|---|
| Flow rate | 80 m³/h |
|---|
Austria
2000
Bulgaria
2022
| Max Pressure | 16 bar |
|---|---|
| Flow rate | 750 m³/h |
| Engine Power | 17.5 kW |
|---|
Netherlands
| Engine Power | 11 kW |
|---|
| Flow rate | 32 m³/h |
|---|
Germany
2017
| Flow rate | 3000 m³/h |
|---|
Spain
2008
| Max Pressure | 0.1 bar |
|---|
| Flow rate | 200 m³/h |
|---|
France
2006
Germany
2008
| Max Pressure | 1.5 bar |
|---|
Czech Republic
2006