ANTIK Heat Pump Monoblock 16kW CLASSIC
- Heating power: (7°C/6°C, 30°C/35°C water): 5.9 – 18.2 kW
- Heating power: 1.28 - 4.26 kW
- Current consumption - heating: 5.50 - 19.01 A
- COP (heating): 4.27 – 4.61
- Cooling capacity (35°C/24°C, 12°C/7°C water): 3.81 – 11.53 kW
- Cooling power: 1.19 - 4.20 kW
- Current consumption - cooling: 5.11 - 18.64 A
- EER (cooling): 2.75 – 3.20
- DHW heating capacity (7°C/6°C, 15°C/55°C water): 4.80 – 14.72 kW
- DHW heating power: 1.52 – 4.25 kW
- Current consumption – DHW: 3.30 – 13.45 A
- COP (DHW): 4.73
- Seasonal heating efficiency (SCOP) – 35°C water: 4.73 (ErP A+++)
- Noise level (1 m, 35°C): 51 dB(A)
- Nominal heat output (35°C): 18.26 kW
- Seasonal heating efficiency (SCOP) – 55°C water: 3.51 (ErP A++)
- Noise level (1 m, 55°C): 53 dB(A)
- Nominal heat output (55°C): 15.52 kW
- Power supply: 400V/50Hz
- Pipe diameter: DN25 Weight: 160 kg
- Dimensions (W×D×H): 1050 × 480 × 1380 mm
- Operating ambient temperature: -30°C to +43°C
- Operating water temperature: 28°C – 55°C (DHW)
- Operating water temperature: 15°C – 55°C (heating)
- Operating water temperature: 7°C – 30°C (cooling)
The heat pump, based on the principle of compression and expansion of the refrigerant, takes heat from the surrounding environment and transfers it to the circulating water in the system. It does not consume electricity directly to heat the water, but uses it only to operate the compressor and circulation pump. The heat itself is literally taken from the air, thanks to which it is possible to produce up to 4kW of heat with the consumption of 1kW of electricity.
✅ three-way valve for switching heating / DHW heating
✅ additional electric flow heating 3kW
✅ expansion tank
✅ electrical installation components for connecting the outdoor unit
- Low noise (43 dB) – sound insulation and biomimetic fan minimize noise
- Quality components – DC inverter compressor, brushless motor and vibration dampers
- 5-inch touch panel – easy to operate with support for 15 languages
- ANTIK Smart Home APP – remote control, consumption monitoring and diagnostics
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Air-water heat pump
The ANTIK Monoblok 16 kW Classic heat pump works on the principle of compression and expansion of the refrigerant , in which it takes heat from the ambient air and transfers it to the water in the heating or hot water preparation system. It does not consume electricity directly for heating the water - it uses it only to drive the compressor and circulation pump .
Thanks to this, it can produce up to 4 kW of heat for every 1 kW of electricity consumed, which significantly reduces operating costs and increases energy efficiency. This process is ecological, quiet and reliable even at low outdoor temperatures, making the heat pump an ideal solution for family homes, guesthouses or smaller commercial buildings.
Indoor unit
The indoor unit of the ANTIK monoblock heat pump is designed to ensure comfortable and trouble-free operation of the entire system. It contains all the key elements necessary for efficient switching between modes, maintaining optimal pressure and additional water heating if necessary. Thanks to the integrated equipment, there is no need to purchase external components and installation is quick and easy.
Technical equipment of the indoor unit:
- Three-way valve – allows automatic switching between heating and DHW heating.
- Additional electric instantaneous heating 3 kW - ensures rapid heating of water at low temperatures or peak demand.
- Expansion tank – equalizes pressure in the system and protects against pressure fluctuations.
- Electrical installation components – ready for immediate connection to the outdoor unit.
Intelligent control and high efficiency for modern homes
The ANTIK Monoblok heat pump is designed for maximum comfort, energy saving and quiet operation. Reliable technology, high-quality components and the possibility of remote control make this device an ideal solution for heating and water heating in modern homes.
Main features:
- Main features: Low noise (43 dB) – sound insulation and a biomimetic fan ensure extremely quiet operation.
- Quality components – DC inverter compressor, brushless motor and effective vibration dampers for long service life.
- 5" touch panel - intuitive control with support for 15 languages.
- ANTIK Smart Home APP – remote control, consumption monitoring and intelligent diagnostics.
Heat pump energy efficiency
The ANTIK Monoblok 16 kW Classic heat pump achieves high energy efficiency with class A+++ at a water temperature of 35 °C and A++ at a temperature of 55 °C according to European standards (811/2013, 2019). This combination guarantees economical operation , lower energy costs and a minimal carbon footprint.
Thanks to modern inverter control and optimized heat transfer, it provides stable performance even at low outdoor temperatures. It is the ideal choice for households looking for a reliable, environmentally friendly and long-term economical source of heating and hot water.
Wiring diagram
The air-to-water heat pump wiring diagram shows the connection of individual system components, such as the pump itself, circulation pumps, hot water tank, expansion tank, and control unit.
Integration of heat pump, photovoltaics and e-mobility
If you choose a combination of a heat pump with photovoltaics, we will configure the entire system to achieve maximum use of the produced solar energy while maintaining stable thermal comfort in your home. Intelligent control will ensure that the energy from the photovoltaics is preferentially used to operate the heat pump, heat water or other appliances. In a single application, you will have a continuous overview of the operation of the heat pump, the production and consumption of electricity, charging of the electric car and household consumption.
The system also allows expansion and connection with other smart home elements, giving you full control over energy and comfort.
Download the ANTIK SmartHome® app
With the ANTIK SmartHome® app , you have your heat pump always under control – wherever you are. Monitor temperatures, set operating modes, adjust water temperatures or fine-tune advanced parameters directly from your mobile phone.
- Selection of pump operating mode - DHW, heating, cooling, combined modes
- Setting the target water temperature - DHW, cooling, heating — continuously adjustable
- Pump performance mode control - Smart, powerful, quiet
- Pump operation schedules - automatic start-up by time
Multi-column
Main screen and overview
The home panel provides an immediate overview of the current status of the heat pump and its basic parameters.
- Current heating water temperature – display of the outlet water temperature from the pump.
- Water temperature at the inlet and in the tank – comparison with the outside temperature.
- Operating and working mode – current settings of the device function.
- Quick access to functions – on/off, mode change, parameters, settings.
This overview allows you to quickly check system operation and adjust settings as needed.
Pump modes
The mode menu allows you to adapt the operation of the heat pump to the current heating, cooling or heating requirements.
- DHW – heating of domestic hot water. Heating – operation for heating the heating system.
- Cooling – active reduction of the temperature in the interior.
- DHW + Heating – combined operation of both functions.
- DHW + Cooling – water heating and interior cooling at the same time.
Quick mode selection ensures optimal comfort and energy efficiency according to the current season.
Water temperatures
Section for detailed setting of target temperatures in individual operating modes.
- Target DHW temperature – adjustable range from 28 °C to 60 °C.
- Target cooling temperature – adjustable between 7°C and 30°C.
- Target heating temperature – setting of heating water in the range of 15 °C to 55 °C.
- Additional parameters – temperature differences and compensation for power stability.
Precise temperature settings allow you to optimize energy consumption and achieve the desired comfort.
Settings
Advanced system settings for precise control of pump operation and response to changing conditions.
- Automatic setting of the target heating temperature – dynamic adjustment according to the outdoor temperature.
- Compensation settings – point and coefficient for equalizing temperature differences.
- Operating frequency – choose between standard and reduced after reaching the target.
- Control of additional functions – turning on the electric heating, starting temperature conditions, pump status after reaching the temperature.
These parameters allow you to precisely adjust the operation of the device for maximum efficiency and system life.
Status parameters
This application screen provides a detailed overview of the operating parameters of the refrigeration circuit and key values that affect the performance and efficiency of the device.
- Water and refrigerant temperatures – displays values on the return and outlet pipes, in the DHW tank, behind and before the compressor.
- Expansion valve status – opening of main and auxiliary EEV in real time.
- Compressor – measurement of current and current operating frequency.
- Radiator and exchangers – monitoring the temperature of the cooling coil and radiator.
- Power supply – voltage value on the DC bus.
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And more – fan airflow speed, cooler temperature, and detailed power supply values.
Timetable
This screen allows the user to set automatic schedules for pump start and stop according to the daily routine. The ±30 second time spread function ensures that multiple pumps do not start at exactly the same time, minimizing the risk of network overload and increasing system stability.
- Scheduled pump shutdown – for example, every day at 08:00.
- Scheduled pump start – for example, every day at 09:00.
- Time dispersion ±30 seconds – prevents multiple devices from starting simultaneously.
- Easy to add a plan – using the function
Additional timed tasks can be set by adding a schedule. This gives the user precise control over the pump operation without the need for manual intervention.
Automation and smart scenes
Automation is one of the most powerful features of a smart home. It allows devices to respond automatically based on specific inputs – such as motion, temperature changes, time, or manual instructions.
Its greatest advantage is the ability to connect multiple devices and create intelligent links between them. Thanks to automation, separate devices become a connected ecosystem that works logically and increases the overall comfort, security and efficiency of the home.
1. Manual start
The scene is triggered by manually pressing a button in the app or on the physical switch.
2. When the weather changes
Automation is triggered when external conditions change (e.g. temperature, humidity, wind).
3. Timetable
The scene will start at a specific time or according to a set recurring schedule.
4. When the device status changes *important
Automation is triggered in response to a change in another device – a motion sensor, door, camera, or other device.
📌 Automation parameters for this product can be found in the table below ↓
Automatizácia pre ANTIK Tepelné Čerpadlo Monoblok 16kW CLASSIC
Automatizácia umožňuje detailné riadenie chodu tepelného čerpadla, nastavenie prevádzkových a pracovných režimov, sledovanie teplôt a optimalizáciu výkonu.
Automatizáciu možno nastaviť pomocou nasledujúcich parametrov:
| Parameter | Hodnota | Popis |
|---|---|---|
| Zap/Vyp | Zapnuté, Vypnuté | Zapína a vypína tepelné čerpadlo. |
| Prevádzkový režim | Inteligentný, Výkonný, Tichý | Určuje režim prevádzky na základe efektivity, výkonu a hlučnosti. |
| Pracovný režim | TÚV, Vykurovanie, Chladenie, TÚV+Vykurovanie, TÚV+Chladenie | Nastavuje funkciu, ktorú má tepelné čerpadlo vykonávať. |
| Chybové stavy | Rôzne chybové stavy | Zobrazuje chybové kódy a upozornenia. |
| Teplota vody na vratnom potrubí | -30-99 °C | Zobrazuje teplotu vody vracajúcej sa do tepelného čerpadla. |
| Teplota vykurovacej vody na výstupe | -30-99 °C | Zobrazuje teplotu vody, ktorá opúšťa tepelné čerpadlo do vykurovacieho systému. |
| Vonkajšia teplota | -30-99 °C | Merá aktuálnu vonkajšiu teplotu. |
| Teplota chladiva za kompresorom | 0-125 °C | Zobrazuje teplotu chladiva na výstupe z kompresora. |
| Teplota chladiva pred kompresorom | -30-99 °C | Zobrazuje teplotu chladiva na vstupe do kompresora. |
| Teplota odparovacieho potrubia | -30-99 °C | Zobrazuje teplotu v odparovacej špirále. |
| Teplota chladiacej špirály | -30-99 °C | Zobrazuje teplotu chladiacej špirály. |
| Teplota v zásobníku TÚV | -30-99 °C | Zobrazuje teplotu vody v zásobníku na teplú úžitkovú vodu. |
| Otvorenie hlavného EEV | 0-500 P | Zobrazuje stupeň otvorenia hlavného elektronického expanzného ventilu. |
| Otvorenie pomocného expanzného ventilu | 0-500 P | Zobrazuje stupeň otvorenia pomocného expanzného ventilu. |
| Prúd kompresora | 0-65 A | Merá aktuálny elektrický prúd kompresora. |
| Teplota chladiča | -99-150 °C | Zobrazuje teplotu chladiča. |
| Hodnota napätia na DC zbernici | 0-999 V | Zobrazuje hodnotu napätia na DC zbernici. |
| Aktuálna frekvencia kompresora | 0-500 Hz | Zobrazuje aktuálnu prevádzkovú frekvenciu kompresora. |
| Rýchlosť prúdenia vzduchu ventilátor 1 | 0-1500 | Zobrazuje rýchlosť otáčok prvého ventilátora. |
| Rýchlosť prúdenia vzduchu ventilátor 2 | 0-1500 | Zobrazuje rýchlosť otáčok prvého ventilátora. |
| Teplotný rozdiel pre vykurovanie/chladenie | 2-18 °C | Nastavuje teplotný rozdiel medzi teplotou vratnej a cieľovej vody. |
| Rozdiel teplot vratnej a cieľovej vody TÚV | 2-18 °C | Nastavuje teplotný rozdiel pre ohrev TÚV. |
| Cieľová teplota TÚV | 28-60 °C | Nastavuje požadovanú teplotu teplej úžitkovej vody. |
| Cieľová teplota chladenia | 7-30 °C | Nastavuje požadovanú teplotu pre režim chladenia. |
| Cieľová teplota ohrevu | 15-55 °C | Nastavuje požadovanú teplotu pre režim vykurovania. |
| Kompenzácia teploty TÚV | -5-15 °C | Umožňuje jemné doladenie teploty TÚV. |
| Automatické nastavenie cieľovej teploty | Povoliť, Zakázať | Určuje, či sa cieľová teplota má automaticky prispôsobovať. |
| Kompenzácia teplotného bodu vykurovania (vonkajšia teplota) | 0-40 °C | Nastavuje, o koľko sa má cieľová teplota zvýšiť pri poklese vonkajšej teploty. |
| Kompenzačný koeficient cieľovej teploty | 1-30 | Nastavuje koeficient pre automatické prispôsobenie teploty. |
| Frekvencia po dosiahnutí cieľovej teploty | Znížená, Stála | Nastavuje, či sa má frekvencia kompresora znížiť alebo zostať konštantná. |
| Vonkajšia teplota pre spustenie pomocného ohrevu potrubia | -20-20 °C | Určuje vonkajšiu teplotu, pri ktorej sa aktivuje pomocný ohrev. |
| Čas do zapnutia elektroohrievača TÚV | 0-60 min. | Nastavuje časové oneskorenie pre zapnutie dodatočného ohrievača TÚV. |
| Stav vodného čerpadla po dosiahnutej teplote | Zastaviť, Nonstop | Určuje, či sa má čerpadlo zastaviť alebo bežať nepretržite po dosiahnutí cieľovej teploty. |
| Teplota pre spustenie odmrazovania | -15 až -1 °C | Určuje teplotu, pri ktorej sa spustí režim odmrazovania. |
| Teplota pre ukončenie odmrazovania | 1-40 °C | Určuje teplotu, pri ktorej sa ukončí režim odmrazovania. |
| Teplotný rozdiel okolia a výparníka pre odmrazovanie | 0-15 °C | Nastavuje teplotný rozdiel pre aktiváciu odmrazovania. |
| Spodný limit frekvencie po dosiahnutí cieľovej teploty | 30-120 Hz | Nastavuje minimálnu frekvenciu, na ktorú sa kompresor spomalí. |
| Horný limit frekvencie po dosiahnutí cieľovej teploty | 30-120 Hz | Nastavuje maximálnu frekvenciu, na ktorú môže kompresor bežať. |
| Kompenzácia frekvencie teplej vody | -50-20 Hz | Umožňuje kompenzovať frekvenciu kompresora pre ohrev TÚV. |
ECO vs CLASSIC (R290 vs R32)
We offer two types of pumps, the ECO series with modern refrigerant R290 and the CLASSIC series with refrigerant R32. The R290 refrigerant is currently the most environmentally friendly refrigerant on the market, if you were to leak the entire charge into the air, the carbon footprint is the same as driving 6 km by car (GWP parameter = 3). The R32 refrigerant is the second most environmentally friendly, the carbon footprint in the event of a leak would be equivalent to driving 3500 km by car (GWP = 675). For example, another available refrigerant R410 has a GWP = 2088.
However, ecology is only one factor. The modern refrigerant R290 has a better heat capacity and therefore does not require such high pressures in the system, which extends the life of the heat pump and allows it to operate up to an outlet water temperature of 70°C. In contrast, R32 has a slightly higher volumetric cooling capacity, which is why pumps with it are slightly more efficient.
If your house has purely low-temperature heating, you can use the cheaper CLASSIC pump variant with R32 refrigerant or the slightly more expensive and more environmentally friendly ECO pump variant with R290 refrigerant. In the case of a heating system with a combination of underfloor heating and radiators, we definitely recommend only the ECO series for the possibility of higher outlet water temperatures.
