The Daikin Altherma 3 Supra 16 kW set consists of the Hydrokit ETBX16E6V7 indoor unit and the EPRA16DV37 outdoor unit. This high-efficiency air-to-water heat pump solution is designed to provide heating, cooling, and domestic hot water (DHW) for homes or residential buildings. It uses R-32 refrigerant and can reach supply temperatures of up to 70°C without the need for an auxiliary electric heater.
Main Advantages
- Maximum seasonal efficiency and excellent performance even at outdoor temperatures as low as –15°C.
- Ultra-quiet operation and optimized design for residential environments.
- Full integration with photovoltaic energy, control via Daikin Onecta App, and Smart Home compatibility.
- Compact Hydrokit design for easy installation in small spaces and simplified setup.
Technical Specifications
- Nominal heating capacity: 16 kW
- Refrigerant: R-32 (GWP 675, low environmental impact)
- Maximum water temperature: 70°C without backup heater
- Minimum operating temperature: –25°C outdoor
- COP (at 7°C outdoor / 35°C water): up to 5.00
- EER (at 35°C outdoor / 18°C water): ≈ 4.11
- Power supply: Single-phase 230 V / 50 Hz
- Connectivity: Integrated Wi-Fi and remote control via Onecta App
Dimensions and Weight
- Indoor unit ETBX16E6V7 (H × W × D): 840 × 440 × 390 mm | Weight: 38 kg
- Outdoor unit EPRA16DV37 (H × W × D): 1270 × 1003 × 533 mm | Weight: 151 kg
Applications and Compatibility
Compatible with Daikin DHW tanks, underfloor heating systems, low-temperature radiators, and fan coils. It can also be integrated with solar thermal or photovoltaic panels for maximum energy efficiency.
Recommended Installation
Ideal for single-family homes or small communities seeking a comprehensive, efficient, and future-ready climate control system. Its split design makes maintenance easy and reduces indoor space requirements, complying with F-Gas fluorinated gas regulations.
Summary
The Daikin Altherma 3 Supra 16 kW set (ETBX16E6V7 + EPRA16DV37) delivers complete, sustainable, and connected climate control with Daikin’s renowned reliability.