Atlantic Hybea 8 Duo 25 kW Wall-Mounted Hybrid Heat Pump – 527436

Atlantic Hybea 8 Duo 25: Wall-Mounted Hybrid Heating with Integrated Hot Water

The Atlantic Hybea 8 Duo 25, model 527436, combines a heat pump and a condensing gas boiler to provide home heating and domestic hot water. Designed for retrofitting, particularly as a replacement for a wall-mounted gas boiler, the Duo version includes a 45-litre domestic hot water tank.

The intelligent control system selects the operating mode based on energy performance and cost. The Smart Adapt control operates without an outdoor sensor.

Key Features

• Hybea 8 Duo 25 hybrid configuration: 8 kW heat pump and 25 kW gas boiler.
• Integrated 45-litre domestic hot water tank.
• Package heating energy rating: A+++ at 35°C and A++ at 55°C.
• Domestic hot water energy rating: A.
• Integrated Smart Adapt control.
• Easy Gas Control with automatic gas setting calibration.
• Reported French manufacture.

Reported Heating Performance

• Heat pump capacity at +0°C / +50°C: 8.18 kW.
• Heat pump capacity at −7°C / +35°C: 8.18 kW.
• Heat pump capacity at −7°C / +55°C: 7.5 kW.
• Heating operating temperature range: −20 to +35°C.
• Reported flow temperature for the hybrid system: 20 to 85°C.
• Reported noise level of the outdoor unit: 30 dB(A) at 5 metres.
• Reported ERP sound power level at 55°C for the outdoor unit: 56 dB(A).

Technical Specifications

• Brand: Atlantic.
• Range: Hybea Duo.
• Configuration: Hybea 8 Duo 25.
• Manufacturer model: 527436.
• EAN: 3410535274369.
• Functions: heating and stored domestic hot water.
• Integrated boiler: condensing gas.
• Compatible gas: natural gas or propane, depending on the configuration and the manufacturer's specifications.
• Indicated electrical voltage: 230 V.
• Indicated weight: 187 kg.

Installation

Sizing, wall mounting, connections and commissioning must be carried out with a qualified professional in accordance with the manufacturer's specifications. The maximum temperature of 85°C applies to the hybrid system and should not be considered the temperature produced by the heat pump alone.