Huge Savings Panasonic Aquarea High Performance J Gen Heat Pump Outdoor Unit 9kw 1ph R32 Money-back Guarantee [LACoSt3r]

Panasonic’s Aquarea air-to-water heat pump range, spanning from 3kW to 9kW, is among the most comprehensive on the market. It provides tailored solutions for properties of all sizes and varying heating and cooling requirements. Ideal for both new construction and renovation projects, these systems are designed to be cost-effective while minimising environmental impact. Including many components inside the heat pump as standard, the Panasonic Aquarea is one of the most compact air to water heat pumps on the market. The Panasonic Aquarea High Performance air source heat pump range cools space in summer and brings hot water all year round, providing the perfect climate for home. The Panasonic Aquarea High Performance J Gen 5kW bi-bloc outdoor unit delivers exceptional efficiency and energy savings with reduced CO2 emissions and a compact design.

Part of a bi-bloc system which comprises of separate indoor and outdoor units, seamlessly connecting to the heating and/or hot water system.

Designed to work in tandem with an indoor unit and various components. For more specific details, contact Oceanair for compatibility and suitability advice.

• Part of a heating and cooling split air source heat pump system
• Air to water heat pump outdoor unit
• Also available as part of KIT-WC05J3E5
• Available as single phase and three phase
• Energy efficient Panasonic inverter technology
• Compatible with Aquarea Smart Cloud (available separately)
• Environmentally friendly R32 refrigerant
• Suitable for 9kW heat pump indoor units
• Suitable for new installations and low consumption homes
• Compatible with underfloor heating
• Compatible with radiators
• Perfect choice for new construction projects
• Powerful circulating pump
• Enhanced seamless connectivity integration
• Remote controller designed to complement the entire system seamlessly (Sold separately)

*See Technical Attachments for more precise parameters and conditions.