PALLADIUM 4P

The PALLADIUM 4P range from Enerblue represents the evolution of air-to-water heat pumps with natural refrigerant R290 , designed to offer independent control of heating and cooling through a 4-pipe hydraulic circuit.

This configuration allows for the simultaneous management of two operating modes, ideal for complex buildings, mixed structures, or systems with different needs across multiple thermal zones. The use of the natural refrigerant R290 ensures extremely low environmental impact, while the optimized design of the airflow section and components ensures high acoustic comfort and reliable operating performance.

The PALLADIUM 4P series is perfect for applications where it is necessary to simultaneously maintain environments heated and cooled, offering maximum operational flexibility, energy efficiency and comfort for the end user.

• Natural refrigerant R290 with extremely low GWP
• 4-pipe hydraulic circuit for simultaneous heating and cooling control
• Reversible units with independent zone management system
• Stable operation over wide temperature ranges
• Design with axial fans for air flow optimization
• Scroll compressors for reliable and long-lasting performance
• Solution designed for high acoustic comfort
• Possibility of integration into full-electric or hybrid systems
• Provision for high temperature DHW production up to 70°C
• Integrated intelligent control system for operational optimization

Typical power range

• Heating (A7; W35) 50 ÷ 164 kW
• Cooling (A35; W7) 40 ÷ 135 kW
• Water temperature up to 70°C

Strengths

• Simultaneous management of heating and cooling environments
• Perfect for buildings with different thermal needs
• High acoustic comfort in air conditioning activities
• Reduced environmental impact thanks to the natural refrigerant R290
• High flexibility of use in modern and complex systems
• Suitable solution for large residential, commercial and industrial buildings

• Simultaneous air conditioning systems for heated and cooled areas
• Mixed-use buildings (offices + residential, shops + offices, etc.)
• Business centers and complex commercial structures
• Systems with DHW demand and high operating temperatures
• Hybrid or full-electric systems requiring dynamic control of thermal zones