MAGIS PRO 4-6-9 V2 - IMMERGAS
Datasheet e Manuals
MAGIS PRO 4-6-9 V2 - IMMERGAS
Split-type reversible air-to-water heat pump with inverter technology, single-phase power supply, from 4 to 9 kW, for heating, cooling, and domestic hot water (DHW) production in combination with a remote storage tank.
Split-type reversible air-to-water heat pump with inverter technology, single-phase power supply, from 4 to 9 kW, for heating, cooling, and domestic hot water (DHW) production in combination with a remote storage tank.
Available in single-phase versions with R32 refrigerant, the range includes: MAGIS PRO 4 V2, MAGIS PRO 6 V2, MAGIS PRO 9 V2, these models are ideal for climate control in residential or commercial spaces, providing heating (up to 65 °C flow temperature), cooling, and DHW production when connected to an external storage tank.
The system is compatible with an optional System Manager, which is especially useful when integrating an additional boiler. This controller automatically selects the most cost-effective energy source at any given time, optimizing system performance.
MAGIS PRO V2 fully complies with ErP Directive (2009/125/EC) and Energy Labelling Directive (ELD - 2010/30/EC). A wide range of optional kits is available to meet various plant design requirements.
Incentives and Tax Deductions for the MAGIS PRO 4 V2, MAGIS PRO 6 V2 and MAGIS PRO 9 V2 models that are eligible for current energy-saving incentives and Conto Termico 2.0 benefits (Italy only).
Main Advantages:
High energy efficiency
Enhanced comfort
Low environmental impact, thanks to eco-friendly R32 refrigerant with low GWP (Global Warming Potential)
High energy efficiency
Enhanced comfort
Low environmental impact, thanks to eco-friendly R32 refrigerant with low GWP (Global Warming Potential)
Available Models:
MAGIS PRO 4 V2
MAGIS PRO 6 V2
MAGIS PRO 9 V2
Key Features:
Modulating climate control (weather-compensated) via external temperature probe
Direct management of 3 zones: 1 direct + 2 mixed zones
Custom climate curves: up to 3 heating and 3 cooling curves (one per zone)
Control via onboard display or remote zone panels (up to 3, via Bus or on/off contacts)
Active dehumidification management with dew point calculation
Flexible zone configuration: heating only, heating/cooling, cooling only
Automatic activation of auxiliary electric heaters (optional) for space heating and DHW
Anti-legionella function (requires electric heating element)
Screed-drying function for new radiant panel installations
Energy source priority management, based on outdoor temperature and system demand
Compatible with System Manager (optional) for hybrid system control
Photovoltaic input: prioritizes DHW production at maximum temperature when PV is producing
230 V output to control seasonal changeover valves (summer/winter)
Supports hybrid systems, e.g., with a wood boiler or gas boiler as an auxiliary heat source
Technical Data:
Energy efficiency class - Heating at 55 °C: A++ (typical, varies by model)
Energy efficiency class - Heating at 35 °C: A+++ (typical, varies by model)
Maximum flow temperature: 65 °C
Refrigerant: R32 (low-GWP, pre-charged)
Power supply for electric heaters: independent (external connection required)
Output voltage for diverter valves: 230 V
Minimum required water volume in the system: 30 liters
Modulating climate control (weather-compensated) via external temperature probe
Direct management of 3 zones: 1 direct + 2 mixed zones
Custom climate curves: up to 3 heating and 3 cooling curves (one per zone)
Control via onboard display or remote zone panels (up to 3, via Bus or on/off contacts)
Active dehumidification management with dew point calculation
Flexible zone configuration: heating only, heating/cooling, cooling only
Automatic activation of auxiliary electric heaters (optional) for space heating and DHW
Anti-legionella function (requires electric heating element)
Screed-drying function for new radiant panel installations
Energy source priority management, based on outdoor temperature and system demand
Compatible with System Manager (optional) for hybrid system control
Photovoltaic input: prioritizes DHW production at maximum temperature when PV is producing
230 V output to control seasonal changeover valves (summer/winter)
Supports hybrid systems, e.g., with a wood boiler or gas boiler as an auxiliary heat source
Technical Data:
Energy efficiency class - Heating at 55 °C: A++ (typical, varies by model)
Energy efficiency class - Heating at 35 °C: A+++ (typical, varies by model)
Maximum flow temperature: 65 °C
Refrigerant: R32 (low-GWP, pre-charged)
Power supply for electric heaters: independent (external connection required)
Output voltage for diverter valves: 230 V
Minimum required water volume in the system: 30 liters