KERS +
(New for 2023)
KERS+ represents the pinnacle of heat recovery technology, utilizing a cutting-edge ceramic exchanger to create mechanical ventilation systems that are highly efficient in terms of energy recovery.
Light sensor for night mode
No Ducts
No wall switches
Remote control Upward Air Outlet
Hexagonal Cell Heat Recuperator
Very high recovery efficiency of up to 97%
KERS EVO
Ideal Clima
KERS Evo ventilator has hexagonal cells, with increased exchange surface and better thermal efficiency: up to 97% heat recovery.
Mechanical Ventilation
Heat Recovery
Humidity control sensor
An effective solution to condensation and mold problems.
Exceptionally quiet
MACH
horizontal & vertical mach
The MACH series of recuperators, available in both horizontal and vertical false ceiling execution, is made up of devices capable of ventilating the environment and recovering the heat that would be expelled with the stale air.
Each unit of the MACH series is equipped with:
Counter-current exchanger in EPS
Heat Recovery Ventilation
KERS +
(New for 2023)
KERS+ represents the pinnacle of heat recovery technology, utilizing a cutting-edge ceramic exchanger to create mechanical ventilation systems that are highly efficient in terms of energy recovery.
Light sensor for night mode
No Ducts
No wall switches
Remote control Upward Air Outlet
Hexagonal Cell Heat Recuperator
Very high recovery efficiency of up to 97%
KERS EVO
Ideal Clima
KERS Evo ventilator has hexagonal cells, with increased exchange surface and better thermal efficiency: up to 97% heat recovery.
Mechanical Ventilation
Heat Recovery
Humidity control sensor
An effective solution to condensation and mold problems.
Exceptionally quiet
MACH
horizontal & vertical mach
The MACH series of recuperators, available in both horizontal and vertical false ceiling execution, is made up of devices capable of ventilating the environment and recovering the heat that would be expelled with the stale air
Each unit of the MACH series is equipped with:
HYDRONIC TERMINALS
Ideal Clima hydronic terminals are a perfect match with modern low-temperature heating technologies, such as condensing boilers and heat pumps. In the space occupied by a normal radiator, they deliver high power in heating and cooling even with low temperatures of the supply water.
Result: thermal comfort in summer and winter, silence and reduced dimensions, the result of research and Ideal Clima patents. All models are designed and manufactured starting from the needs of residential environments, with walls, high wall, and ducted solutions for false ceilings. The latter are also distinguished by the FastFan distribution kits, ready for installation. Thanks to the wide range of delivery vents, including the invisible FiloZero vents, the Ideal Clima ducted solutions have no equal in terms of aesthetics and functionality. The range is completed with control solutions, both in single-zone and multi-zone , from simple but pleasant built-in thermostats to the refinement of Integra Benessere ThermoDomotica solutions.
HYDRONIC TERMINALS
Ideal Clima hydronic terminals are a perfect match with modern low-temperature heating technologies, such as condensing boilers and heat pumps. In the space occupied by a normal radiator, they deliver high power in heating and cooling even with low temperatures of the supply water.
Result: thermal comfort in summer and winter, silence and reduced dimensions, the result of research and Ideal Clima patents. All models are designed and manufactured starting from the needs of residential environments, with walls, high wall, and ducted solutions for false ceilings. The latter are also distinguished by the FastFan distribution kits, ready for installation. Thanks to the wide range of delivery vents, including the invisible FiloZero vents, the Ideal Clima ducted solutions have no equal in terms of aesthetics and functionality. The range is completed with control solutions, both in single-zone and multi-zone , from simple but pleasant built-in thermostats to the refinement of Integra Benessere ThermoDomotica solutions.
CONTROLLED MECHANICAL VENTILATION
In today’s buildings, the new concept of ventilation for the preservation of structures can only be satisfied through controlled mechanical ventilation that allows to achieve 3 fundamental objectives:
- achieving and maintaining a level of air quality in environments unprecedented in modern construction
- considerable energy savings in harmony with the new stringent building regulations
- preservation over time of the building structures by eliminating inflorescence or mold phenomena on the walls due to incorrect or inhomogeneous humidity control
CONTROLLED MECHANICAL VENTILATION
In today’s buildings, the new concept of ventilation for the preservation of structures can only be satisfied through controlled mechanical ventilation that allows to achieve 3 fundamental objectives:
- achieving and maintaining a level of air quality in environments unprecedented in modern construction
- considerable energy savings in harmony with the new stringent building regulations
- preservation over time of the building structures by eliminating inflorescence or mold phenomena on the walls due to incorrect or inhomogeneous humidity control