IDRA R3 - Невидимая водо-воздушная система кондиционирования
IDRA is the invisible water-air air conditioning system that uses water as a heat exchange medium, allowing installations with no aesthetic impact on facades and elevations.
With the R3 evolution, IDRA introduces circular water resource management: water is not simply used, but reused, recovered, and enhanced within an intelligent cycle.
IDRA with R3 function: less withdrawal, more efficiency
Thanks to the R3 function, IDRA works with a closed circuit equipped with thermal storage that reuses the same water several times, keeping the system within its optimal operating range.
When necessary, the storage is renewed in a controlled manner.
Before discharge, the water can be reused for:
• toilet cisterns
• washing machines and dishwashers
• irrigation and car washing
• DHW preheating
The result is water consumption close to zero.
Measurable water recovery
With the R3 evolution, IDRA concretely applies the principles of Reduce, Reuse, Recycle, transforming water from a simple technical fluid into a circular resource.
Reduce – reduces the withdrawal of drinking water from the network thanks to internal reuse in a closed circuit.
Reuse – the same water is used several times for IDRA's operation, maintaining efficiency and operational stability.
Recycle – before discharge, the water is recovered and used for secondary domestic purposes, extending its life cycle.
This is not just a performance improvement, but a paradigm shift:
IDRA with R3 function integrates air conditioning and advanced water management into a single coherent system, reducing waste and making the most of every liter of water used.
Technical data of the R3 module integrated in IDRA
• Power supply: 230 V – 50 Hz – 1 Ph
• Sound pressure: 18 dB(A)
• Dimensions: 500 × 312.5 × 275 mm
• Weight: 16 kg
• Water connections: 1"
• Optimal inlet pressure: 1,5/2 bar
Silent, compact, and easily integrated into various system configurations, the R3 evolution remains faithful to the IDRA philosophy: invisible air conditioning, measurable efficiency, and concrete sustainability.