

Envío GRATIS en España (Península) a partir de 300€ + info
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Intelligent decentralized extractor with SMART technology for continuous ventilation in wet rooms. It effectively combats condensation and mold while ensuring optimal indoor air quality with ultrasile and low energy consumption.
Connection: DN100 for flexible tube
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The Zehnder ZCV2 represents the definitive evolution in wet room extractors, combining ultrasilency with intelligent technologies that automatically adapt to the conditions of each space. This decentralised ventilation system of simple flow ensures healthy levels of indoor air quality while effectively fighting mold condensation and growth.
With its innovative TimerSMART™ and HumidiSMART™ technologies, the ZCV2 dynamically adjusts the ventilation flow rate based on the time spent in the room and the detected humidity levels, providing optimal ventilation only when it's truly needed and saving energy the rest of the time.
TIMERSMART™
HUMIDISMARTTM
ULTRASILENCIES
Monitors human occupancy time and automatically adjusts the flow rate.It progressively increases ventilation based on occupancy duration, from the base flow rate to 15 minutes in Boost mode.
It continuously monitors the humidity and detects rapid increases to activate the Boost mode with immediate action, long before conventional extractors, effectively eliminating the moisture from showers or cooking.
With a noise level of just 10 to 38 dB, it guarantees a quiet environment even when operating at full power, ideal for bedrooms, bathrooms, and kitchens where acoustic comfort is essential.
Equipped with state-of-the-art EC engines with 9 patents, it consumes only between 1.1 and 5.4W, providing effective ventilation with minimal energy spending and reducing the carbon footprint.
Innovative tactile interface that facilitates initial configuration and start-up, with automatic blocking that prevents accidental changes once scheduled, ensuring optimum constant operation.
Aerodynamic design with backward-curved blades maximizes extraction efficiency with lower energy consumption, reaching up to 83 m³/h of maximum flow rate for powerful ventilation when needed.
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