Maico Controllo aria indoor per PushPull 45 possibilità di collegamento per un massimo di 6 PP 45 O RLS 45

The Maico Indoor Air Control for PushPull 45 is a central control unit designed to manage up to six Maico PushPull 45 O ventilation units. It provides intuitive operation via capacitive touch buttons and LED status indicators, ensuring optimal indoor air quality through integrated humidity and temperature sensors. This flush-mounted controller supports multiple operating modes including Heat Recovery, Supply Air, Exhaust Air, Automatic, and Standby, with four fan speed levels for precise airflow adjustment.

Advantages

Simplified management of multiple ventilation units from a single point; energy-efficient operation with automatic mode; user-friendly touch interface; comprehensive monitoring with filter change and error indicators; flexible scheduling with timer and night setback functions.

Suitable for

• Residential and commercial buildings using Maico PushPull 45 O ventilation systems
• Installations requiring centralized control of up to six ventilation units
• Projects demanding high indoor air quality with humidity and temperature regulation

Key specifications

• Compatible with Maico PushPull 45 O ventilation units
• Maximum connectable units: 6
• Control: Capacitive touch buttons
• Display: LED status indicators
• Integrated sensors: Humidity, Temperature
• Operating modes: Heat Recovery, Supply Air, Exhaust Air, Automatic, Standby
• Fan speed levels: 4
• Nominal voltage: 230 V AC
• Frequency: 50/60 Hz
• Output voltage: 12 V DC
• Max. output current: 1.5 A
• Mounting: Flush-mounted (IP20)
• Protection class: IP20
• Operating temperature: 0 to +40 °C
• Housing material: Plastic
• Color: White
• Special functions: Filter change indicator, Error display, Timer, Night setback, Party function
• Communication interface: MaicoBus

Recommendations

For optimal performance, pair this controller with Maico PushPull 45 O units and ensure proper flush-mounted installation by a qualified electrician. The integrated sensors and automatic mode help maintain balanced ventilation while minimizing energy consumption.