KWL 360 W ET
KWL 360 W ET
Ventilation unit R/L with heat recovery EC-motors, Enthalpy heat exchanger Automatic bypass, Web-server
Ref.-No. 40062
Features
Compact ventilation unit with heat recovery for balanced ventilation of residential buildings and apartments. Unit for wall installation with a universal housing concept made of galvanized sheet steel with sound and heat insulation and powder-coated, white. Installation of the outside air connection either left or right. Free access to the components thanks to the removable front door. Equipped with EC fans for low energy consumption and a highly efficient plastic heat exchanger. Equipped with ISO Coarse 65% (G4) filter for the outside and exhaust air as standard: An ISO ePM1 50% (F7) fine filter for the outside air is optionally available, which can also be integrated into the unit. Filter change possible without tools. The unit is equipped with a modern Helios easyControls3 control. The unit is operated either via an external control element or via the integrated LAN interface via PC / laptop or mobile devices. Operation via cloud is also possible while on the move. The standard built-in humidity sensor and other optionally available external air quality sensors enable automatic and demand-controlled ventilation. The integrated Modbus / RTU interface or an optional KNX module is available for connection to the building management system.Additional data and accessories
Technical Data
General Information
| Ref.-No.: | 40062 |
|---|---|
| Type: | KWL 360 W ET |
| Flow rate free-blowing: | 402 m³/h |
| Voltage: | 230 V , 1 ph , 50 Hz |
| Rated current (FLC) uncontrolled: | 1.4 A |
| Nominal power: | 120 W |
| Max. air flow temperature: | 40 °C |
| IP protection category: | 34 |
| Connect diameter: | 160 mm |
| Weight: | 69,00 kg |
| Unit design: | universal |
| Installation position: | wall |
| Heat exchanger: | plate heat exchanger |
| ErP-SEV: | A |
| ErP-Vmax: | 353 m³/h |
| ErP-Vref: | 0,068 m³/s |
| ErP-ηt:: | 86,2 % |
| Wiring diagram no.: | 1433 |
Acoustic data
| Case breakout | 31 dB(A) in 1 m |
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