HXBR 450 Ecowatt

wall mounted axial fan

Price

Regular Price: €1,028 €1,244

Special Price Excl. Tax: €756 Incl. Tax: €914

central warehouse

Delivery to 03.05?
Order Tomorrow to 12:00

Qty:

The HXBR 450 Ecowatt axial fan is suitable for ventilation directly through a wall. The fan is equipped with an economical EC motor, which ensures economical operation of the fan. The HXBR Ecowatt wall fan is suitable for industrial applications for ventilation of halls, workshops, warehouses, etc. The HXBR Ecowatt fan is an axial fan designed for wall mounting and can be installed in horizontal or vertical position.

Speed [min-1]	1250
Air Flow Volume [m3/h]	6440
Duct diameter [mm]	450
Voltage	230V
Power [W]	352
Current [A]	1.5
Protection IP	IP44
Noise [dB(A)]	61
Motor type	EC

Description

Housing	The fan housing is made of galvanized steel sheet provided with black lacquer. The mounting brackets and screws are galvanically plated.
Impeller	The impeller is made of plastic and has the "SICKLE" shape to achieve the maximum possible air flow volume and pressure with minimum noise. The impeller is pressed directly onto the fan motor.
Motor	The fan is equipped with an EC motor with thermal overload protection. The motor is equipped with greased-for-life ball bearings. Power supply 230 V, ingress protection IP44, motor operating temperature is -20 ° to +40 °C.
Speed control	Speed control is performed using a potentiometer located in the fan terminal block, an external REB Ecowatt control or an analog input of 0-10V from the temperature, humidity or CO2 sensor.
Terminal block	The terminal block is located on the motor and is made of black plastic.
Noise level	The noise emitted by the fan is given in the tables.
Installation	The fan can be mounted in any position of the motor axis. In the case of horizontal mounting, the condensate drain openings must be opened in the rotor. It is necessary to use flexible connections to the ducts.
Direction of rotation	The direction of rotation of the fan cannot be changed. The air flow is standardly from the motor towards the impeller.

Additional Information