Cost and availability:
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Cost and availability:
Noise level: Not only energy saving helps to protect the environment but also noise level reduction. Noise level reduction up to 3 dB really means noise level reduction in 2 times. For example, a device with noise level 39 dB (А) will be two times quieter than a devise with a noise level 42 dB (А). Energy-saving certificate that shows noise level plays the role of an additional objective indicator basing on which You can successfully choose a product.
Fluid dynamic efficiency class:
Grease filtering efficiency class:
Type:
Exhaust location:
Annual energy consumption: Energy consumption of XYZ kW/h per year is based on measurements calculated under standard conditions within 24 hours. Actual power consumption depends on the use of the device and its location.
Energy efficiency class: Energy efficiency class is a standard classification that is used all over Europe and which is understandable at first sight. Products can be efficiently compared according to classes, starting from A (the most energy efficient class), and ending with G (the most energy-intensive class). The classification of energy efficiency is based on annual energy consumption which is being calculated on the basis of several different parameters.
Product colour:
Colour temperature:
Grease filter type:
Width:
Number of speeds:
Noise level: Not only energy saving helps to protect the environment but also noise level reduction. Noise level reduction up to 3 dB really means noise level reduction in 2 times. For example, a device with noise level 39 dB (А) will be two times quieter than a devise with a noise level 42 dB (А). Energy-saving certificate that shows noise level plays the role of an additional objective indicator basing on which You can successfully choose a product.
Noise level (low speed):
Noise level (high speed):
Fluid dynamic efficiency class:
Grease filtering efficiency class:
Type of extraction:
Maximum extraction power:
Noise level (medium speed):
Pressure (Pa):
Lighting efficiency class:
Type:
Exhaust location:
Product colour:
Control type:
Illuminance:
Built-in display:
Number of bulbs:
Lighting position:
Energy efficiency class: Energy efficiency class is a standard classification that is used all over Europe and which is understandable at first sight. Products can be efficiently compared according to classes, starting from A (the most energy efficient class), and ending with G (the most energy-intensive class). The classification of energy efficiency is based on annual energy consumption which is being calculated on the basis of several different parameters.
Annual energy consumption: Energy consumption of XYZ kW/h per year is based on measurements calculated under standard conditions within 24 hours. Actual power consumption depends on the use of the device and its location.
Motor power:
Energy efficiency scale:
FABER S.p.A. 741 BASE X A60. Maximum extraction power: 295 m³/h, Type of extraction: Ducted/Recirculating, Fluid dynamic efficiency class: E. Type: Semi built-in (pull out), Product colour: Stainless steel, Control type: Slider. Grease filter type: Synthetic. Number of bulbs: 1 bulb(s), Illuminance: 45 lx, Colour temperature: 4000 K. Energy efficiency class: D, Annual energy consumption: 64 kWh, Energy efficiency scale: A+++ to D
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Device manufacturer code
Device manufacturer
Not only energy saving helps to protect the environment but also noise level reduction. Noise level reduction up to 3 dB really means noise level reduction in 2 times. For example, a device with noise level 39 dB (А) will be two times quieter than a devise with a noise level 42 dB (А). Energy-saving certificate that shows noise level plays the role of an additional objective indicator basing on which You can successfully choose a product.
Energy consumption of XYZ kW/h per year is based on measurements calculated under standard conditions within 24 hours. Actual power consumption depends on the use of the device and its location.
Energy efficiency class is a standard classification that is used all over Europe and which is understandable at first sight. Products can be efficiently compared according to classes, starting from A (the most energy efficient class), and ending with G (the most energy-intensive class). The classification of energy efficiency is based on annual energy consumption which is being calculated on the basis of several different parameters.