Linear lights

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The economical equivalent is simply to compare the consumption of a light source with a conventional tungsten filament bulb with the same luminous flux.
Economical equivalent
  • W
    W
Power input is a physical quantity that expresses the amount of energy consumed by an appliance per time unit. The smaller the value, the more economical the product, but also less powerful.
Power input
  • W
    W
Luminous flux. It’s denoted by the letter Φ and the unit is lumen (lm). Indicates the light energy that the source emits in 1 second. Thus, it is a form of power. The higher the value, the more light the light source emits.
Luminous flux
  • lm
    lm
The operating bulb voltage at which the bulb shows the specified luminous flux parameter. Conventional light sources are either designed for 230V mains voltage or are low-voltage (e.g. 12V)
Voltage
Colour temperature, in professional terms the temperature of chromaticity, is the expression of the colour of light emitted by a luminary. It is denoted by the letter K - Kelvin. In general, the lower the Kelvin value, the warmer and darker the light is. E.g. the wax candle light is 1,900 Kelvin. In contrast, a fluorescent lamp can have about 6,000K.
Color temperature
  • K
    K
The service life of modern light sources is many times higher compared with tungsten filament light sources. The value expresses the number of hours that the light source is able to emit without appreciable loss of luminous flux.
Lifetime
  • h
    h
New
Ending item
LED linear luminaire
4 W
4000 K, cold white, 320 lm, lenght 313 mm
New
Ending item
LED linear luminaire
8 W
4000 K, cold white, 640 lm, lenght 573 mm
New
Ending item
LED linear luminaire
10 W
4000 K, cold white, 800 lm, lenght 873 mm
New
Ending item
LED linear luminaire
1 W
3000 K, warm white, 45 lm, lenght 260 mm
New
Ending item
LED linear luminaire
0.3 W
3000 K, warm white, 34 lm, lenght 260 mm