SLC LED Strip FS 9.6W/m 700lm 3000K Ra 97 24V IP54 5m
Full spectrum color rendering, designed for accurate color rendering; CRI 97. 120 LEDs per meter make it easy to create an even line of light in most installations. With double-sided 3M 300LSE tape, the strip is versatile and easy to install. Should be laid in profile for cooling to ensure longevity.
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SKU: S11204
Stock:
| Light technic | |
|---|---|
| Beam angle | 120 °, 120 |
| Expected lifetime | 60 000 |
| Number of LED`s per meter | 120 |
| Light reduction | L80B10 |
| Lumens pr. meter | 700 lm |
| MacAdam (SDCM) | 3 |
| Colour rendering index CRI | 90-100 |
| Lamp type | LED not exchangeable |
| Lamp power per meter | 9.6 W/m |
| Number of nodes per meter | 120 LED`s |
| Colour temperature | 3000.0 - 3000.0 K |
| Colour of light | White |
| Luminous flux per meter | 700 lm/m |
| Rated life time L70/B50 at 25 °C | 60000 Hours |
| Luminaire efficacy | 72.9 lm/W |
| Technical data | |
|---|---|
| CE | Yes |
| Dimmable | Yes, with PWM or AM |
| IP class | IP54 |
| LED-Strip length | 5 m |
| Max length per connection: | 5 meter m |
| Operating temperature | -20°C ~ +45°C °C |
| Rated power per meter | 9.6 W/m |
| Protection class | III |
| Type of control gear | LED operating device voltage-controlled |
| Suitable for dimmer | Yes |
| Degree of protection (IP) | IP54 |
| Lamp voltage | 24.0 - 24.0 V |
| Max. system power | 48 W |
| Power factor | 0.95 |
| Technology | Constant voltage (CV) |
| Dimming interface | 24V |
| Input | |
|---|---|
| Electrical connection (Input) | 2 meter wire in each end |
| Voltage type | DC |
| Installation | |
|---|---|
| Length of particular segments | 50 mm |
| Height/depth | 2.5 mm |
| Height | 2.5 mm |
| Length | 5000 mm |
| Width | 10 mm, 10 mm |
| Mounting method | Surface mounting/recessed mounting |
| Model | Strip |
| Conductor cross section | 0.35 mm2 |
| Self-adhesive | Yes |
| Number of poles | 2 |
| Type of wiring | Ending |
| logistics data | |
|---|---|
| Imported by | The Light Group |
| Brand | SLC |
| F-Pak | |
|---|---|
| F-pack width | 260 mm |
| F-pack height | 18 mm |
| F-pack weight | 330 g |
| F-pack length | 270 mm |
| D-Pak | |
|---|---|
| D-pack quantity | 40 pcs |
| D-pack width | 290 mm |
| D-pack length | 550 mm |
| D-pack weight | 14400 g |
| D-pack height/diameter | 450 mm |
| M-Pak | |
|---|---|
| M-pack length | 260 mm |
| Number | 10 |
| M-pack weight | 3600 g |
| M-pack height | 250 mm |
| M-pack width | 220 mm |
| General data | |
|---|---|
| Rated power | 48 W |
The technology behind our Full Spectrum LED strips:
Natural daylight (the sun) defines the ability to reproduce the colours of our surroundings.
On a scale from 0-100 (CRI - Colour Rendering Index) natural daylight has a colour rendering of CRI 100.
With our Full Spectrum LED strips, we want to achieve the same effect.
In addition to the focus on energy efficiency and quick installation, our Full Spectrum LED strips also give you as a customer the opportunity to take advantage the colours you have in the current installation to a much greater extent.
Our Full Spectrum LED Strips have a high degree of colour rendering (Ra): We focus on maintaining a high average based on test colours Ra (avg. R1-R8) = 97. At the same time (Re) Ra = R1-R15 = 95 (Rf = 95 Rg = 100). This is done to make the illuminated elements to a much greater extent shall appear as they also appear in natural sunlight within most of
color spectrum.
Natural daylight (the sun) defines the ability to reproduce the colours of our surroundings.
On a scale from 0-100 (CRI - Colour Rendering Index) natural daylight has a colour rendering of CRI 100.
With our Full Spectrum LED strips, we want to achieve the same effect.
In addition to the focus on energy efficiency and quick installation, our Full Spectrum LED strips also give you as a customer the opportunity to take advantage the colours you have in the current installation to a much greater extent.
Our Full Spectrum LED Strips have a high degree of colour rendering (Ra): We focus on maintaining a high average based on test colours Ra (avg. R1-R8) = 97. At the same time (Re) Ra = R1-R15 = 95 (Rf = 95 Rg = 100). This is done to make the illuminated elements to a much greater extent shall appear as they also appear in natural sunlight within most of
color spectrum.
