NOK 0,00
(frakt: 0,00)
Gelid Solutions FN-ZODIAC-01, Vifte, 12 cm, 700 RPM, 1600 RPM, 35 dB, 65,5 cfm
Varenr.: [24899911] | Producent: Gelid Solutions | Model-nr.: FN-ZODIAC-01 | EAN: 4897025783508
Fjernlager
Varen er på fjernlager, leveringstiden er 6-8 hverdager. Mere info
Leveringsalternativer - Velges i kassen
Instabox - Velg din nærmeste pakkeboks
59,00
Bring – Leveres til pakkeboks nær deg
59,00
Bring – Leveres på hentested nær deg
59,00
PorterBuddy - Fleksibel hjemlevering - levert på døren på kvelden
174,00
Bring - Fleksibel hjemlevering - Levering til døren (om kvelden i større byer)
199,00
Vis alle leveringsalternativer (5)
Fraktprisen er basert på levering til dette postnummer:0015 - OSLO Skift postnummer
Oppgi postnummer for levering.
NOK
192,00
eksklusiv MVA 153,60
Totalt inkl. frakt
251,00
Denne funksjonen krever at man er logget inn. Opprett en bruker og liste systemet for å holde styr på fremtidige kjøp eller ønskelister.
Opprett bruker
Login
Opprett bruker
Login
Send på mail
ZODIAC introduces a harmonious combination of top-notch technologies and vivid design. It boasts 12 ARGB LEDs illuminating stylish lighting. It features a Hydro Dynamic Bearing for increased reliability and an optimized impeller for enhanced airflow.
12 Full Color RGB LEDs: circularly mounted high-bright LEDs for a stunningly vivid RGB Lighting experience.
Programmable Digital-RGB Control: limitless color modes and lighting effects via individually addressable RGB LEDs.
Extreme Static Pressure: powerful impeller with the unprecedented static pressure and performance profile.
Noiseless Motor Drive IC: newly designed and enhanced motor driver to eliminate clicking noise.
Hydro Dynamic Bearing: long life Hydro Dynamic bearing guarantee ultra low noise.
Wide Range RPM: extended fan speed in the range 700 – 1600 RPM.
Broad Compatibility: All modern motherboards with RGB Sync controls and 5V Addressable RGB (ARGB) headers are supported.
STANDARD RGB AND INDIVIDUALLY ADDRESSABLE RGB EXPLAINED
In standard RGB applications, this type of fans uses the standard RGB LED header with 4-wiring: 12V, R, G, B. All the LEDs integrated with the fan are then connected onto the same 4 busses, they are all controlled as a whole, so they each will output exactly the same color.
It’s like you set a color for an object in your graphics editor, for example, Red: 25, Green: 50 and Blue: 125, an external RGB controller or motherboard drives the standard RGB LED fan in the same way by altering power on the color busses at a proper duty cycle – the Red, Green and Blue bus, respectively – to output the desired RGB color.
Of course, colors can be managed dynamically, with numerous lighting effects in series. But uniformity of the LEDs – one color for all the LEDs at a time – limits RGB lighting effects to some degree.
12 Full Color RGB LEDs: circularly mounted high-bright LEDs for a stunningly vivid RGB Lighting experience.
Programmable Digital-RGB Control: limitless color modes and lighting effects via individually addressable RGB LEDs.
Extreme Static Pressure: powerful impeller with the unprecedented static pressure and performance profile.
Noiseless Motor Drive IC: newly designed and enhanced motor driver to eliminate clicking noise.
Hydro Dynamic Bearing: long life Hydro Dynamic bearing guarantee ultra low noise.
Wide Range RPM: extended fan speed in the range 700 – 1600 RPM.
Broad Compatibility: All modern motherboards with RGB Sync controls and 5V Addressable RGB (ARGB) headers are supported.
STANDARD RGB AND INDIVIDUALLY ADDRESSABLE RGB EXPLAINED
In standard RGB applications, this type of fans uses the standard RGB LED header with 4-wiring: 12V, R, G, B. All the LEDs integrated with the fan are then connected onto the same 4 busses, they are all controlled as a whole, so they each will output exactly the same color.
It’s like you set a color for an object in your graphics editor, for example, Red: 25, Green: 50 and Blue: 125, an external RGB controller or motherboard drives the standard RGB LED fan in the same way by altering power on the color busses at a proper duty cycle – the Red, Green and Blue bus, respectively – to output the desired RGB color.
Of course, colors can be managed dynamically, with numerous lighting effects in series. But uniformity of the LEDs – one color for all the LEDs at a time – limits RGB lighting effects to some degree.