1/12
Xilence Lüfter 120*120 Performance A+ AR Graphics card cooler + fan Black (W x H x D) 360 x 25 x 125 mm
EAN:
Part number:
Item no:
Highlights & Details
Xilence Lüfter 120*120 Performance A+ AR Graphics card cooler + fan
- Computer housing fan 12 cm
- 27 dB 64 CFM 2.2 mmH2O Hydraulic
- Support for pulse width modulation
- 120 x 120 x 25mm
- Black
- 3 pieces(s)
Technical specifications
- Fan diameter 12 cm
- Type of bearing: Hydraulic
- 4-pin fan connector
- Product type
Graphics card cooler + fan
- Noise emission (max.)
27 dB
- Noise emission
20.1 dB - 30 dB
- Rotational speed (min.)
1100 U/min
- Rotational speed (max.)
2000 U/min
- Factory colour
Black
- Weight
498 g
- Width
360 mm
- Height
25 mm
- Depth
125 mm
- Dim
(W x H x D) 360 x 25 x 125 mm
- Content
1 pc(s)
- Cable length
0.6 m
- Type
Fan
- UKCA
yes
- Number of screws
12
- Screws included
yes
- Fan voltage
12 V
- Illumination LED
yes
- Fan dimensions (W x D x H)
120 x 120 x 25 mm
- Quantity per pack
3 Stück(e)
- Pulse-width modulation (PWM) support
yes
- LED voltage
5 V
- Package weight
640 g
- Maximum airflow
64 cfm
- Maximum air pressure
2.2 mmwc
Documents & Downloads
User & Safety Instructions
User & Safety Instructions 3730225 Xilence Lüfter 120*120 Performance A+ AR Graphics card cooler + fan Black (W x H x D) 360 x 25 x 125 mm
Description
The XPF360.ARGB is a 3-pack of 120 mm PWM ARGB fans.
The advanced daisy-chain design allows seamless fan-to-fan connection via a plug-in mechanism with pin-to-pin locking, WAS simplifies installation considerably, and cable management is optimized for a specially cleaned LED system.
The seamless infinity mirror design creates lively, intensive and multi-layered light effects with flawless mirror reflections and thus provides an impressive visual experience. At the same time, the hydraulic bearing technology ensures a long service life thanks to minimal friction and vibration as well as almost silent operation, even under permanent load.
Daisy chain design
Perfectly fulfills the requirements of gamers! The Daisy chain connection reduces cable clutter for a cleaner finish.
Seamless infinity mirror
Generates lively, intensive and multi-layered light effects.
Durable & quiet
Hydro bearings reduce friction and suppress noise for long-lasting, low-noise operation.
High air flow
Precisely shaped and inclined fan blades maximize the air flow for efficient heat dissipation.
ARGB synchronization
Supports 5V 3-pin ARGB-connections of common mainboard brands for a system-wide light synchronization.
PWM temperature control
Supports 4-pin PWM mainboard headers for an intelligent, automatic fan speed control.
This text is machine translated.
The advanced daisy-chain design allows seamless fan-to-fan connection via a plug-in mechanism with pin-to-pin locking, WAS simplifies installation considerably, and cable management is optimized for a specially cleaned LED system.
The seamless infinity mirror design creates lively, intensive and multi-layered light effects with flawless mirror reflections and thus provides an impressive visual experience. At the same time, the hydraulic bearing technology ensures a long service life thanks to minimal friction and vibration as well as almost silent operation, even under permanent load.
Daisy chain design
Perfectly fulfills the requirements of gamers! The Daisy chain connection reduces cable clutter for a cleaner finish.
Seamless infinity mirror
Generates lively, intensive and multi-layered light effects.
Durable & quiet
Hydro bearings reduce friction and suppress noise for long-lasting, low-noise operation.
High air flow
Precisely shaped and inclined fan blades maximize the air flow for efficient heat dissipation.
ARGB synchronization
Supports 5V 3-pin ARGB-connections of common mainboard brands for a system-wide light synchronization.
PWM temperature control
Supports 4-pin PWM mainboard headers for an intelligent, automatic fan speed control.
This text is machine translated.
Features
- Daisy chain design
- Seamless infinity mirror
- Durable & quiet
- High air flow
- ARGB synchronization
- PWM temperature control