Pacelight RGB Illumination Set

Full Control for Fans and Illumination
With the PACELIGHT P1 RGB LED Controller, RGB LED fans and strips can be illuminated with up to 16.8 million colors. The practical circuit board is coupled to the power supply via a SATA power connection, and to the mainboard via an internal 9 pin USB connector. The installation in the PC case can be done with cable ties or by using the adhesive surface of the protective silicon base. Once installed, up to eight LED components with 12V G-R-B connectors and up to four fans with 3-pin mainboard connectors can be plugged into the circuit board and controlled through the intuitive software. Two specially developed PACELIGHT F1 RGB LED fans and two PACELIGHT S1 RGB LED strips are all supplied with the PACELIGHT P1.

High Performing, Intuitive Software
The PACELIGHT software provides separate color and effect control for each of the up to eight connected LED components. Apart from a choice of three different lighting modes, there are also synchronizable effects with adjustable speeds. In addition, the illumination of the LED components can be set according to various criteria: Individual settings according to the day of the week; linking illumination settings to active programs; and dimming the LEDs according to the time of day. Furthermore, the PACELIGHT P1 provides the possibility of testing connected fans for compatibility, and the speeds of compatible fans can then be regulated. An illumination setting can also be chosen which can be used to signal a fan failure should this occur.

EAN: 4044951020201

General:
RGB Channels: 8
Fan Channels: 4
Input Voltage: 12 V DC
Connector: 15-Pin SATA
USB-Connector: 9-Pin internal
Max. LED Current: 50 mA (per color)
Max. Fan Current: 0,5 A (per Connector)
Fan Output Voltage: 12 V
Max. Fan Starting Current: 2 A
Microcontroller: 4x 8bit MCU
Fan Controller Type: PWM
LED Controller Type: PWM
Supported Operating Systems: Windows 7/8/10
Fixation: Self-Adhesive / Cable Tie
Weight: 44 g
Cable Length: 60 cm
Dimensions (L x W x H): 110 x 66 x 11 mm

General:
Fan Speed: 1400 rpm ± 10 %
Bearing Type: Fluid Dynamic Bearing
Max. Airflow: 93.22 m³/h
Max. Air Pressure: 1.13mm H²0
Noise Level: 23 db (A)
MTBF: Min. 50,000 Hours
Illumination: 6x RGB LED
Weight incl. Fixed Cable: 125 g
Dimensions (L x W x H): 120 x 120 x 26 mm
Cable and Connectors:
Connector Fan: 3-Pin Connector
Connector LED: 4-Pin Connector (2.54 mm)
Pinout: 12 V – G-R-B
Cable Length LED: 50 + 5 cm
Cable Length Fan: 45 cm

Electrical Specifications:
Rated Voltage: 12 V
Rated Current: 0.15 A
Rated Current Fan: 0.08 A
Rated Current LED Fan: 1.8 W
Rated Power LED Fan: 1 W
Start Voltage: 5 V

General:
LED Type: 5050 RGB
Length: 360 mm
Width: 10 mm
No. of LEDs: 18
Connector: 4-pin (2.54 mm)
Pinout: 12 V – G-R-B
Cable Length: 60 cm
Fixation: Magnetic / Self-adhesive
Rated Voltage: 12 V DC
Rated Current: 280 mA
Weight: 30 g
Dimensions (L x W x H): 360 x 10 x 3 mm

Datasheets
Software
Certifications
Do you have questions about our products or need help? Our experts will be happy to assist you.

> This link will take you to our support form.
Support Form
Note: Relevant product information such as user manuals, data sheets and drivers can be found under the category "Downloads".
The serial number is located directly on the product and is usually a 17-digit number. Please do not confuse it with the EAN code.

Hardware which was directly used with this product that could possibly have something to do with the failure.

Software which was used by or with this product that could possibly have something to do with the failure.

Please enter the fault description as detailed as necessary and also as brief as possible.

Upload here any photos or screenshots which could be beneficial in understanding and detailing the fault. (Allowed file formats: .jpg, .jpeg, .png, .bmp, .pdf, .doc, .docx)
Send a copy to my e-mail address
* I have read the SHARKOON GmbH Internet Terms and Conditions understand and give consent that my personal data will be saved in accordance with the privacy policy.

Please trace the figure below



* required fields