Bykski Distro Plate For Lian Li O11 Dynamic EVO – PMMA w/ 5v Addressable RGB(RBW) (RGV-LAN-O11-EVO-P)

Description

The Bykski Distro or Distribution Plates provide a distinct and innovative way to enhance your loop’s appearance. These plates are customized to fit your specific case, creating a sleek and parallel look. Moreover, they can come equipped with an OPTIONAL inline pump, allowing you to power your entire loop from the centerpiece.

The Distro Plate is built using PMMA material, featuring G 1/4 threads, and is designed to be compatible with the Lian Li O11 Dynamic EVO case. It works well with Aluminum and Non-Aluminum loops and is engineered to support radiators up to 30mm thick or less.

In addition to the Distro Plate itself, the package includes mounting hardware, an A-RGB (RBW) LED strip, and the option of including a DDC pump with armor, a DDC pump with LCD, or no pump at all. Bykski Distro Plates are an excellent option for those looking for a clean, visually appealing water-cooling solution that provides high-quality performance.

Specifications – Distro Plate

• Material: PMMA
• Thread: G 1/4

Compatibility

• Compatible with Lian Li O11 Dynamic EVO case
• Loop: Aluminum or Non-Aluminum
• Radiator: Designed for 30mm thick or less

Included Parts

• 1x Distro plate
• Mounting Hardware
• A-RGB (RBW) LED Strip
• Optional DDC pump with armor, DDC pump with LCD, or No Pump Included

Specifications – Optional DDC

• Heatsink Material: Aluminum
• Power: Standard 4-pin power connector and a PWM 4-Pin header
• Voltage Range: 10V – 15V DC
• MTBF (Mean Time Between Failure): 50,000 hours equivalent to 5 years of lifetime
• Maximum discharge:~ 132 GPH (600 LPH)
• Max RPM:5000
• Dimensions:62 x 62 x 58mm
• The performance will vary based on the cooling loop dynamic

Warnings
This block is designed specifically for this case. Depending on the motherboard, blocks, fittings used, and layout, the connecting tubing may not appear as pictured (perfectly horizontal). Not responsible for any hardware damage. Use at your own risk.