Dynatron's L25-1 All-in-one Enclosed 1U AM4 AM5 LGA1700 Server Liquid Cooler up to 250W

Dynatron L25-1 — Compact Liquid Cooler for Servers

Efficient cooling is key to the reliable operation of powerful servers, especially in compact environments such as 1U racks. The Dynatron L25-1 is designed for maximum heat dissipation of up to 250 W, which allows stable operation even when the processor is overclocked. With support for a wide range of sockets, including AMD AM4 and AM5 and Intel LGA1700, this cooler is an ideal choice for modern servers with high compatibility requirements. Five powerful fans with speeds of up to 12,000 rpm ensure optimal airflow, even in extreme conditions.

Powerful Cooling for High Loads

The Dynatron L25-1 is equipped with five 40 x 40 x 28 mm fans that provide variable speed from 3,300 rpm at low load to 12,000 rpm at maximum power. This allows for efficient heat dissipation at different load levels. The cooler is also equipped with double ball bearings, which extend the lifespan and ensure reliability even during long-term operation.

Compatibility and Easy Installation

This cooler supports a wide range of processor sockets, including Intel LGA115x, LGA1700, LGA2011/2066 Square ILM and AMD AM2, AM3, AM4, AM5, FM1 and FM2, making it easy to integrate into various server configurations. It is ideal for installation in 1U rack servers where compactness and efficient cooling are key.

Technical data

• Fan supply voltage: 12 V
• Power consumption:
• At 0-20% load: 0.72 W
• At 50% load: 1.56 W
• At 100% load: 8.40 W
• Noise level:
• At 0-20% load: 25.93 dBA
• At 50% load: 37.80 dBA
• At 100% load: 53.96 dBA
• Air flow:
• At 0-20% load: 5.920 CFM
• At 50% load: 10.225 CFM
• At 100% load: 21.526 CFM
• Static pressure:
• At 0-20% load: 1,733 mm-H2O
• At 50% load: 5,170 mm-H2O
• At 100% load: 22,912 mm-H2O
• Cable pinout:
• Pin 1: (-)
• Pin 2: (+)
• Pin 3: Tachometer (signal output)
• Pin 4: PWM

The Dynatron L25-1 offers a robust cooling solution for high-performance servers that meets the most demanding requirements for reliability and efficiency.