Pressure Transmitter for Liquid Cooling Systems in Data Centres

Pressure transmitters play a critical role in liquid cooling systems used in modern data centres, particularly for large, medium, and small-scale installations. These systems, widely adopted in industries like finance, healthcare, and government, use low-temperature liquid cooling technology to improve the efficiency and reliability of data centre operations. Pressure transmitters monitor the pressure levels within the cooling circuits, ensuring optimal performance of the system and preventing overheating of components.

Key Features & Benefits:

1. Enhanced Cooling Efficiency: In submerged liquid cooling systems, pressure transmitters maintain the ideal pressure for circulating cooling fluids, preventing thermal hotspots and enhancing the uniformity of the internal temperature field.

2. Energy Savings: With fanless designs, liquid cooling systems reduce fan power consumption by up to 30% compared to traditional air-cooled data centres.

3. Reliability: By maintaining steady pressure, these transmitters ensure the cooling system operates smoothly, improving the longevity and reliability of critical data centre components.

4. Versatility: Suitable for low-temperature cooling fluids (15–35°C), pressure transmitters support natural cooling, ensuring energy efficiency and sustainability year-round.

Applications: Pressure transmitters are essential for ensuring precise operation of liquid cooling systems in integrated air-liquid mixed cooling data centres. They are used to monitor and control the pressure in cooling loops, which is essential for cooling high-density servers, storage devices, and other high-performance computing equipment.

PCM303D Pressure transmitters are indispensable in modern liquid cooling systems for data centres, ensuring efficient, reliable, and energy-saving operations. Their role in enhancing cooling performance and supporting fanless designs aligns with the growing need for sustainable, high-performance cooling solutions in industrial applications.