Nano

Direct Expansion Precision Air Conditioners (08-20 kW)

Main benefits:

• Precise temperature control: the nano units are specifically designed for precision cooling applications, providing accurate temperature control within a tight tolerance range. This level of precision is crucial for maintaining optimal operating conditions for sensitive IT equipment, Such as service, switches, and storage devices. It helps prevent overheating and ensures the reliable performance and longevity of the equipment.
• Energy efficiency: the nano systems are known for their energy efficiency. They employ advanced technologies, such as fixed speed scroll compressors and electronic expansion valves, to match cooling capacity with the actual cooling demand. This ensures that the system operates at the most efficient levels, reducing energy consumption and lowering operational costs.
• Modular scalability: this range of units typically offers modular scalability, allowing for easy expansion or downsizing based on the cooling requirements of the IT environment. This flexibility is advantageous in manufacturing settings where the cooling needs may change over time due to equipment additions, upgrades, or reconfigurations.
• Dual or Single Refrigeration Circuit: The option to choose between dual or single refrigeration circuits provides flexibility and redundancy in the cooling system. Dual refrigeration circuits offer a higher level of reliability by providing a backup in case of failure in one circuit. Single refrigeration circuits are more cost-effective and suitable for applications with less critical cooling requirements.
• Dual cooling option available: The Nano precision air conditioners also feature a dual cooling option, which allows you to switch between air-based and water-based cooling methods. Air-based cooling is commonly used and suitable for most applications. However, in scenarios where water-based cooling is preferred or required, such as in data centers or specific industrial settings, the dual cooling option provides the necessary flexibility.
• Space efficiency: the nano units are compact and designed to fit into tight spaces. They are suitable for installation in server rooms, computer labs or other areas with limited floor space. Their smaller footprint enables efficient utilization of available space, making them ideal for manufacturing facilities where space optimization is essential.
• Easy installation and maintenance: the nano units are straightforward to install, minimizing disruption to ongoing operations. They often come with modular designs and pre-engineered components, simplifying the installation process. Routine maintenance tasks, such as filter replacements and condenser coil cleaning, are usually user friendly and can be performed without specialized tools or extensive training.
• Reliable performance: the nano systems are known for their reliability and robust performance. They are built with high-quality components and undergo rigorous testing to ensure durability and long-term operation. This reliability is critical in a manufacturing environment where IT equipment needs to operate continuously without disruptions or failures.
• Advanced control and monitoring: These features allow for remote monitoring, precise adjustment of cooling parameters, and integration with building management systems. With comprehensive control and monitoring, facility managers can optimize cooling performance, track energy usage, and proactively address any issues or anomalies.