Description

The Multi-DENCO Close Control Air Conditioning Unit is a high-performance precision cooling system designed to maintain constant temperature, humidity, and air quality in mission-critical environments. Built with advanced German engineering, this system ensures exceptional accuracy, energy efficiency, and reliability, making it ideal for data centers, server rooms, laboratories, telecommunication facilities, and cleanrooms.

Unlike conventional comfort cooling systems, the Multi-DENCO unit provides tight environmental control, maintaining precise conditions even under fluctuating heat loads. It uses state-of-the-art EC fans, inverter-driven compressors, and intelligent microprocessor controls to deliver maximum efficiency and minimal energy consumption.

The system is available in upflow and downflow configurations and supports multiple cooling methods including DX (Direct Expansion), chilled water, and dual-cool options, offering flexible installation and performance to meet diverse operational needs.

The Multi-DENCO Close Control Unit integrates seamlessly with building management systems (BMS) and offers remote monitoring and alarm functions for uninterrupted climate control. With its modular design, low noise operation, and sustainable refrigerant options, it is an industry-leading solution for maintaining optimal indoor air conditions and equipment protection.

Key Features:

• Precise temperature and humidity control (±0.5°C and ±3% RH)

• Energy-efficient operation with EC fans and inverter compressors

• Multiple cooling options: DX, chilled water, and dual-cool

• Intelligent microprocessor control with BMS integration

• Remote monitoring, alarm notifications, and data logging

• Compact, modular design for flexible installation

Applications:
Ideal for data centers, telecommunications hubs, laboratories, hospitals, and cleanrooms, the Multi-DENCO Close Control Air Conditioning Unit ensures reliable 24/7 environmental stability, protecting sensitive equipment and ensuring optimal operational performance.