In critical environments, ventilation systems must be monitored around the clock to ensure optimal indoor air management. Continuous monitoring helps prevent and detect any breakdowns or malfunctions within the air conditioning system. Measurement instruments also enable real-time regulation of the entire air conditioning system, room by room.

This application requires multifunction transmitters or transmitters specifically designed for individual parameters. The regulation process is integrated into the Building Management System (BMS), often supported by SCADA (Supervisory Control and Data Acquisition) systems. These systems not only optimize the building's energy use but also analyze data collected from our measurement instruments.

Our transmitters are designed with open standards, offering both analogue and digital outputs to ensure compatibility with any BMS topology, structure, or configuration. The goal is to continuously regulate air quality parameters, achieving flawless indoor air quality management and supporting preventive maintenance of the ventilation system.

With growing awareness of indoor air quality, the HVACR industry has increasingly focused on how ventilation system design, control, and maintenance affect health, well-being, and energy efficiency. Adhering to regulations like ANSI/ASHRAE Standard 62.1 ensures the creation of optimal indoor air conditions. This standard provides the tools to design and manage HVAC systems in non-residential buildings, ensuring the highest air quality. Continuous monitoring of key air parameters through reliable measurement instruments is essential for meeting these guidelines. Our products are designed to support you in achieving these standards.