HVAC Systems Application
The HVAC Systems Application is a versatile and highly efficient solution designed to enhance the performance of electric heaters in various HVAC configurations, including VAV (Variable Air Volume), Fan Powered Series/Parallel, and Dual Duct boxes. Typically mounted on the discharge outlet of these units, this application ensures that auxiliary heat is delivered effectively when additional heating is required to meet the thermal demands of a space.
One of the critical aspects of this application is its ability to manage the heating cycle by ensuring that the primary air flow meets the preset minimum levels before supplying auxiliary heat. This mechanism helps maintain the air volume at a consistent minimum setting during heating, which is crucial for effective heat transfer and avoiding issues such as nuisance cycling of the thermal cut-out. By ensuring that the selected minimum air flow is adequate, the system can consistently meet space heating demands without overworking the heating elements.
What sets this HVAC Systems Application apart is its integration with Neptronic heaters, which are known for their precise SCR (Silicon Controlled Rectifier) control. This technology not only enhances the efficiency of the heating process but also introduces advanced safety features. The application includes unique electronic airflow sensors that provide real-time monitoring and adjustment of the heating output. These sensors constantly measure air velocity and adapt the heating levels accordingly, ensuring that even at low airflows, the system operates safely and efficiently.
Overall, this HVAC Systems Application offers a reliable, high-performance solution that is well-suited for a range of heating scenarios in commercial and residential buildings. It provides the necessary flexibility and control to manage varying heating requirements, ensuring spaces are heated effectively while maintaining energy efficiency and safety.
Enhance your HVAC setup with a reliable system that delivers efficient heating, precise airflow control, and advanced safety features.
