Dry Fogger System About
This ergonomically designed Dry Fogger System is used to create water droplets having maximum 150 microns size. Designed by skilled technocrats, this fogger is user friendly. It is used to control dust produced during operation of conveying equipments, loading and unloading job and also during crushing work. This Dry Fogger System has standard grade components that have been sourced from reliable vendors. Its quality has been checked as per global norms. This system has long working life and its maintenance cost is low.
Highly Efficient Fog Generation TechnologyBy employing advanced ultrasonic or pressure-based nozzles, this system produces fog particles under 10 microns in size, ensuring over 95% atomization efficiency. This fine mist maximizes dust suppression and enhances air cooling or humidification in large spaces like factories or warehouses, while minimizing water usage. The modular design allows for capacity adjustments according to site requirements.
Robust, Flexible, and Safe OperationFabricated using corrosion-resistant steel, the Dry Fogger System withstands harsh industrial environments. It comes equipped with safety features such as overload protection and optional water shortage alarms. The system is designed for easy wall, ceiling, or duct mounting, with pipe connection via 1/2 inch BSP/NPT, and includes customizable dimensions to fit diverse installations.
Convenient Installation and User-Friendly ControlEnjoy hassle-free installation with the possibility to mount the system on walls, ceilings, or directly into ducts. An integrated water filter (optional) ensures clean operation, and a control panel is available for automatic models, supporting semi-automatic or fully automatic operation. Routine maintenance is easy, ensuring long-term, efficient performance with minimal effort.
FAQ's of Dry Fogger System:
Q: How is the Dry Fogger System installed in an industrial environment?
A: The system can be mounted on walls, ceilings, or within air ducts, depending on your site's layout. Pipe connection is simple using standard 1/2 inch BSP/NPT fittings. Dimensions and orientation are customizable, making it suitable for a variety of industrial and commercial settings.
Q: What is the typical water and power consumption for the Dry Fogger System?
A: Each nozzle consumes 0.5-2 L/hr of water at a pressure of 2-4 bar. The system operates on 220-240V, 50/60Hz electricity, making it energy efficient while maintaining high fog output (6-20 L/hr, depending on nozzle setup).
Q: When should an integrated water filter or sensors be used?
A: An integrated water filter is recommended if your water supply contains impurities, as it prolongs nozzle life and reduces maintenance. Optional humidity and temperature sensors can be added for automated systems to optimize performance for varying climate or process requirements.
Q: Where is this fogging system most beneficially applied?
A: The Dry Fogger System excels in industrial sites for dust suppression, air cooling, and humidification. It is widely used in manufacturing, warehouses, and any environment where air quality and precise humidity control are essential.
Q: What is the maintenance process, and how frequently should it be done?
A: The system is designed for low maintenance; regularly check and clean the nozzles and filters (if installed) for consistent performance. The robust, corrosion-resistant construction supports easy cleaning and reliable long-term operation.
Q: How does the Dry Fogger System enhance site safety and efficiency?
A: With built-in overload protection and an optional water shortage alarm, the system minimizes operational risks. Its high atomization efficiency ensures effective dust control and humidity management, contributing to safer and healthier working conditions.
Q: What are the primary benefits of using this fogger system for air cooling or dust suppression?
A: Benefits include highly efficient fog generation with minimal water use, customizable installation, continuous automatic or semi-automatic operation, quiet performance (<70 dB), and a durable, corrosion-resistant design suited for harsh industrial environments.