Product Description
With our long time experience, we have emerged as an unmatched manufacturer, exporter and supplier a premium range of Fume Extraction System. The offered systems are widely applied in industries that are engrossed in paint spraying, soldering and welding to prevent the release of harmful vapours in the open environment. These systems are manufactured using quality approved components and pioneering technologies in the observation of adept professionals. Moreover, the provided Fume Extraction Systems can be availed from us at nominal prices.
Features of Fume Extraction Systems:
- Rust proof
- Longer service life
- Flawless performance
- Study construction
Optimized Indoor Air QualityOur fume extraction system incorporates a sophisticated wet scrubber and particulate sensors to ensure effective removal of airborne contaminants. With a capacity of 2000 m/hr and vertical design, it seamlessly integrates with various industrial processes, providing adjustable air flow for tailored applications.
Enhancing Safety & ComplianceBuilt with 3mm thick, powder-coated mild steel panels, this system is compliant with both CE and IS standards. Integrated electrical safety features such as overload and short circuit protection ensure secure, reliable operation. Floor-mounted with castor wheels, installation is straightforward and adaptable to different facility layouts.
Effortless Maintenance & OperationEngineered for user convenience, the filter replacement process requires minimal downtime, and the system is equipped with analog displays for real-time monitoring. Semi-automatic operation and PLC/manual control options allow for efficient performance management in demanding industrial environments.
FAQs of Fume Extraction Systems:
Q: How does the fume extraction system maintain air quality in industrial environments?
A: The system employs a multi-stage filtration process, including pre-filters, HEPA, and activated carbon filters, combined with a wet scrubber and particulate sensors. This setup effectively removes 98% of airborne contaminants, ensuring safer air quality for chemical, pharmaceutical, laboratory, and other industrial applications.
Q: What advantages does the centrifugal blower offer in this extraction system?
A: The centrifugal blower delivers robust and consistent airflow, maintaining a capacity of 2000 m/hr. It ensures efficient fume capture across flexible or rigid duct configurations while maintaining noise levels below 75 dB for a quieter work environment.
Q: When should the filters in the extraction system be replaced?
A: Filter replacement frequency depends on application and fume load, but the systems accessible, easy-to-change filter design allows for swift maintenance. Regular checks, guided by the analog air quality display, are recommended to prevent clogging and maintain optimal performance.
Q: Where can this fume extraction system be installed?
A: Designed for flexible deployment, the extraction unit can be installed in any industrial, laboratory, chemical, or pharmaceutical facility. Its floor-mounted build with optional castor wheels allows for stable positioning and easy relocation as needed.
Q: What is the process for adjusting airflow and system controls?
A: The system features adjustable airflow, managed through analog controls and a semi-automatic PLC or manual control system. This enables users to fine-tune the exhaust flow depending on operational requirements and the specific contaminants present.
Q: How does the system benefit users in terms of safety and compliance?
A: The extraction system meets CE and IS standards and is equipped with built-in overload and short circuit protection, safeguarding both users and the work environment. These features, along with reliable filter technology, support compliance and promote a safer workspace.
Q: What materials and construction ensure the durability of the extraction unit?
A: Constructed with 3 mm thick, powder-coated mild steel, the unit resists corrosion and physical wear. Its air-cooled design facilitates continuous operation from ambient to 60C, making it suitable for extended, demanding use in industrial settings.