System Overview
Interlingo

The CleanAir™ system is engineered as an integrated solution for environments that demand precise air quality control. Its modular design allows facilities to adapt capacity and performance to their specific requirements, whether in high-volume manufacturing, sterile laboratory environments, or healthcare facilities requiring constant air purity.

Critical Components
Filters and sensors are precision components. Do not attempt to modify, clean, or alter them in ways not described in this manual. Doing so may compromise filtration performance.

Filtration Modules

At the heart of the system are the HEPA (High Efficiency Particulate Air) and ULPA (Ultra-Low Penetration Air) filtration units.

  • HEPA Filters are designed to capture 99.97% of airborne particles as small as 0.3 μm, making them ideal for general industrial applications.

  • ULPA Filters provide an even higher level of protection, capturing at least 99.999% of particles down to 0.12 μm, essential for cleanrooms, pharmaceutical production, and microelectronics.

  • Filters are housed in sealed cartridges to prevent bypass leakage and maintain airflow integrity.

  • Each filter module includes pressure drop sensors, enabling the control panel to issue maintenance alerts when airflow resistance reaches a critical threshold.

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Airflow Management

CleanAir™ systems use low-noise, vibration-isolated fans to maintain consistent airflow across the filters.

  • Fans are mounted on rubberized vibration dampeners that absorb mechanical shocks, reducing structural fatigue.

  • Airflow channels are optimized to minimize turbulence, ensuring laminar airflow where required.

  • Variable-speed operation allows the system to adjust flow rates depending on environmental demands or scheduled cycles.

  • A built-in airflow test function continuously monitors fan efficiency and alerts operators to abnormal operation.

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Control Panel and Smart Monitoring

The digital control panel is the system’s intelligence hub, ensuring that performance is both efficient and predictable.

  • Features a touch interface with clear readouts for airflow, filter status, and error codes.

  • Integrates with smart scheduling software that automatically issues reminders for filter replacement and inspection.

  • Capable of remote monitoring and integration with SCADA or building management systems.

  • Provides firmware update capability to extend features over time.

  • Logs operational history, which can be exported for compliance and auditing purposes.

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Control panel interface

Housing and Mounting Brackets

The system chassis is designed for industrial durability and ease of maintenance.

  • Constructed from powder-coated, corrosion-resistant steel to withstand harsh industrial environments.

  • Compact rack form factor allows easy integration into existing HVAC infrastructures.

  • Quick-release access panels allow technicians to reach filters, fans, and wiring without disassembling the entire unit.

  • Reinforced mounting brackets ensure stability, especially in facilities with vibration or heavy foot traffic.

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System housing detail

Electrical and Sensor Systems

Electrical integrity and continuous sensor feedback are crucial for maintaining both safety and performance.

  • Power input supports standard industrial electrical connections with ground fault protection.

  • Wiring harnesses are color-coded and secured with insulated connectors to minimize human error during servicing.

  • Integrated airflow sensors continuously track resistance across filters and automatically adjust fan speed.

  • Optional humidity and temperature sensors can be added to monitor environmental parameters in real-time.

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Electrical and sensor overview

Modular Expandability

CleanAir™ systems are built to scale with facility growth.

  • Multiple units can be daisy-chained to handle higher air volumes.

  • Modular racks allow technicians to upgrade from HEPA-only to HEPA + ULPA configurations without replacing the entire system.

  • Software is designed to recognize new modules automatically, adjusting scheduling and monitoring accordingly.

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Modular expandability diagram