When selecting a Fan Filter Unit (FFU) for industrial or commercial applications, it is crucial to consider both performance and durability. This particular FFU offers a balanced combination of airflow efficiency and robust protection, making it suitable for various environments.
The unit features dual airflow capacities of 57 cu-m/h and 61 cu-m/h, catering to different ventilation needs. It operates efficiently within these parameters while maintaining a modest power consumption of either 15 W or 16 W. The rated voltage stands at 24 VDC, ensuring compatibility with typical systems that use this voltage standard. With operational currents of 0.81 A and 0.85 A, this FFU promises reliable performance without excessive energy demands.
Constructed from synthetic fiber material, the unit is designed to withstand challenging conditions while retaining its functionality over time. Its compact dimensions—150 mm in width and height—make it versatile enough for installation in spaces where size constraints may be an issue.
In terms of protection, the FFU boasts an IP54 rating, indicating strong resistance against dust ingress and water splashes from any direction—a vital feature for maintaining operational integrity in less-than-ideal environments.
The noise levels are maintained at comfortable thresholds of 46 dBA and 49 dBA, allowing the unit to operate quietly without causing disruptions in workspaces where noise control is essential.
This FFU can function optimally across a wide range of temperatures—from as low as -10°C up to as high as 50°C—making it adaptable to varying climatic conditions found across Australia’s diverse landscapes.
For assurance in quality and safety standards compliance, the product carries CE and UKCA approvals, reflecting adherence to European health, safety, and environmental protection standards.
Aesthetically neutral with its grey RAL 7032 color scheme, this fan filter unit integrates seamlessly into different settings without drawing unnecessary attention away from other critical components or design elements within your facility.