This detailed product description presents the M5 class exhaust filter pad frame designed for Wieländer+Schill WS Arena professional work booths, essential for maintaining a clean and safe working environment. The frame's excellent quality construction guarantees the precise and stable mounting of M5 pre-filter mats, ensuring efficient air filtration in paint and finishing booths.
This frame is specifically designed to accommodate M5 (according to EN 779 standard) exhaust filter pads, which are responsible for capturing coarser contaminants such as dust and larger particles in the airflow. As part of the WS Arena systems, this component is crucial for protecting finer filter layers and optimizing the overall system performance. The stable construction minimizes filter pad displacement, thus ensuring continuous and even airflow over the work area.
The frame's dimensions (610 x 610 x 20 mm) are standard, allowing for easy integration into existing filtration systems and enabling simple replacement during maintenance cycles.
Precise Fit: Sizing optimized specifically for M5 pre-filter mats, ensuring a leak-free installation.
Robust Construction: Durable material use that withstands the mechanical stress and continuous use typical of a workshop environment.
Easy Maintenance: The frame design facilitates quick and hygienic replacement of filter pads, minimizing downtime.
Compatibility: Fully integrable into Wieländer+Schill WS Arena Professional Work Booth Systems.
Effective Pre-filtration: By protecting the M5 filter layer, it contributes to maintaining air quality and increasing the lifespan of more expensive, finer filters.
The table below summarizes the critical technical parameters of the product:
| Property | Value | Note |
|---|---|---|
| Part number | 881878 | The unique identifier of the product. |
| Product Family | WS Arena – Professional Work Booth Systems | Category of compatible systems. |
| Application | Pre-filter Frame | For mounting pre-filter filter pads. |
| Filter class | M5 (EN 779) | Compliant with the M5 filtration standard. |
| Length | 606 mm | The external length of the frame. |
| Width | 606 mm | The external width of the frame. |
| Height/Depth | 20 mm | The depth of the frame profile that accommodates the filter pad. |
| Dimensions (L x W x H) | 60.6 x 60.6 x 20 mm | The specified dimensions in millimeters (the raw data indicates 60.6 mm, which may be a more precise specification of the nominal 610 mm size). |
The Wieländer+Schill WS Arena systems offer professional solutions for the air handling requirements of modern car repair shops and paint booths. The multi-stage filtration process is essential for achieving excellent paint quality, where even the smallest dust particles can ruin the work.
This M5 pre-filter frame forms the first line of defense. M5 filters generally offer an efficiency between 60-85% in removing particles larger than 10 micrometers. The stable support of the frame ensures that air cannot bypass the filter, so airflow always occurs across the filter medium, thus maximizing filtration efficiency and protecting more expensive, finer filters (e.g., F7 or F9 class ones) from rapid wear.
The size of 610 x 610 mm is typical for large ventilation and extraction panels, ensuring a large airflow surface area, which results in low pressure drop in the system. The depth of 20 mm represents a standard profile for most industrial filter frames.
Wieländer+Schill is committed to the highest quality standards. The product is manufactured according to the company's strict quality management system, which includes ISO 9001 certification. This certification guarantees that manufacturing processes consistently meet international quality requirements. Furthermore, the existence of ISO 14001 certification also indicates that the manufacturer pays attention to environmental aspects throughout the product's lifecycle.
This frame is therefore not just a simple component, but a carefully designed component that contributes to the reliability and efficiency of the entire filtration system, even in the most demanding industrial environments.
