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Thumbnail Filmstrip of Shelter Base Pan for PM10 High Volume Inlet - Aluminum Pan Only Images
The TE-6001-35 is a replacement aluminum base pan designed specifically for High Volume PM10 Inlet shelter assemblies. This precision-manufactured aluminum component forms the foundation of the inlet shelter system that houses the PM10 size selective inlet on high volume ambient air samplers.
Technical Function
The shelter base pan serves as the structural foundation for the PM10 inlet shelter, providing a secure mounting platform for the size selective inlet to separate out the particulate matter that is larger than 10µm during ambient air monitoring operations. The aluminum construction ensures dimensional stability and corrosion resistance in outdoor monitoring environments.
Compatibility
This base pan is designed for use with Tisch Environmental's PM10 high volume air sampling systems, including:
- TE-6001 PM10 Size Selective Inlet assemblies
- High volume PM10 samplers operating at flow rates between 36-60 ft³/min
- EPA-compliant PM10 monitoring systems designed to 40 CFR appendix J to part 50 guidelines
Related Components
When replacing the shelter base pan, consider these compatible components available separately:
- TE-6001-36: Shelter Base Pan Gasket (16" x 16")
- TE-6001-30: PM10 Inlet Base Pan Hinge Bracket
- TE-6001-37: Shelter Base Pan Catch with Bolt
- TE-6001-41: Shelter Base Pan Strut Holder Spacer
Installation Notes
The TE-6001-35 is sold as the aluminum pan only and does not include gaskets, hardware, or mounting brackets. Ensure proper gasket sealing when installing to maintain the integrity of the anodized aluminum shelter designed to allow particulate matter to be drawn onto the filter from all directions. Verify compatibility with your specific PM10 inlet configuration before ordering.
Applications
Essential for maintaining EPA-compliant ambient air quality monitoring installations where PM10 high volume air sampler is a federal reference method (FRM) instrument designed to collect ambient particulate matter with an aerodynamic diameter of 10µm or less. Used in environmental monitoring, regulatory compliance, and ambient air quality assessment programs.