The TE-5001-1-H is a replacement anodized aluminum shelter front panel designed specifically for TSP (Total Suspended Particulate) high volume air sampling systems that utilize Mass Flow Controllers (MFC). This panel features a precision-cut square hole that accommodates MFC probe insertion while maintaining proper weatherproofing and structural integrity of the sampling shelter.
This front panel serves as a critical component in TE-5170-D TSP MFC sampler systems, which consist of a TE-5001 Anodized Aluminum Shelter, TE-5005 Aluminum Blower Motor Assembly, TE-5004 8"x10" Stainless Steel Filter Holder, and TE-300-312 Mass Flow Controller. The square hole allows the MFC probe to pass through the shelter wall for proper flow monitoring and control while protecting internal components from environmental exposure.
Key Specifications
- Anodized aluminum construction for corrosion resistance
- Precision-cut square hole for MFC probe accommodation
- Compatible with standard TE-5001 shelter assemblies
- Weather-resistant design for outdoor monitoring applications
Compatibility
This shelter front panel is compatible with:
- TE-5170-D TSP Mass Flow Controlled samplers
- TE-5001 complete shelter assemblies
- TE-300-312 Mass Flow Controller systems
- Standard TSP high volume air sampling configurations
For solid front panel applications without MFC requirements, use TE-5001-1. For complete shelter assemblies with MFC capability, consider the TE-5001-H complete shelter system.
Installation Notes
When installing the MFC probe through the shelter front hole, ensure proper probe alignment so air entering the filter holder passes through correctly before tightening connections. The panel integrates with standard TE-5001 shelter mounting hardware and maintains compatibility with existing gabled roof and side panel configurations.
Applications
This component supports ambient air monitoring applications for determining suspended particulate levels relative to air quality standards, particularly in systems requiring precise flow control through Mass Flow Controller technology for EPA-compliant TSP sampling programs.