PM10 Inlet Strut SKU: TE-6001-10

The TE-6001-10 PM10 Inlet Strut is a critical structural support component designed to secure and stabilize the PM10 size selective inlet that separates out particulate matter larger than 10µm, ensuring that only concentrations of PM10 are deposited onto the filter. This precision-engineered strut maintains proper inlet positioning and structural integrity during 24-hour sampling periods with flow rates between 36-60 ft³/min.

The strut assembly provides essential mechanical support for the PM10 inlet system, ensuring consistent aerodynamic performance throughout the sampling cycle. The PM10 inlet replaces the traditional gable roof of the TSP sampler with an impactor design size-selective inlet, and proper strut installation is critical for maintaining the inlet's wind-direction insensitive operation and optimal particle separation efficiency.

Compatibility

The TE-6001-10 strut is specifically designed for use with Tisch Environmental PM10 size selective inlets on high volume air sampling systems. This component is essential for PM10 high volume air samplers designed according to guidelines outlined in 40 CFR appendix J to part 50 and designated as federal reference method samplers. Compatible with all Tisch Environmental PM10 high volume air sampler configurations, including MFC, VFC, and PLUS technology systems.

Installation Notes

Proper strut installation is critical for maintaining PM10 inlet stability and sampling accuracy. The strut must be securely fastened to prevent vibration or movement that could affect the buffer chamber evacuation rate of 68 m³/h (40 cfm) through multiple circular nozzles and particle acceleration through the impaction chamber. Regular inspection of strut mounting points is recommended during routine maintenance intervals.

Applications

Essential component for EPA-compliant PM10 ambient air quality monitoring in accordance with 40 CFR Part 50, Appendix J federal reference method requirements. Used in environmental monitoring networks, industrial hygiene assessments, and research applications requiring precise PM10 particulate collection and measurement.