Air Intake & Airflow Protection
Coordinated protection across engine air intake, air-cleaner housings, cabin-air filtration and applicable compressed-air drying. These are distinct airflow functions inside one protection system.
FAILURE MECHANISM
Loss of the protected airflow boundary can occur through media overload, damaged housing or seals, incorrect element seating, cabin/HVAC loading, or inadequate compressed-air moisture control. The resulting risk depends on the affected airflow path: engine contamination, reduced HVAC performance, operator exposure, or moisture-related pneumatic-system faults.
Product/housing specific
Engine-air validation
Application and media specific
Cabin-air validation
Continuous protected-air boundary
Housing integrity
Application and dryer specific
Compressed-air drying
01 /
Contamination Target
Airborne particulate at engine and cabin boundaries, unfiltered-air bypass at housing and sealing interfaces, and moisture in applicable compressed-air drying functions.
TARGET CLEANLINESS
Application-specific. Engine intake performance is validated at the product and housing level under applicable air-cleaner test methods; cabin and compressed-air functions use their own applicable requirements and must not inherit one universal system target.
02 /
One Airflow Protection System, Multiple Functions
Air Intake & Airflow Protection coordinates engine intake filtration, air-cleaner housings and sealing, cabin-air filtration, and applicable compressed-air drying as distinct functions inside one protection system. MACROCORE™ governs engine air-intake filtration, INTEKCORE™ governs housing and sealing architecture, MICROKAPPA™ governs cabin-air filtration, and DRYCORE™ governs approved air-dryer applications.
03 /
Engine Intake Boundary
Engine protection depends on the complete dirty-air-to-clean-air path rather than the element alone. Media selection, dust capacity, restriction, element retention, housing condition, ducts, clamps and sealing interfaces must remain compatible with the engine airflow requirement and operating environment. Quantitative efficiency, capacity and restriction claims belong to the validated product and installed configuration.
04 /
Cabin Air Is a Function, Not a Separate Protection System
Cabin filtration addresses operator and passenger exposure through the HVAC airflow path. MICROKAPPA™ media configuration is selected around contaminants, airflow demand, pressure-drop limits, housing fit and the intended cabin environment. Cabin-air performance must be validated independently from engine-air performance even though both belong to Air Intake & Airflow Protection.
05 /
Compressed-Air Drying Function
DRYCORE™ supports moisture control in approved pneumatic and air-dryer applications. Dryer condition, compressor duty, purge behavior, downstream moisture evidence and service requirements must be evaluated together. Compressed-air drying remains an airflow-protection function and does not create a sixth ELIMFILTERS protection system.
ELIMFILTERS TECHNOLOGIES FOR THIS SYSTEM
MACROCORE™
Engine air-intake protection architecture integrating media, capacity, restriction and sealing.
MICROKAPPA™
Cabin air filtration technology for operator-environment protection.
DRYCORE™
Air-dryer filtration technology for pneumatic brake-system protection.
INTEKCORE™
Air intake housing technology for controlled airflow and sealing integrity.