FCT 113 Fuel Cell Air Intake Filter Test System
Automated fuel-cell air-intake filter test system combining particle filtration, dust loading and gas adsorption/desorption measurements for larger elements and elevated airflow rates.
Model Overview
| Model | System purpose | Standards / method | Core fit |
|---|---|---|---|
| FCT 113 | Combined particle and gas test platform for larger intake-filter elements and higher airflow rates | ISO 11155-1, ISO 11155-2, DIN 71460-1, DIN 71460-2 | Fuel-cell intake-filter development, benchmarking and production quality control |
Key Features
Particle and gas testing
Supports salt, oil and dust aerosols together with defined pollutant gases.
Fuel-cell airflow range
Upscaled test duct and flow unit accommodate larger filters and 70–1400 m³/h operation.
Multiple performance parameters
Determines pressure-drop curves, dust loading, fractional efficiency and adsorption/desorption behaviour.
Flexible specimen adapters
Accepts filter media and filter elements in different formats through configurable adapters.
Automated test sequences
Software-guided procedures improve repeatability and generate standardised reports.
Gas-tight modular design
Gas-tight channels and modular instrumentation support application-specific configurations.
Technical Specifications
| Parameter | Unit | Value / Description |
|---|---|---|
| TEST RANGE | ||
| Test-flow range | m³/h | 70–1400 |
| Differential-pressure range | Pa | Up to 1000 |
| Maximum specimen size | mm | 500 × 700; optional 100 cm² bypass |
| Particle challenges | — | ISO 12103-1 A2 fine dust, DEHS, NaCl and KCl |
| Gas challenges | — | n-Butane, toluene, SO₂ and application-specific gases |
| SYSTEM DATA | ||
| Gas analysis | — | FID, UV fluorescence and CLD depending on configuration |
| Environmental sensors | — | Temperature, relative humidity and barometric pressure |
| Power supply | — | 3 × 400 V AC; 32 A; 50 Hz |
| Dimensions (W × H × D) | mm | 5000 × 2750 × 3400 |
Published values support initial model selection. Confirm final configuration, utilities, accessories and calibration scope during technical review.
Applications
Intake-filter particle efficiency
Fractional-efficiency testing of fuel-cell air-intake filter media and elements.
Gas adsorption
Dynamic adsorption and desorption testing with defined pollutant gases.
Pressure-drop curves
Measurement of differential pressure across airflow and loading conditions.
Dust-loading behaviour
Evaluation of loading response and dust-holding performance.
Filter benchmarking
Direct comparison of element designs, media combinations and adsorbent concepts.
Quality control
Automated, documented verification of fuel-cell intake-filter performance.
