Bearing Type | High-load industrial environments | Ball Bearing (ISO 3403, 10,000hr MTBF) ▲ Advanced: Ceramic Ball Bearing (20,000hr MTBF) ▲▲ | Base: 2× longer lifespan than industry standard sleeve bearings (5,000hr) Advanced: Eliminates lubrication needs | Advanced: 30% higher cost due to ceramic components |
Blade Material | Corrosive or high-temperature zones | Base: Aluminum Alloy (EN AW-6061, 50% lighter than steel) ▲ Advanced: Stainless Steel 316L (500MPa tensile strength) ▲▲ | Base: Reduces weight by 50% for easier installation Advanced: 10× corrosion resistance vs industry carbon steel | Advanced: 2× heavier, requiring stronger mounting |
Fan Speed | Variable airflow demand (e.g., traffic) | Base: 14,000 RPM (IEC 60034-1) Advanced: 20,000 RPM (customized motor) ▲▲ | Base: Delivers 4× airflow of industry-standard axial fans (3,500 RPM) Advanced: 30% faster response to airflow spikes | Advanced: 20% higher energy consumption |
Voltage Compatibility | Global installations (Europe/Asia) | Dual-voltage 380V/400V (IEC 60038) ▲ Advanced: Auto-switching ▲▲ | Base: Eliminates voltage conversion costs in 80% of markets Advanced: No downtime during voltage fluctuations | Advanced: Requires specialized control systems |
Mounting Type | Portable or temporary setups | Free Standing (EN 13414, 500kg load capacity) ▲ Advanced: Quick-attach flanges ▲▲ | Base: Deployable in 10 minutes vs industry’s 30-minute setups Advanced: 4× faster reconfiguration for dynamic sites | Advanced: Requires training for rapid deployment |
Material Composition | Harsh environmental exposure | Base: Carbon Steel (ASTM A36, 200MPa) ▲ Advanced: Composite Coating (ASTM D3359, 1000hr salt spray) ▲▲ | Base: 3× thicker than industry standard ducts (1.2mm) Advanced: Zero rust in 5-year coastal tests | Advanced: 15% higher material cost |