Material Composition | Industrial/Automotive Machinery | Base: Nylon (DIN43650 compliant, withstands 85°C) Advanced: Composite (ASTM D648, 120°C ▲) | Lightweight, cost-effective; Advanced: Enhanced thermal stability (withstands 120°C) (▲: 35% higher heat tolerance) | Lower heat resistance than metal; Advanced: Slightly heavier |
Termination Method | High-Vibration Environments | Base: Screw terminals (ISO 7637, 1000 cycles) Advanced: Screw with locking (▲, 2000 cycles) | Secure connections; Advanced: Vibration-resistant locking (2000 cycles) (▲: 100% more vibration endurance) | Requires tools; Advanced: More complex installation (needs alignment) |
Pin Configuration | Multi-Sensor Systems | Base: 4 pins (DIN43650 Type C, 28 AWG) Advanced: 6 pins (▲, 22 AWG) | Supports 4-sensor setups (28 AWG); Advanced: Expanded connectivity (22 AWG) (▲: 50% more pins) | Limited to 4 pins; Advanced: Bulkier design (15% larger) |
Application Suitability | Harsh Environments | Base: IP67 (1m/30min) Advanced: IP68 (▲, 3m/24h) | Waterproof for most uses (IP67); Advanced: Submersible to 3m for 24h (▲: 200% deeper submersion) | Not for extreme temps; Advanced: Higher cost (+20%) |
Customization Options | Custom Electrical Systems | Base: Adjustable spacing (ISO 9001, ±0.5mm) Advanced: Custom layouts (▲▲, ±0.1mm) | Flexibility in spacing (±0.5mm); Advanced: Tailored precision (±0.1mm) (▲▲: 80% tighter tolerance) | Limited to standard pins; Advanced: Longer lead times (2 weeks extra) |
Environmental Resistance | High-Temperature Machinery | Base: 105°C (ASTM D648, 500hr) Advanced: 125°C (▲, 1000hr) | Operates at 105°C for 500hr; Advanced: 125°C for 1000hr (▲: 20% higher temp, 100% longer exposure) | Not suitable for cryogenic temps; Advanced: More fragile under mechanical stress |