Automatic Voltage Regulators (AVRs) | Industrial generators, automotive alternators | Voltage Regulation Accuracy: ±1.5% (Our Base) ▲ vs ±1% (Our Advanced) ▲▲ (Industry Standard: ±2%) | Ensures stable power output for sensitive equipment (e.g., medical devices) | Higher cost compared to basic models; requires calibration expertise |
Excitation Control Systems | Large-scale power plants, marine generators | Excitation Current Capacity: 400A (Industry) vs 500A (Our Advanced) ▲▲ | Enables precise control of high-power alternators (up to 1000kVA) | Bulky design; demands specialized installation and maintenance |
Thermal Management Systems | Harsh industrial environments, data centers | Max Operating Temp: 85°C (Industry) vs 105°C (Our Advanced) ▲ | Operates reliably in extreme heat (e.g., desert climates) | Adds weight and cost; requires active cooling components |
Relay Modules | Electrical control panels, industrial automation | Switching Capacity: 20A (Our Base) ▲ vs 30A (Our Advanced) ▲▲ (Industry Standard: 15A) | Handles high-current loads without failure (e.g., motor starters) | Potential arcing risk if not properly rated; may require replacement over time |
Signal Filtering Components | Noise-sensitive equipment, power grids | EMI Suppression: 50dB (Our Base) vs 60dB (Our Advanced) ▲ (Industry Standard: 40dB) | Reduces electromagnetic interference (e.g., in hospital equipment) | Increases system complexity and cost; requires precise tuning |
Control Board Durability | Construction sites, outdoor installations | IP Rating: IP54 (Our Base) vs IP67 (Our Advanced) ▲▲ (Industry Standard: IP40) | Waterproof and dustproof (resists water jets and dust ingress) | Heavier and more expensive than standard enclosures; harder to service |