Metal Distribution Panels (EBASEE Base) | Industrial facilities, commercial buildings | Stainless Steel Frame (EN 10088-1), 63A/400V (IEC 60947), 36 Output Circuits (IEC 60439-1) | ▲ Durability: Resists corrosion and physical stress. High Capacity: Supports heavy machinery loads. | Heavier weight (25kg) limits portability. Higher upfront cost vs plastic alternatives. |
Plastic Distribution Boxes (Industry Standard) | Residential, light commercial spaces | ABS Plastic (ISO 1043), 40A/240V (IEC 60898), 12-24 Output Circuits | Lightweight (5kg) for easy installation. Cost-effective for low-current needs. | Limited to lighter loads (e.g., lighting systems). Susceptible to environmental damage. |
Compact Distribution Units | Small offices, workshops | Compact Design (300x200mm), 32A/230V (IEC 60439-1), 16 Output Circuits | Space-saving for tight spaces. Simplifies wiring in constrained areas. | Limited scalability (max 16 circuits). Lower current capacity (ideal for 1-5 employees). |
Industrial-grade Panels (Advanced Industry) | Heavy industrial plants | Aluminum Alloy (ASTM B221), 100A/690V (IEC 61439), 60 Output Circuits | ▲ Overload Tolerance: Handles 120% of rated current for 1 hour. Rugged Build: Withstands extreme temperatures (-20°C to 70°C). | Expensive (2x cost of EBASEE Base). Requires specialized installation expertise. |
Smart-enabled Panels | Smart buildings, data centers | IoT Integration (IEC 62056), Real-time Monitoring, 40A/440V (IEC 60439-1) | ▲ Predictive Maintenance: Alerts via smartphone app. Energy Efficiency: Reduces downtime by 30%. | High initial investment (adds $500-$1,000). Requires IT infrastructure for connectivity. |
EBASEE Advanced Model | High-end commercial, industrial | Enhanced MCBs (63A + 20% overload ▲), 400V, IP54 (IEC 60529), 48 Output Circuits | ▲ Safety: 20% overload tolerance vs Base model. Weather Resistance: Operates in dusty/rainy environments. | Slightly heavier (30kg) than Base. 15% higher cost than EBASEE Base. |