Features

1. Technical Definition and Operational Mechanism of Constant Current (C.C.) EMBs

In commercial and industrial solid-state lighting (SSL) infrastructures, maintaining electrical stability during power anomalies is paramount. A Constant Current Emergency LED Driver (C.C. EMB) is a specialized life-safety component engineered to regulate a precise, uninterrupted output current to the LED array when standard AC utility power fails.
Unlike voltage-regulated or fixed-wattage packs, a current-regulated system directly monitors and stabilizes the current through the LED junction. This technology mitigates thermal runaway risks and guarantees constant luminous flux without overdriving the light-emitting diodes, ensuring total compliance with international safety mandates like NFPA 101.

2. Multi-Range Forward Voltage Matching & High Circuit Compatibility

Different architectural lighting fixtures—such as LED panels, troffers, vapor-tights, wall packs, and linear luminaires—utilize varied circuit topologies requiring different forward voltages. Antron solves this integration bottleneck by offering three distinct DC output voltage ranges:

• 15–55 VDC Range: Optimized for low-voltage, Class 2 compliant fixtures (e.g., standard LED panels and troffers), focusing on maximum installer safety.
• 80–130 VDC Range: Tailored for mid-voltage commercial luminaires and architectural downlights.
• 80–176 VDC Range: Engineered for high-voltage linear systems, high-bays, and robust vapor-tight industrial fixtures.
• AC Driver Interoperability: This high versatility allows the backup unit to co-exist with any standard AC LED driver featuring a maximum output current up to 5.0 Amperes, operating as an un-intrusive bypass during standard grid operations.

3. Comprehensive Technical Specifications & Global Approvals

4. Automatic Seamless Transfer & Ground-Level Safety Maintenance

The integrated circuitry utilizes a solid-state automatic transfer module paired with a high-efficiency DC inverter:

1. Grid Disruption Mode: Instantly registers utility power cessation, automatically forcing the driver to route energy from the enclosed LiFePO4 battery to the DC inverter, maintaining a steady constant current output.
2. Grid Restoration Mode: Automatically transitions back to standard monitoring and trickle-charging mode once AC power stabilizes.
3. Routine Code Testing: Every kit includes an illuminated test switch with an integrated status indicator (solid illumination signifies correct charging). Facility managers can trigger the mandatory monthly (30-second) and annual (90-minute) life safety tests by simply pressing the indicator, streamlining maintenance workflows.

Product Specification
Standard Series Nominal Voltage