Professional 1000W DE/SE Electronic Ballast – Dual Compatibility for Maximum Flexibility
Power your grow operation with precision using the Prolux 1000W DE/SE Remote Ballast. Engineered for commercial reliability, this electronic ballast operates both double-ended (DE) and single-ended (SE) 1000-watt HID lamps, giving you complete flexibility in your lighting setup.
Superior Thermal Management
Unlike conventional ballasts, the Prolux features a completely sealed, passively cooled extruded aluminum housing that delivers optimal thermal management. This advanced design keeps internal electronics significantly cooler than die-cast alternatives, extending component life and ensuring consistent performance season after season.
Intelligent Soft-Start Technology
Experience faster lamp warm-up without power spikes. Our electronic ballast uses only its specified wattage during start-up—never exceeding rated power like magnetic ballasts—while bringing lamps to full output more quickly for efficient operation from the moment you flip the switch.
Key Features & Benefits
- High-precision microprocessor control for stable, flicker-free operation
- Robust commercial design built for demanding grow environments
- Superior reliability with no moving parts to wear out
- LED status indicator for at-a-glance diagnostics
- Internal RF shielding prevents electromagnetic interference
- Ignition control protection safeguards your investment
- End-of-lamp-life protection prevents ballast damage
- Auto-restart feature protects lamps from damaging power spikes
- Cooling fins for maximum heat dissipation
- Includes Controller Cable Pack for easy integration
Optimized for 400V Lamp Technology
Get 10-25% more light output compared to traditional single-ended lamps. The Prolux ballast is engineered for high-voltage lamp technology and extreme high-frequency operation, creating a stable arc without acoustic resonance. This ensures optimal output, extended lamp life, and maximum photosynthetic efficiency for your plants.
Note: Double-ended lamps require nitrogen-filled construction and are not suitable for direct air-cooled fixtures. Air cooling can reduce light output by up to 15%.
