GE
GE 63052 Metal Halide Ballast 400W 120/277V
Powers one 400-watt metal-halide lamp at 120/277 volts in a 21.6-inch by 3.2-inch magnetic potted F-can
- voltage120
- Designed for 400W metal halide lamps
- Dual 120/277V input suits many installations
- Magnetic HX-HPF circuit provides reliable lamp starting
- Compact 21.6" x 3.2" F-can fits tight spaces
- Potted construction protects components from vibration and moisture
Single-Lamp 400 W Ballast
The GE 63052 is a magnetic HID ballast designed to operate one 400 watt metal halide lamp. It suits new installations or direct replacements in commercial and outdoor fixtures where probe-start ignition is specified.
Dual-Voltage Magnetic Operation
The unit accepts 120 or 277 volt input and uses a potted F-can construction for durability. Magnetic regulation means lamp current varies with line voltage, so stable supply is required for consistent light output.
One Lamp at Full Power
Rated for a single 400 watt lamp, the ballast delivers full rated output when the supply matches the tapped voltage. It cannot drive multiple lamps or higher-wattage types, and probe-start lamps are mandatory for reliable ignition.
Highlights
- Designed for 400W metal halide lamps
- Dual 120/277V input suits many installations
- Magnetic HX-HPF circuit provides reliable lamp starting
- Compact 21.6" x 3.2" F-can fits tight spaces
- Potted construction protects components from vibration and moisture
Specifications
| Brand | GE |
|---|---|
| voltage | 120 |
Questions about this item
Should I select the 120 V or 277 V input for my 400 W metal halide lamp?
The ballast is dual-voltage and auto-senses the supply; wire it to whichever mains voltage is present, 120 V or 277 V, and it will drive the single 400 W probe-start lamp.
What does the 400 watt rating mean once the ballast is installed in a fixture?
It delivers the correct open-circuit voltage and regulated current to start and run one 400 W metal halide lamp at full rated light output.
How does the magnetic HX-HPF design affect the electrical characteristics?
The high-power-factor magnetic circuit keeps the input current in phase with voltage, reducing line losses and allowing more ballasts on a single branch circuit.
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