What are HID projectors?
What are HID projectors?
Projector Lens – Use HID Headlight Technology Projectors, being confined space by nature trap heat. The life expectancy of HID bulbs is not affected negatively by this environment because the projector was designed to perform with the HID’s operating temperature. The light from the HID is emitted in 360 degrees.
Can I put HIDs in projector headlights?
HID projectors are designed for use with D1S, D2S, or D4S bulbs. The overwhelming majority of projectors use D2S style bulbs. No, you cannot simply stick the bulb from your old HID kit in the back of a projector and expect it to fit or work well.
Are leds brighter than Hids?
Brightness: LED lights can have a brightness of 9,000-10,000 lumens while HID might have 8,000 lumens. Both, however, are brighter than traditional halogen lights. Technology: LED lights use electricity while HID uses gas (typically xenon). Color: Both LED and HID lights can offer a range of colors.
Are LED brighter than HID?
Some of the key features and differences of each include: Brightness: LED lights can have a brightness of 9,000-10,000 lumens while HID might have 8,000 lumens. Both, however, are brighter than traditional halogen lights. Technology: LED lights use electricity while HID uses gas (typically xenon).
What is HID projector retrofit?
An HID Projector is what actually emits the light in a retrofit setup. It projects the light created from the HID bulb in a controlled pattern. HID Projectors are the heart of any Retrofit project. An HID projector is an awesome little contraption.
What is a hid kit?
HID Kits also know as HID Conversion Kits or Xenon Lights are plug and play kits designed to replace your factory halogen bulbs with HID Lights. HID Kits provide 3 times more light output compared to stock halogen bulbs that are currently equipped in your car.
What is bi xenon projector?
Bi-xenon means each projector has both a low and high beam pattern. Here, the light cutoff shield inside the projector is on a hinge. When powered, the bi-xenon solenoid pulls or pushes this flap/shield down to expose more light through the lens – thus creating the high beam pattern.
