18W High Flux Density G12 LED bulb replaces OSRAM HCI-T 70W/942 WDL PB G12 LED replacement bulbs

18W G12 LED replacement bulbs, High Flux Density G12 LED bulb replaces OSRAM HCI-T 70W/942 WDL PB G12 Natural White 4200k or Warm White 3000k bulbs.
High Flux Density G12 LED Bulb, G12 Bi-pin LED Light Bulbs are designed to replace OSRAM HCI-T 70W/942 WDL PB bulbs as well as Philips MASTER Color CDMTC 70W/942 CDMTC 150W/930 bulbs; CE RHOS approved replacements.

G12 Lamp Osram Replacement, LED Bulb with G12 Base for OSRAM Metal Halide Replacement Bulbs,  cdm-t led replacement. G12 Replacement Bulbs offer improved brightness than their conventional halogen equivalents used for general lighting applications; replacing reflectors for halogen capsules used to provide general illumination with general LED bulbs for general illumination purposes. This product replaces conventional G12 reflectors used with capsule halogen lamps used as general illumination lighting solutions.

Housing Metal: PC+ aluminum for superior heat dissipation even within an enclosure.

LEDs: Utilizing high-flux intensity 2835 Seoul Semiconductor's LED chip.

Dimension (DxH)mm 30mm * (MOL) 115mm

AC85-265V Input Voltage. Operates up to AC110V, AC120V or AC230V mains power voltage. 18W Wattage Beam Angle 360 degree Colour Rendering Index Ra: 80 (low color rendering index but high lumen output with high flux density LED chips) 6500K Color temperature Choice K = 3000k or 4000k with an Average Lifespan Hr of 50000
Installation Retrofit of G12 LED lamps provides an easy, cost-cutting alternative to metal halide HID fixtures by replacing them with high intensity discharge (HID), high pressure sodium (HPS) or both technologies - thus eliminating costly lift rentals and retrofitting! Simply bypass or remove the ballast from each fixture; no expensive lift rental will be necessary! Retrofitting requires no special tools and will take less than an hour! Before installing Bi Pin led bulbs, it is recommended that the ballast be disconnected or removed to save energy and enhance reliability. Doing this will save energy costs and increase savings. Be sure to disconnect all wires attached to trigger, ballast and capacitor components so there is no risk of high voltage entering through plugs. If possible, remove ballast, capacitor and trigger from fixture altogether if possible; don't operate within an enclosed or airtight fixture.