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Halco MH150SE/UVS/3K 150W HID T7 3000K 65 CRI Bi-Pin G12 Base Dimmable Metal Halide Bulb ANSI #M81 (108430)

SKU MH150SE/UVS/3K
by Halco
Original price $29.68 - Original price $29.68
Original price
$29.68
Backorder: Usually Ships in 7-14 Days
Product Description
Halco MH150SE/UVS/3K 150W HID T7 3000K 65 CRI Bi-Pin G12 Base Dimmable Metal Halide Bulb ANSI #M81 (108430)

Lamps Classified As E-Type Are Used Only In Suitably Enclosed Luminaries. See Lamp Warning. UV -Stop Quartz Filtered Design. Operates At 360 Watts On 400 Watt M59 Ballast Or M165 Ballast. Color Characteristics May Vary Somewhat From One Lamp To Another. Time Should Be Allowed For Lamp To Stabilize In Color When It Is Turned On For The First Time Or If For Any Reason Its Operating Position Is Changed. This May Require Several Hours Of Operation, With More Than One Start. Lamp Color And Output May Change Temporarily If The Lamp Is Subjected To Excess Vibration Or Shock. Lamp Color Characteristics May Change After Long Accumulated Operating Time. Use Electrical Ballast, Peak Lead Ballast Or System That Can Shut Itself Off If Ballast Overheating Occurs. This Product Contains Less Than 120 NCI Of Kr-85.

The ProLume Specialty Metal Halide lamps are a compact light source that provide consistent lamp to lamp color. These lamps provide long life and excellent color rendering.
Frequently Asked Questions
How bright is this product?
At 14000 lumens, this product provides high light output suitable for illuminating large areas.
What color temperature is this product?
This product has a color temperature of 3000K, providing soft white light that maintains warmth while delivering clear, comfortable illumination.
Is this product dimmable?
This product is dimmable allowing the light output to be adjusted when used with a compatible dimmer. Make sure to confirm the dimmer's compatibility with the manufacturer.
What is the CRI and how does it affect light quality?
This product has a CRI of 65, providing basic color rendering performance. Colors may appear less vivid and less precise compared to higher CRI options.