SATCO Lighting Satco S5839 4200K 250-Watt Clear Pulse Start Universal Mount Mogul Base ED28 Metal Halide Lamp

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one elec...trode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

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SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

Rab

RAB Lighting Metal halide and pulse start lamps for replacement. Patents: RAB sensor and fixture designs are protected under U.S. ...and International Intellectual Property laws. read more

Rab
Sunlite
$32.90 $23.50
at BulbAmerica.com

Sunlite MP175/U/PS 175w Pulse Start Protected Metal Halide ED28 lamp, Mogul (E39) base Sunlite high intensity discharge lamps are ...perfect for outdoor lighting and commercial interiors. These energy efficient HID lamps offer exceptional efficacy, great color rendition, have a long service life and excellent lumen maintenance. This Sunlite 175 watt protected metal halide mogul based ED28 bulb offers a light output of 16500 lumens and has an average rated life of 15,000 hours. Make sure to choose the correct lamp type for your fixtures, check the ANSI codes to help determine the best match for the type of fixture and the ballast it uses. Also check if your fixture requires lamps that are pulse start and/or protected. read more

Greenlite

The Greenlite Lighting MH250/U/MOG ED28 250-Watt Metal Halides E39 Mogul Base HID Lamp is a member of the High Intensity Discharge... (HID) family of lamps, producing high light output for its size and making a compact, powerful, and efficient light source. Metal Halides Lamp provides better color performances, better color comfort and longer life hours up to 15,000. Metal halide bulbs with a mogul base are used in many applications like residential roadways, low-bay industrial, high-bay industrial, aircraft hangars, and warehouse. read more

Designers Edge

Designers Edge L778 400-Watt, 40,000-Lumen Metal Halide Pulse Start Mogul Base Lamp for Open Fixtures. Metal halide pulse start la...mps create an abundant amount of light from a relatively small source. Produces 40,000 lumens for exceptional light output to your environment. 400-watt Mogul base PSMH bulb ideal for commercial and residential applications. Color temperature of 4000k for a white color. Suitable for Open Fixtures, Universal Burning Position, ANSI code: M155. Works with applications accepting mogul base lamps. Intended for use with open lighting fixtures. TOLL FREE HOTLINE, 1-800-561-4321. If you have immediate questions about application, installation, troubleshooting, or a damaged component, please call CCI Consumer product hotline at 1-800-561-4321 or email questions to: consumer.service@colemancable.com. The Designers Edge (R) brand is a registered trademark of Coleman Cable Inc. read more

Plusrite
$21.15 $16.27
at 1000Bulbs.com

Brand Plusrite - Wattage 250 Watt - ANSI Code M153/O or M138/O - Bulb Shape BT28-P - Base Type Mogul EX39 - Color Temperature 4200... Kelvin - CRI 65 - Protected Yes - Life Hours 15000 - Lumens Initial 22500 - Burn Position Base Up - read more

Plusrite
$21.15 $16.27
at 1000Bulbs.com

Brand Plusrite - Wattage 320 Watt - ANSI Code M154/O or M132/O or M131/O - Bulb Shape ED28 - Base Type Mogul EX39 - Color Tempera...ture 4200 Kelvin - CRI 65 - Protected Yes - Life Hours 20000 - Lumens Initial 28600 - Burn Position Base Up - read more

Plusrite
$20.05 $15.42
at 1000Bulbs.com

Brand Plusrite - Wattage 320 Watt - ANSI Code M154/E or M132/E - Bulb Shape ED28 - Base Type Mogul E39 - Color Temperature 4200 Ke...lvin - CRI 65 - Protected No - Life Hours 20000 - Lumens Initial 32000 - Burn Position Base Up/ Horizontal - read more

SATCO Lighting

The operational concept behind HID lamps is very similar to that of fluorescent lamps. Electrodes are positioned at either end of ...a tube, whose chamber is filled with gas and metals such as mercury. An electrical charge passes from one electrode to the other. In fluorescent lamps, this charge creates ultraviolet (UV) light, which converts to visible light once it passes through the phosphors on the tube's interior. In an HID lamp, the electrical arc, gasses and metals are contained in what is known as the arc tub. The arc tube is made from either quartz (used in mercury vapor and metal halide lamps) or transparent ceramic (used in high-pressure sodium lamps because of their high temperature). All arc tubes are housed within a larger outer glass envelope. The biggest difference in HID lamps is the fact that they need a start-up time to reach their full brightness. This usually takes five to ten minutes during which time the lamp will flicker until the metal inside fully vaporizes and the lamp reaches it's full operating temperature. read more

Bulbrite

Bulbrite's Metal Halide light bulbs are manufactured to be a perfect light source for high light output and long life.· Long ...Life (15,000 hours)· Perfect for commercial, industrial, security and outdoor lighting applications· White Light and excellent color· For use in enclosed fixtures only· Available for use in enclosed or open fixtures· MOL: 11.5· Length (in): 4· Height (in): 11.75· Width (in): 4· Weight (lbs): 0.75· Lamp Type: Metal Halide· Color: CLEAR· Color Temperature: 4000K· Dimmable: Non-Dimming· Wattage: 400W· Voltage: N/A· Base: E39· Avg Hours: 20000· Lumens: 40000· Equivalency: 400W· CRI: 65· Beam Spread: 360°· Shape: ED37 read more

Bulbrite

Bulbrite's Metal Halide light bulbs are manufactured to be a perfect light source for high light output and long life.· Long ...Life (15,000 hours)· Perfect for commercial, industrial, security and outdoor lighting applications· White Light and excellent color· For use in enclosed fixtures only· Available for use in enclosed or open fixtures· MOL: 11.5· Length (in): 4· Height (in): 11.75· Width (in): 4· Weight (lbs): 0.75· Lamp Type: Metal Halide· Color: CLEAR· Color Temperature: 4000K· Dimmable: Non-Dimming· Wattage: 400W· Voltage: N/A· Base: E39· Avg Hours: 20000· Lumens: 40000· Equivalency: 400W· CRI: 65· Beam Spread: 360°· Shape: ED37 read more

Sylvania
$36.21 $27.85
at 1000Bulbs.com

Brand SYLVANIA - Wattage 250 Watt - ANSI Code M153/E or M138/E - Bulb Shape BT28 - Base Type Mogul E39 - Color Temperature 4200 Ke...lvin - CRI 65 - Protected No - Life Hours 20000 - Lumens Initial 23000 - Burn Position Base Up - read more

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