250 Watt Metal Halide Light Bulbs - Pulse Start
250 Watt - ED28
Pulse Start - Metal Halide - Unprotected Arc Tube - 4000K - Mogul Base - ANSI M138/M153/E - Vertical Burn
- ANSI Code: M138 or M153/E
- Bulb Shape: ED28
- CRI: Standard CRI
- Color Temperature: 4000 Kelvin
- Life Hours: 20,000
- Wattage: 250 Watt
- Lumens: 25,000
- Base Type: Mogul (E39)
- Protected: No
- Burn Position: Vertical +/- 15 Degrees
- Case Quantity: 12
$18.36
ea.
Plusrite 1557 - 250 Watt - ED28
Pulse Start - Metal Halide - Protected Arc Tube - 4200K - Mogul Base - ANSI M153/M138/O - Base Up Burn - MP250/ED28/PS/BU/4K
- ANSI Code: M153/O or M138/O
- Bulb Shape: ED28
- CRI: Standard CRI
- Life Hours: 15,000
- Wattage: 250 Watt
- Lumens: 22,500
- Base Type: Mogul (EX39)
- Protected: Yes
- Case Quantity: 12
$22.81
ea.
Plusrite 1575 - 250 Watt - ED28
Pulse Start - Metal Halide - Unprotected Arc Tube - 4200K - Mogul Base - ANSI M153/M138/E - Universal Burn - MS250/ED28/PS/U/4K
- ANSI Code: M153/E, M138/E
- Bulb Shape: ED28
- CRI: Standard CRI
- Life Hours: 15,000
- Wattage: 250 Watt
- Lumens: 19,000
- Base Type: Mogul (E39)
- Protected: No
- Burn Position: Universal
- Case Quantity: 12
$23.98
ea.
SYLVANIA 64046 - 250 Watt - ED28
METALARC - Pulse Start - Metal Halide - Unprotected Arc Tube - 3800K - Mogul Base - ANSI M153/E - Universal Burn - M250/U/PS/U/ED28
- ANSI Code: M153/E
- Bulb Shape: ED28
- CRI: Standard CRI
- Life Hours: 12,000
- Wattage: 250 Watt
- Lumens: 18,000, 21,000
- Base Type: Mogul (E39)
- Protected: No
- Burn Position: Universal
$34.83
ea.
Philips 276618 - 250 Watt - ED28
Pulse Start - Metal Halide - Unprotected Arc Tube - 4300K - Mogul Base -ANSI M153/M138/E - Base Up Burn - MS250/BU/PS
- ANSI Code: M153/E or M138/E
- Bulb Shape: ED28
- CRI: Standard CRI
- Life Hours: 15,000
- Wattage: 250 Watt
- Lumens: 23,750
- Base Type: Mogul (E39)
- Protected: No
- Burn Position: Base Up
$39.14
ea.
250 Watt - Pulse Start Metal Halide
To find high-wattage lamps to light any area, browse the selection of 250-watt pulse-start metal halide bulbs. Without the use of a starting electrode to strike the arc like those found in standard metal halide bulbs, pulse-start technology uses an igniter that generates a high-voltage pulse to start the arc. This requires more initial energy for illumination, but produces higher pressure in the tube, creating longer lamp life and shorter restrike times. Additionally, pulse-start metal halide lamps have higher efficacy and start faster in cold temperatures. If you have questions about 250-watt pulse-start metal halide bulbs, find the assistance you need at 1000Bulbs, where an expert staff is waiting to help.