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SYLVANIA 64787 - 750 Watt - BT37
SUPER METALARC - Pulse Start - Metal Halide - Unprotected Arc Tube - 4000K - Mogul Base - ANSI M149/E - Base Up Burn - MS750/PS/BU-HOR/BT37
Description
SYLVANIA SUPER METALARC lamps provide a higher light output than comparable standard metal halide lamps. The SUPER METALARC metal halide lamps are designed for use where an increased light output and a longer life is required. Please note that metal halide lamps cannot be operated without a ballast.
Mercury containing products are not available for sale in the state of WA
Comparable Products
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|---|---|---|
| Description | SYLVANIA 64787 - 750 Watt - BT37 | Plusrite 1508 - 750 Watt - BT37 |
| Price | $27.66 | $22.57 |
| SKU | MHS-07501S | MHS-07500P |
| Brand | SYLVANIA | Plusrite |
| MPN (Part No.) | 64787 | 1508 |
| Add to Cart | Current Item |
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Specifications
| Brand: | SYLVANIA |
| MPN (Part No.): | 64787 |
| UPC: | 046135647871 |
| Order Code: | MS750/PS/BU-HOR/BT37 |
| ANSI Code: | M149/E |
| Family: | Super Metalarc |
| Bulb Shape: | BT37 |
| Safety Rating: | Not Applicable |
| CRI: | 65 |
| Color Temperature: | 4000 Kelvin |
| Life Hours: | 16,000 |
| Wattage: | 750 Watt |
| Lumens: | 78000 |
| Base Type: | Mogul (E39) |
| Protected: | No |
| Fixture Type: | Enclosed Only |
| Burn Position: | Base Up/ Horizontal |
| Length: | 11.5 in. |
| Diameter: | 4.6 in. |
| Case Quantity: | 6 |
Features
Features
SYLVANIA SUPER METALARC?? lamps provide a higher light output than comparable standard metal halide lamps.
The SUPER METALARC metal halide lamps are designed for use where an increased light output and a longer life is required.
Available in 175, 250, 400, and 1000 watts, in both clear and phosphor coated outer jackets, SUPER METALARC lamps are ideal for numerous applications. All wattages except the 1000 watt products are offered with a warm 3200K phosphor for use in retail applications.
SUPER METALARC lamps are optimized for horizontal, base-up or base-down operation. The uniquely designed arc tube results in a peak performance and a substantial increase in initial and mean lumens.