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Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-12V/20W | 20W, 12V Quartz Lamp Assembly | LOVA Lumacurve Signs | 1.5″ (T2.5) | 20 | 2,000 | N/A |
Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-6123 | 45W, 6.6A, Qtz, G6.35 | ZA202 | Narva (Philips) | 1.85″ (T4) | 45 | 1,500 | 100 |
Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-6343 | 100W, 6.6A, Qtz, G6.35 | L850 – ZA140 Series | Osram: 64346 | Narva (Philips) | 1.85″ (T4) | 100 | 1,200 | 100 |
Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-6373 | 200W, 6.6A, Qtz, G6.35 | FLI PAPI | Osram: 64386, J1/39 | Narva (Philips) | 1.85″ (T4) | 200 | 1,200 | 100 |
Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-J1/75 | 36W, 6.6A, Qtz, G6.35 | 1.85″ (T4) | 36 | 1,200 | 100 |
Part Number | Description | Application | Substitution | Brand | MOL | Watt | Lamp Life (hrs) | Case |
---|---|---|---|---|---|---|---|---|
LA-XTL | 20W, 10V Quartz Lamp Assembly | LOVA Lumacurve Signs | 20 | 1,500 |
T=Tube. Multiply T# by 1/8″ to get diameter.
Flight Light stocks lamps for all airport lighting applications: runway, taxiway, approach, helipad, obstruction. We sell only first quality name-brand lamps, including GE, Osram/Sylvania, Philips (DBA Narva) and Amglo.
Lamp life rating is the point in time when 50% of the tested samples have burned out and 50% still shine.
In lighting, the basic unit for the amount of light produced by a light source is called a lumen. As with any unit of measure, the lumen must be related to some physical standard. A candle of specific composition and size serves this purpose and is said to emit one candlepower. If this candle were placed at the center of a sphere having a radius of one foot, one lumen, by definition, would fall on each square foot of the sphere’s surface. Since, from geometry, the total surface area of a one-foot radius sphere is 12.57 square feet, there are 12.57 lumens given off by the standard candle. One lumen falling on 1 square foot of a surface produces illumination of one footcandle.
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