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Liliput T 5.5 telephone lamps The 220 V model is neon, and features an integrated resistor (service life: 10,000 ho...
BA 9s standard type The 220 V model is neon, and has in integrated resistor. Torch Lamps...
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T53 24050, Orbitec
Liliput T 5.5 telephone lamps
The 220 V model is neon, and features an integrated resistor (service life: 10,000 hours).
Popular items
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N75 839, Orbitec
BA 9s standard type
The 220 V model is neon, and has in integrated resistor.
Torch Lamps
Filament lamps will perform to specification and give optimum life when: they are powered at the rated voltage from a stabilised 50Hz ac supply; the ambient temperature is in the range +20°C to +25°C; and no mechanical vibration is present.
Deviations from these criteria can have a significant effect on lamp life, particularly with low current filaments (<80 mA).
Operation from a dc. supply at rated voltage can reduce specified life by up to 50%.
The effect of variation from the rated operating voltage should be noted: 5% above will reduce lamp life by up to 50%; and 5% below will significantly increase lamp life.
Current consumption can vary by up to ±10% on stated values at rated supply voltage. Care therefore should be exercised when running a number of lamps in series. In such applications it is recommended that the rated voltage be reduced by 10% to prevent premature failure of individual lamps.
Conversion of light output units: Lumens = MSCP x 12.6, MSCP = Lumens / 12.6.
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T53 24050, Orbitec
Liliput T 5.5 telephone lamps
The 220 V model is neon, and features an integrated resistor (service life: 10,000 hours).
New items
New items
New items
N75 839, Orbitec
BA 9s standard type
The 220 V model is neon, and has in integrated resistor.
Torch Lamps
Filament lamps will perform to specification and give optimum life when: they are powered at the rated voltage from a stabilised 50Hz ac supply; the ambient temperature is in the range +20°C to +25°C; and no mechanical vibration is present.
Deviations from these criteria can have a significant effect on lamp life, particularly with low current filaments (<80 mA).
Operation from a dc. supply at rated voltage can reduce specified life by up to 50%.
The effect of variation from the rated operating voltage should be noted: 5% above will reduce lamp life by up to 50%; and 5% below will significantly increase lamp life.
Current consumption can vary by up to ±10% on stated values at rated supply voltage. Care therefore should be exercised when running a number of lamps in series. In such applications it is recommended that the rated voltage be reduced by 10% to prevent premature failure of individual lamps.
Conversion of light output units: Lumens = MSCP x 12.6, MSCP = Lumens / 12.6.
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Don’t hesitate to ask questions for better clarification.