Lithonia lighting sb 432 120 1 4 gesb 4 foot wraparound 4 head narrow body t8 bulb 120 volts 32 watts white 3 5 out of 5 stars 121 53 93 53.
4 lamp t8 fixture wattage.
In this 4 foot 6 lamp t8 fixture the wattage per lamp is 32 watts and for the fixture as a whole 226 watts.
It is perfect for manufacturing facilities warehouses and other commercial applications with ceilings 15 ft.
Lithonia lighting mns8 1 120 re m6 fluorescent lighting fixture 32 watts 4 foot t8 lamp.
Philips 32 watt t8 40 watt t12 4 ft.
When selecting lighting for such a large space energy efficiency is an important consideration.
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89 watts 2 x2 u shape lamp.
Suitable for suspension by.
To understand what this means and how it relates to energy costs we need to first understand a few terms.
2 4 32w t8 lamp hp elect ballast 1 2 3 265 fixture description number of lamps b lamp wattage c input wattage d t8 continued 3 4 32w t8 lamp hp elect ballast 1 3 32 93 4 4 32w t8 lamp hp elect ballast 1 4 32 145 4 4 32w t8 lamp hp elect ballast 2 4 32 153 6 4 32w t8 lamp hp elect ballast 2 6 32 221.
Actual wattage for fixtures that are replaced will depend upon the lamps and ballasts used.
140 watts 2 x4 3 lamp 178 watts 2 x4 4 lamp 158 watts 8 2 lamp 178 watts 8 4 4 lamps by using the averages we are able to get a good comparison against newer technologies with lower fixture wattages.
8 lamp 4 t8 w high bf ballast high bay 292 4 1 lamp f20 t12 2ft w mag ballast 28 2 lamp f20 t12 2ft w mag ballast 56.
Zinc plated steel phillips mushroom head toggle bolt anchors 15 pack.
The 4 light t5 high output fluorescent high bay the 4 light t5 high output fluorescent high bay from lithonia lighting is an energy efficient alternative to common hid metal halide high bays.
The following is a basic guide to typical lighting equipment wattages.
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4 1 out of 5 stars 76.
Linear replacement universal fit led tube light bulb daylight 5000k 2 pack everbilt 3 16 in.
Since specifiers may select lamps based on efficacy the variation in lamp power could make calculations of lamp efficacy more difficult without knowledge of the actual power and the associated uncertainty for a specific lamp model.