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- Estimated life of 63.9 years based on 3 hours use per day
- No lead or mercury means easy and environmentally safe disposal
Lighting Facts Per Bulb
|Brightness 1600 lumens|
Estimated Yearly Energy Cost $1.2
Based on 3 hrs/day, 11¢/kWh
Cost depends on rates and use
Based on 3 hrs/day63.9 years
|Energy Used10 watts|
Philips non-dimmable InstantFit T8 LED cool white 4000K 10 watt bulbs are compatible with most instant-start ballasts and some programmed-start and emergency ballasts. They eliminate the need to have an electrician rewire the fixture. Simply take out the existing fluorescent T8 lamp and replace with the Philips LED T8 InstantFit lamp. They are an ideal energy saving choice for existing linear fluorescent fixtures. Suitable for use in fixtures where ambient temperature is between -4°F and 113°F.
- Compatible with most instant-start ballasts and some programmed-start and emergency ballasts. Does not work with magnetic or rapid-start ballasts. Power must be turned off to fixture before installing. Call one of our Lighting Specialists for details at 888.455.2800.
- Direct replacement for:
- F32T8 32W
- F32T8 30W
- F32T8 28W
- F32T8 25W
- Eliminate the need for rewiring and allows the fixture to maintain original UL and CSA compliance
- Perfect for applications with frequent "on/off" switching cycles, and buildings that desire to be mercury free
- Instant on, no flicker or buzz
- Fits into existing linear fixtures
- Emits virtually no UV rays or IR
- Glass-free for use in food areas and refrigerated food displays
- To be used with shunted lamp holders
- Suitable for damp locations
|10T8 LED/48-4000 IF 1PK
A rating, expressed in watts, to indicate the rate at which a lamp consumes energy. Also known as wattage value.
The total wattage of fluorescent lamps in a fixture that this fixture replaces.
A measure of "electrical pressure" between two points. The voltage specification of an incandescent lamp is the electrical "pressure" required to drive it at its designed point. The "voltage" of a ballast (e.g. 120 V) refers to the line voltage coming from the power source and is connected to the ballast.
The end (or ends) of the lamp that fits into the socket.
The description of the general appearance of a lamp/bulb consists of a letter(s) followed by a number. The letter indicates the shape of the bulb and the number relates to the diameter of the bulb in eighths of an inch. For example, a common household bulb is the A-19. The bulb is "A" shape and the diameter would be nineteen 8ths of an inch, or 2 3/8".
The color of the light produced by a bulb
Color Rendering Index is an international system used to rate a lamp's ability to render object colors. The higher the CRI (based upon a 0-100 scale) the richer and more accurately colors generally appear. CRI differences among lamps are not usually visible to the eye unless the difference is more than 3-5 points.
|Color Temperature (Kelvin)
Color Temperature (Kelvin)
An expression of the hue of the light emitted, measured in degrees Kelvin. Usually expressed by a four digit number followed by (k), such as 2700k. Higher temperatures indicate whiter, "cooler" colors, while lower temperatures indicate yellower, "warmer" colors. Some common Kelvin temperature benchmarks are 2700k (warm white), 3500k (neutral white), 4100k (cool white), 5000k (bright white), and 6500k (daylight).
A rating of the initial light output of a bulb, rated after 100 hrs of operation. Lumens are a measure of how much light falls on one square foot of area, one foot away from the light source.
The surface finish of a bulb, which may affect the quality of the light emitted.
The technology implemented by the bulb, e.g. incandescent, halogen, LED
|Average Rated Life (hr)
Average Rated Life (hr)
A measurement of the average length of time, between first use and the point when 50% of the lamps tested have stopped functioning, , using an operating cycle of 3 hours on, 20 minutes off.
|Operating Temperature (°F)
Operating Temperature (°F)
The ambient temperature in which the product can safely operate.
|-4 to 113
|Beam Angle (°)
Beam Angle (°)
The width of a light beam, expressed in degrees. The beam angle is often part of the ordering code for reflector lamps. For example, a 50PAR30/HIR/NFL25 is a 50-watt PAR30 narrow flood lamp with a beam angle of 25 degrees.
|Bulb Power Type
Bulb Power Type
Defines how a lamp is powered, whether it needs a ballast or not, or can use either
Also referred to as "Maximum Overall Length" (MOL). For light bulbs, it measures the length of a light bulb, from the top of the bulb to the bottom of the base or pins and is typically expressed in inches. For light fixtures and ballasts, it applies to the total horizontal length of the item.
Light bulbs: a measurement of a bulb's width taken at the widest point of the bulb. Fixtures: the measurement across the widest point of a circular fixture.
Type of socket a linear lamp is compatible with, whether shunted, non-shunted or both.
|5 year limited
Approved by the DesignLights Consortium, a collaboration of utility companies and regional energy efficiency organizations. Approved products meet the consortium's standards for ensuring high-quality, energy-efficient lighting design. There are two levels, Standard and Premium
Code identifying the product in DLC (DesignLights Consortium) listings.