LIGHTING XP's ADJUSTABLE T4 GROUNDED (3-wire) LINKABLE MICRO FLUORESCENT fixtures feature an adjustable light shield that provides 360° ratation to direct light where necessary. Easily installed as a single unit or as multiple units connected in line with Direct Connectors and/or Flexible Connector Cables of 3", 6", 12", 24", 36", 48" or 72" (Sold Seperately).
The fixture comes in 8 different lengths ranging from 9-1/2" to 46-1/2", and 7/8" in width by 1-5/8" in height.
- Fixtures feature an adjustable light shield that provides 360° rotation to direct light where necessary.
- The housing is made of extruded aluminum, anodized silver or white enamel painted finish.
- Compatible with 3-wire components.
Available in 8 Wattages: 6, 8, 12, 16, 20, 22, 24 or 28 watts/fixture.
Convenient choice of 8 different lengths: 9-1/2", 13-3/4", 17-3/4", 19-1/2", 21-1/4", 29-1/4", 34-5/8", 46-1/2".
Finish: The housing is made of extruded aluminum, anodized silver or white enamel painted finish.
Instant on/off switch: : All of the fixtures (except 6-watt)come with instant on/off switch.
Ballast: Built-in electronic ballast for instant on/off, no flicker, silent operation.
Protective lens: The ribbed acrylic diffuser lamp cover fits securely on the housing of the fixture with no light leaks, warping or deformed lens.
Compact: Light weight with low profile to fit under kitchen cabinets, inside showcases, wall units, Residential, Office, Retail, In-Cabinet, Under Cabinet, Cove Lighting and Display applicationsetc.
Lamp: The T4 lamps (included with fixtures) are energy efficient. Optional Color Temperatures: 3000K (soft white), 4100K (cool white), 6400K (daylight).
Lamp Life: 16,000 hours (lamp may easily be replaced).
Complete Unit: Adjustable T4 Grounded Linkable Micro Fluorescent Fixture includes a T4 fluorescent lamp, ribbed acrylic diffuser lamp cover, instant on/off switch on side of the fixture (except 6-watt), a 6-ft power cord, one direct connector and 2 metal mounting clips & screws.
Accessories and Components: Click here to learn more and order
Caution: Maximum wattage in one "ganged" line of T4 fixtures is 200 watts. However, if only the 22-watt, 24-watt or the 28-watt fixtures are connected in a single circuit, only 5 of these fixtures may be "ganged" together.
8 Wattages Available in:
| T4GDA | Available in 8 Wattages | Convenient choice of 8 different lengths |
| 6W | 9-1/2" |
| 8W | 12-1/2" |
| 12W | 22-7/8" |
| 16W | 34-5/8" |
| 20W | 46-1/2" |
| 22W | 58-1/4" |
| 24W | 7/8" |
| 28W | 1-5/8" |
| Width | 7/8" |
| Height | 1-5/8" |
Available Lamp Color:
| T4L | Watt | Lumens | Optional Color Temperatures |
| 6W | 480 | 6400K (Daylight)
4100K (Cool White)
3000K (Soft White) |
| 8W | 600 |
| 12W | 800 |
| 16W | 1000 |
| 20W | 1350 |
| 22W | 1850 |
| 24W | 2150 |
| 28W | 2900 |
| CRI | >82 | |
The information on LUMENS is based in cool white lamps.
| COLOR TEMPERATURE
The color appearance of a lamp is "Color Temperature"
Color temperature describes how the lamp itself appears when lit. Color temperature is measured by "Kelvins" ranging from a high of 9000K (which appears blue) down to 1500K (which appears orange-red). Light sources lie between the two, with those of higher color temperature - 4000K or more - being "cool," and those of lower color temperature - 3100K or less being "warm." Certain fluorescent lamps are" intermediate" types, lying somewhere between "cool" and "warm." COLOR RENDITION
The color appearance of an object when lighted is "Color Rendition" Color rendition describes the effect a light source has on the appearance of colored objects. The color rendering capability of a lamp is measured as the Color Rendering Index (CRI). In general, the higher the CRI, the less distortion of the object's color by the lamp's light output. The scale used ranges from 0 to 100. A CRI of 100 indicates that there is no color shift as compared to a reference source, and the lower the CRI, the more pronounced the shift may be. It is important to recognize that the reference source (and thus the CRI scale) is different at different color temperatures. As a result, CRI values should only be compared between lamps of similar color temperatures. |  |
