8 Watt; T5; Preheat Fluorescent; 3000K Warm White; 52 CRI; Miniature Bi Pin base
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Availability
Manufacturer has 4696 items available.
Dimensions
Width: 0.63"
Product Overview
8 Watt; T5; Preheat Fluorescent; 3000K Warm White; 52 CRI; Miniature Bi Pin base
Standard Information
Category:
Light Bulbs
Subcategory:
Other Bulbs
Finish:
White
Style:
Traditional
Option:
Prop 65
Lumens:
450-800
Kelvin:
2501-3000
Wattage:
8w
Refinement Options
Category:
Fluorescent
Sub-Category:
T5 Preheat
Bulb Dimmable:
Non-Dimmable
Bulb Hours:
5000
Bulb Kelvin:
3000K
Bulb Shape:
T5
Diameter:
0.63
EA Length:
0.63
Harmonized Codes:
8539.31.0070
Length:
11.91
Lumens:
380L
Shap Carton Width:
0.63
Ship Carton Height:
12
Ship Weight:
0.08
Warranty:
Avg. Rated Hour Limited
BAA Compliant:
No
Ballast Bypass Direct:
Direct
Ballasting Requirements:
For use with Preheat ballasts
Beam Spread:
360
Bulb ANSI Base:
G5
Bulb Base:
Miniature Bi Pin
Bulb Finish:
White
Burning Position:
Universal
CA Prop-65:
Lead
Carton Cubic Feet:
0.0028
Cartons Per Unit:
1
CCT Selectable:
No
Color Temprature:
Warm White
Country Of Origin:
China
CRI:
52
DLC Approved:
No
Efficacy:
47.50 LPW
Feature 1:
360-degree beam spread
Feature 2:
Operating temerature: Ballast dependent
Feature 3:
Rated for use in enclosed fixtures
Feature 4:
Dry location rated
Feature 5:
Luminous efficacy: 47.50 lm/w
Feature 6:
Non-Dimmable
Housing Color:
None
JA8 Compliant:
No
Lamp Ballast Type A/B/C:
Type A
Lens:
Yes
Lens Finish:
White
Location Rating:
Dry
Long Description:
The SATCO S1905 T5 preheat fluorescent lamp makes use of a magnetic ballast to preheat the tube for a few seconds, before high voltage is applied to strike the mercury arc. Preheating allows the current to flow through each electrode. No additional power i
Nominal Length:
12
Operating Temp:
Ballast Dependent
Pack Type:
Box
Quantity In Pack:
1
RoHS Compliant:
Yes
Romance Copy:
The SATCO T5 preheat fluorescent lamp makes use of a magnetic ballast to preheat the tube for a few seconds, before high voltage is applied to strike the mercury arc. Preheating allows the current to flow through each electrode. No additional power is appl
