Type A+B Hybrid Linear T8

Commercial Grade LED T8 Lamp

LB48T8U6/8T/13P-AB

LB48T8U6/8T/13P-AB

Descriptions:

The ProLED Select T8 Linear Hybrid (Type A+B) lamps offer the most versatile installation solution for your linear fluorescent T8 or T12 retrofit needs. Fully certified as a UL 1598C retrofit kit in single end or double end ballast bypass scenarios (UL Type B) and UL listed for use with electronic T8 fluorescent ballasts (UL Type A), these lamps provide the perfect, hassle-free solution for whatever the project requires. When being used with an instant start, programmed start, or emergency backup ballast, no fixture re- wiring is needed. If the ballast fails in the future, simply re-wire the fixture with 120-277V line voltage using either single end or double end wiring.

This CCT selectable hybrid comes in 2-foot, 3-foot, and 4-foot lengths, and offers users the ability to select between 3500K, 4000K, and 5000K kelvin temperatures by simply sliding the selector on the tube to the desired color.

Features & Benefits:

  • Type A mode: Works on existing compatible Instant Start, Programmed Start, Dimming electronic ballast
  • Type B mode: Internal Driver (Direct 120-277VAC input)
  • Utilizes existing instant start or rapid start G13 sockets
  • High performance plastic series
  • Long life
  • High CRI
  • Instant on, no delay or warm up time
  • Convenient and quick installation
  • Works in cold temperature applications
  • Compatible with controls and sensors
  • Glass tube for superior optical performance
  • Continuous Dimming to 10%
  • 5 Year Warranty

Specifications:

Ordering Code

Length

(in)

Wattage

Direct AC

Wattage

With Ballast

Input Voltage

CCT

(K)

Initial
Lumens
CRI Beam
Angle
System Efficacy Direct AC System
Efficacy with Ballast
LB48T8U6/8T/13P-AB241315.5120-277V3500K/4000K/5000K195083325150125

Wiring Diagram:

 

 

DLC Listing:

Ordering Code DLC Product ID DLC Product Model DLC Version
LB48T8U6/8T/13P-ABS-NB6DC2LB48T8U6/8T/13P-AB5.1

 

Specification data is based on tests performed in a controlled environment and represents relative performance. Actual performance can vary depending on operating conditions. Application and performance data subject to change without notice. All specifications are nominal unless noted otherwise.