T8 & T5 LED Linear Retrofit Lamps

16 products

Showing 1 - 16 of 16 products

T8 & T5 LED Linear Retrofit Lamps

Green Lighting Wholesale offers T8 and T5 LED linear retrofit lamps designed to replace traditional fluorescent tubes in commercial, industrial, educational, and institutional lighting systems. These energy-efficient LED lamps provide improved lighting quality, reduced maintenance costs, and longer service life compared to fluorescent technology.

Our collection includes T8 LED tubes, T5 LED lamps, ballast bypass options, ballast compatible models, and linear retrofit solutions for a variety of lighting applications.

Why Upgrade to LED Linear Retrofit Lamps?

LED retrofit lamps provide a simple and cost-effective way to modernize existing fluorescent lighting systems without replacing entire fixtures.

Benefits include:

Lower energy consumption
Reduced maintenance costs
Longer lamp life
Improved light quality
Instant-on performance
Reduced replacement frequency
No mercury content
Lower operating costs

Many organizations achieve significant energy savings by converting fluorescent fixtures to LED technology.

T8 LED Tube Lights

T8 LED lamps are among the most popular fluorescent replacements used in commercial and industrial facilities.

Common applications include:

Offices
Schools
Warehouses
Retail stores
Healthcare facilities
Government buildings
Churches

T8 LED tubes provide reliable illumination while reducing maintenance and energy expenses.

T5 LED Replacement Lamps

T5 LED lamps are designed to replace traditional T5 fluorescent tubes commonly found in commercial and specialty lighting systems.

Applications include:

Industrial facilities
Educational buildings
Manufacturing environments
High-bay lighting systems
Commercial interiors

LED T5 replacements offer improved efficiency and long-term performance compared to fluorescent alternatives.

Ballast Compatible vs. Ballast Bypass LED Tubes

Ballast Compatible LED Lamps

Ballast compatible lamps are designed to operate using an existing compatible fluorescent ballast.

Benefits include:

Faster installation
Reduced wiring modifications
Minimal fixture changes

Ballast Bypass LED Lamps

Ballast bypass lamps operate directly from line voltage and eliminate the fluorescent ballast.

Benefits include:

Improved system efficiency
Reduced maintenance
Elimination of ballast failures
Long-term operating savings

Always verify fixture compatibility and installation requirements before selecting a retrofit lamp.

Available Lamp Lengths

LED linear retrofit lamps are commonly available in several lengths, including:

2-Foot LED Tubes
4-Foot LED Tubes
8-Foot LED Tubes

These options allow facility managers and contractors to upgrade a wide range of existing fluorescent lighting systems.

Common Applications

T8 and T5 LED retrofit lamps are frequently used in:

Office buildings
Warehouses
Schools
Hospitals
Retail stores
Manufacturing facilities
Distribution centers
Municipal buildings

Their simple installation and energy-saving benefits make them one of the most popular commercial lighting upgrades available.

Color Temperature Options

LED retrofit lamps are commonly available in:

3500K Neutral White
4000K Cool White
5000K Daylight

Selecting the proper color temperature helps optimize lighting performance for the intended application.

Frequently Asked Questions

What is a T8 LED retrofit lamp?

A T8 LED retrofit lamp is an LED tube designed to replace a traditional T8 fluorescent lamp while reducing energy consumption and maintenance requirements.

What is the difference between T8 and T5 lamps?

T5 lamps are smaller in diameter than T8 lamps and are commonly used in specialized commercial and industrial lighting applications.

Do LED tubes require a ballast?

Some LED tubes are ballast compatible, while others are ballast bypass models that operate directly from line voltage.

Understanding LED Tube Wiring Types

When upgrading fluorescent lighting to LED, it's important to select the correct lamp type based on the existing fixture configuration and installation requirements.

Type A LED Tubes (Ballast Compatible)

Type A LED tubes operate using an existing compatible fluorescent ballast. Installation is typically quick because no fixture rewiring is required.

Benefits include:

Fast installation
Minimal labor costs
Uses existing ballast
Reduced fixture modifications

Before installation, always verify ballast compatibility with the LED lamp manufacturer.

Type B LED Tubes (Ballast Bypass)

Type B LED tubes operate directly from line voltage and require the fluorescent ballast to be removed or bypassed.

Benefits include:

Eliminates future ballast maintenance
Improved system efficiency
Lower long-term operating costs
Reduced points of failure

Type B lamps are commonly selected for large retrofit projects where long-term maintenance savings are a priority.

Type A/B Hybrid LED Tubes

Type A/B hybrid LED tubes provide installation flexibility by operating with a compatible ballast or through direct-wire ballast bypass configurations.

Advantages include:

Flexible installation options
Simplified inventory management
Compatible with multiple retrofit strategies
Easier future upgrades

Hybrid tubes are popular among contractors and facility managers because they can adapt to a variety of fixture conditions.

Type C LED Tubes (External Driver)

Type C LED tubes use a dedicated external LED driver instead of a fluorescent ballast.

Benefits include:

Excellent energy efficiency
Advanced lighting control capabilities
Consistent performance
Longer system life
Suitable for large commercial installations

Type C systems are often used in offices, schools, healthcare facilities, and commercial buildings where maximum performance and controllability are desired.

Which LED Tube Type Should You Choose?

The best LED tube depends on your existing fixture, maintenance goals, and project requirements.

Type A — Best for quick fluorescent-to-LED upgrades with compatible ballasts.
Type B — Best for eliminating ballast maintenance and reducing long-term costs.
Type A/B Hybrid — Best for flexibility during installation and future upgrades.
Type C — Best for advanced commercial lighting systems requiring maximum performance and control.