Energizer High Tech LED Tube CCT

Energizer High-Tech LED Tube CCT – Multi-Temperature Retrofit T8 Tubes

The Energizer High-Tech LED Tube CCT is a versatile and energy-efficient lighting solution designed to replace traditional T8 fluorescent tubes. Featuring a CCT (Correlated Color Temperature) range of 3000K, 4000K, and 6500K, this LED tube allows customizable lighting to suit various environments, from warm ambient settings to bright task lighting.

Built with low power consumption and high lumen output, these tubes provide cost-effective and long-lasting performance. Their retrofit design ensures compatibility with existing T8 tube fittings, making them an ideal upgrade for offices, commercial spaces, and industrial applications.

Available Sizes & Specifications:

2ft LED Tube

• Wattage: 9W
• Brightness: 1080 Lumens
• Energy Rating: E
• CCT Options: 3000K (Warm White), 4000K (Cool White), 6500K (Daylight)
• Voltage: 220-240V AC
• Dimensions: 600 x 28mm
• Boxed Height & Weight: H: 60.0cm, 110g

4ft LED Tube

• Wattage: 18W
• Brightness: 2160 Lumens
• Energy Rating: E
• CCT Options: 3000K (Warm White), 4000K (Cool White), 6500K (Daylight)
• Voltage: 220-240V AC
• Dimensions: 1200 x 28mm
• Boxed Height & Weight: H: 120.0cm, 210g

5ft LED Tube

• Wattage: 22W
• Brightness: 2640 Lumens
• Energy Rating: E
• CCT Options: 3000K (Warm White), 4000K (Cool White), 6500K (Daylight)
• Voltage: 220-240V AC
• Dimensions: 1500 x 28mm
• Boxed Height & Weight: H: 150.0cm, 280g

6ft LED Tube

• Wattage: 30W
• Brightness: 3600 Lumens
• Energy Rating: E
• CCT Options: 3000K (Warm White), 4000K (Cool White), 6500K (Daylight)
• Voltage: 220-240V AC
• Dimensions: 1778 x 28mm
• Boxed Height & Weight: H: 180.0cm, 340g

Key Features:

• Adjustable CCT (3,000K / 4,000K / 6,500K) – Select between warm, cool, and daylight white for optimal lighting customization.
• Energy-Efficient LED Technology – Reduces power consumption while delivering high-lumen output.
• Retrofit for Traditional T8 Tubes – Easy installation without major modifications.
• Low Power Consumption – Provides significant energy savings compared to fluorescent alternatives.
• Bright & Uniform Illumination – Ensures even light distribution with no flickering or buzzing.
• Durable & Long-Lasting – Designed for extended lifespan, reducing replacement and maintenance costs.

Frequently Asked Questions (FAQ):

Q: How do I switch between the different color temperatures?
A: The CCT feature allows users to select from 3,000K (Warm White), 4,000K (Cool White), or 6,500K (Daylight) based on their lighting needs and environment. The method of switching may depend on your fixture compatibility.

Q: Are these tubes compatible with standard T8 fixtures?
A: Yes, these LED tubes are true retrofit replacements for traditional T8 fluorescent tubes and can be installed in existing fixtures with compatible LED drivers.

Q: What are the benefits of using LED tubes over fluorescent tubes?
A: LED tubes consume less energy, last longer, eliminate flickering, and do not contain hazardous materials like mercury, making them safer and more environmentally friendly.

Q: Can these tubes be used in enclosed fixtures?
A: Yes, as long as the fixture provides proper ventilation to prevent overheating, these LED tubes can be used in most enclosed lighting setups.

Q: Are these tubes dimmable?
A: No, these LED tubes are not dimmable and should be used with non-dimmable circuits.

Warranty Information:

The Energizer High-Tech LED Tube CCT is covered by a limited manufacturer’s warranty, ensuring protection against material defects and workmanship issues.

For warranty support or installation inquiries, please contact Energizer customer service.

Conclusion:

The Energizer High-Tech LED Tube CCT is a high-performance, energy-efficient alternative to traditional T8 fluorescent tubes, offering adjustable color temperatures, easy retrofit installation, and long-lasting durability. With multiple size options, these LED tubes are ideal for offices, warehouses, schools, retail spaces, and industrial lighting applications looking for cost-effective and sustainable illumination.