Pay later within 30 days
Return up to 60 days later
Ordered before 7:00 PM, shipped the same day
Free shipping on orders over 49,-
Availability
Out of stock
In stock
Price
Min
Max
Brand

TL T8 150 cm

The 150cm T8 TL tube, traditionally rated at 58 Watts, is a popular light source in various settings such as offices, workshops, and warehouses. As traditional fluorescent tubes are gradually being phased out, LED alternatives offer a modern and efficient solution. This page describes the benefits and practical aspects of switching to the 150cm LED T8 tube.

10 products
Filters
Availability
Out of stock
In stock
Price
Min
Max
Brand
Shopping cart

Your cart is empty

No idea where to start? Try these categories:

Light Sources Luminaires Installation Material Other
Total Including VAT
0,00
  • Pay later within 30 days
  • Return up to 60 days later
  • Ordered before 7:00 PM, shipped the same day
  • Free shipping on orders over 49,-

Key Benefits of Switching to 150cm LED TL Tubes

Switching from a traditional 58W fluorescent tube to a 150cm LED T8 tube brings significant benefits in terms of both efficiency and sustainability. LED technology is designed to perform reliably for long periods and to reduce energy costs.

Feature Traditional 58W TL Tube 150cm LED T8 Tube (example: 24W)
Energy Consumption 58 Watt (plus 7-12W for ballast) 18-24 Watt (no ballast needed)
Energy Savings None Up to 75-80%
Lifespan Average 10,000 - 20,000 hours Average 30,000 - 50,000 hours
Luminous Output (Lumen) Approx. 3100 - 5000 Lumen From 2200 Lumen (effectively replaces 58W)
Start-up Slow start, can flicker Instant, flicker-free start
Environmental Aspect Contains mercury, chemical waste Mercury-free, more sustainable

Due to their lower energy demand and longer lifespan, the initial purchase costs of LED tubes are quickly recovered, leading to a reduction in both operational and maintenance costs.

Installation: How to Properly Replace 150cm T8 TL Tubes

Replacing traditional 150cm fluorescent tubes with LED versions requires a specific approach, depending on your existing fixture. There are mainly two professional installation methods: the plug-and-play method and direct connection to the mains.

Option 1: Installation with starter (for conventional fixtures)

This method is suitable for fixtures equipped with a conventional ballast and starter. It can be a relatively simple way to upgrade, often without major changes to the wiring.

  1. Make sure the power to the fixture is completely switched off. For safety, check this with a voltage tester.
  2. Remove the old 58W fluorescent tube by turning it a quarter turn and carefully pulling it out of the sockets.
  3. Unscrew the old starter from the fixture (usually a small cylindrical object).
  4. Place the supplied LED starter (also called a ‘dummy starter’) instead of the old starter.
  5. Insert the new 150cm LED T8 tube into the sockets. Pay attention to any marks on the tube indicating the powered end.
  6. Switch the power back on and check that the LED tube lights up instantly without flickering.

Option 2: Direct mains connection (for HF fixtures or without ballast)

This method, where the ballast is removed, offers the highest energy efficiency and eliminates issues related to an aging ballast. It does require some knowledge of electrical wiring and is best carried out by a qualified electrician.

  1. Ensure the power to the fixture is completely switched off and no voltage is present.
  2. Remove the old 58W fluorescent tube and the starter if present.
  3. Open the fixture to access the internal wiring.
  4. Identify and remove the ballast (this is a heavier, rectangular block). Cut the wires leading to the ballast.
  5. Reconnect the wiring so that the 150cm LED T8 tube can be connected directly to the 230V mains. For single-sided feed, one end of the tube is connected to live and the other pin to neutral. For double-sided feed, each end of the tube is connected to live or neutral. Always consult the specific LED tube instructions.
  6. Carefully close the fixture and make sure all connections are safe and insulated.
  7. Insert the new 150cm LED T8 tube.
  8. Switch the power back on.

Understanding the Lighting Characteristics of 150cm T8 LED Tubes

Aside from length and installation method, the lighting characteristics of a 150cm T8 LED tube determine its suitability for various spaces. Understanding Lumen, Kelvin, and CRI helps you choose the right lighting.

Luminous Flux (Lumen) and Replacement of 58W TL

The brightness of an LED tube is expressed in Lumens (lm). To effectively replace a traditional 58W 150cm fluorescent tube, which produced approximately 3100 to 5000 Lumens, a 150cm LED T8 tube generally needs between 2200 and 3840 Lumens. LED tubes emit light more directly and in a more focused beam (often 160-270 degrees beam angle) than traditional tubes (360 degrees), which means less light is lost. Thus, an LED T8 tube with lower wattage can deliver a comparable or even higher effective light output than its traditional predecessor.

Light Color (Kelvin) for Various Environments

Color temperature, measured in Kelvin (K), influences the atmosphere and functionality of a space. 150cm T8 LED tubes are available in the most common light colors.

Kelvin (K) Light Color Typical Application
3000K Warm White Atmospheric spaces such as shops, showrooms, offices where a cozy ambiance is desired.
4000K Neutral White Workspaces such as warehouses, workshops, schools, and office settings where functional light is important.
6000K-6500K Daylight White Environments where accurate color rendering or very bright, activating light is needed, such as quality control or technical workspaces.

Color Rendering Index (CRI) and Flicker-Free Light

The Color Rendering Index (CRI) indicates how faithfully colors appear under the lamp's light. A CRI of 80 or higher is generally regarded as good and ensures objects keep their true colors. Another advantage of 150cm LED T8 tubes is flicker-free light output. This prevents fatigue and headaches, contributing to a more comfortable working environment, especially during prolonged exposure to artificial light. This is a common request among users in productive settings.

Frequently Asked Questions about 150cm T8 LED TL Tubes

Can a 150cm LED TL tube be placed directly in an old fixture?

Yes, in many cases this is possible. If the fixture has a starter (conventional ballast), you can replace the old starter with a special LED starter (dummy starter) and install the LED tube. For fixtures without a starter (high frequency ballast), the ballast must be removed and the tube connected directly to 230V power. Always refer to the manufacturer's instructions.

What about safety and the environment?

150cm LED T8 tubes are a safe and sustainable choice. Unlike traditional fluorescent tubes, LED tubes contain no mercury, making them more environmentally friendly to recycle and less hazardous if broken. Many LED tubes are made from robust materials such as aluminum and polycarbonate, which are less fragile than glass tubes.

Do 150cm LED TL tubes get hot?

LED technology is renowned for low heat generation. Most energy is converted to light, not heat. This means LED tubes stay cooler than traditional fluorescent tubes, resulting in a longer lifespan and less strain on the fixture. However, good ventilation in warm spaces is always recommended.

Is the light output of LED T8 150cm sufficient for my space?

Yes, the light output (Lumens) of modern 150cm LED T8 tubes is more than adequate to replace traditional 58W fluorescent tubes. Because LED light is more directional, the perceived brightness can be even higher than a comparable or higher nominal Lumen value of a traditional tube, as no light is lost inside the fixture. Always compare the Lumen rating when purchasing to ensure the desired brightness.

Choose the 150cm T8 LED TL Tube and Start Saving

Making the switch to 150cm T8 LED TL tubes represents a forward-thinking choice for anyone seeking energy efficiency, long lifespan, and improved light quality. These tubes provide a reliable lighting solution that contributes to lower operating costs and more sustainable business practices. It is a practical investment that pays off in the long term without compromising the quality of lighting in your space.