- 5
- 6.3
- 927 Extra Warm White
- 940 Cool White
- 2700K - Extra Warm White
- 4000K - Cool White
- 345
- 355
Osram Parathom Pro GU5.3 MR16 | Dimmable
Osram Parathom Pro LED Spot GU5.3 MR16 6.3W 355lm 36D - 940 | Highest Colour Rendering - Dimmable - Replacer for 35W
- 6.3 Watt
- 940 Cool White
- 4000K - Cool White
Osram Parathom LED GU5.3 Spot Clear 5W 345lm - 927 | Dimmable - Highest Colour Rendering - Replacer for 35W
- 5 Watt
- 927 Extra Warm White
- 2700K - Extra Warm White
Description Osram Parathom Pro GU5.3 MR16 | Dimmable
Discover the evolution of the well known Parathom line: Parathom Pro. Osram Parathom Pro has been optimized in a way that next to an efficient use of energy and a long lifespan, an excellent colour rendering can be realised!
Osram Parathom Pro GU5.3
The Osram Parathom Pro GU5.3 LED spots are energy efficient replacers for conventional GU5.3 spots. These LED spots are equipped with an amazing quality of light. This is due to their excellent colour rendering of 90-99 Ra and meticulous selection of only the best LED chips. In addition to an excellent quality of light, they are equipped with other benefits that are only possible due to its LED integration. For example, they last up to 40.000 hours and with them, you will be able to save up to 83% of energy compared to their halogen counterparts. You will therefore most likely see a great difference in monthly energy costs.
Application areas
Due to their excellent colour reproduction and small beam angle of 36D, they are exceptionally well suited for use as accent lighting in shops, the hospitality industry, museums and showrooms. In addition, they can be dimmed, giving you greater control in deciding the ambiance in your space. An additional benefit of LED lighting is that they do not get warm as halogen spots do. That’s why these spots are perfect for lighting objects that are sensitive towards heat such as food and plants.
12V
The GU5.3 LED spots work with 12V. This means that you will need a transformer to successfully connect these LED lights to the power network.