PLEASE NO WINSTON REPLIES.
PLEASE NO DEBATES ABOUT WHETHER DOWNLIGHTS ARE A GOOD IDEA.
PLEASE NO PEDANTIC DISCUSSIONS AROUND MR16 V GU10, TRANSFORMER V DRIVER, WHATEVER.
Thank you.
Apologies for the bright red text but downlighter discussions seem to trigger some people.
When fitting downlights, what are the pros and cons of standard GU10 fittings with LED bulbs, versus an integrated fitting like one of these?
My thoughts are:
For info I'm looking at 6x downlights of roughly 4W for a study. Non-dimmable, cool-white, good CRI, wide beam angle, fire-rated not required.
Thank you
PLEASE NO DEBATES ABOUT WHETHER DOWNLIGHTS ARE A GOOD IDEA.
PLEASE NO PEDANTIC DISCUSSIONS AROUND MR16 V GU10, TRANSFORMER V DRIVER, WHATEVER.
Thank you.
Apologies for the bright red text but downlighter discussions seem to trigger some people.
When fitting downlights, what are the pros and cons of standard GU10 fittings with LED bulbs, versus an integrated fitting like one of these?
My thoughts are:
- GU10 - can change bulb when it breaks without having to change whole fitting
- GU10 - no obsolescence issues - replacement bulbs should be available for a long time
- GU10 - cheaper
- Integrated- often come with nice push fit wiring terminals for loop
- Integrated- should be more reliable as better heat sinking can be designed in
- Integrated- should have better beam pattern for more even light distribution as no constraints on lens
- Integrated- shallow fittings available for situations such as flat roofs
For info I'm looking at 6x downlights of roughly 4W for a study. Non-dimmable, cool-white, good CRI, wide beam angle, fire-rated not required.
Thank you
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