1/18/2024 0 Comments Lutron lut mlc dummey load![]() Granted I only did a toggle or two before I set it up so it could have just been coincidence but curious if that can have an affect on how much load needs to be on the circuit for it to work appropriately. One other thing that isn't confirmed is that I noticed these issues after I setup the switch with the rest of my Luton Caseta wireless system. Black wire on switch => LUT-MLC and Red wire from wallĤ.Black wire on switch => LUT-MLC and Black wire from wall. Hello, I am experiencing ghosting, or glowing of my LEDs lights, when turning off my lutron casseta switch. Blue wire on switch => cap (no other attachments)ģ. The LUT-MLC might help, and it isnt that expensive. Those bulbs are notorious for being super cheap inside- designed around commercial retrofits with standard switches. Should be fine with the PD-5ANS, but you might try and source an LUT-MLC and add that in. This device is connected from the load to the neutral. ![]() They'd glow, or flicker unless I put one halogen in the fixture in place of one of the LEDs. Using the dimmer with most LED G8 bulbs resulted in them not going off completely. Install the LUT-MLC inside a load fixture or in a separate J-box within the circuit. I have a Lutron Caseta dimmer PD-6WCL which doesn't have a neutral on the switch. Green wire on switch => copper ground wire in wallĢ. grezex- ugh, dimmable 4 pin fluorescent replacements. Overview Lutron LUT-MLC, The Lutron LUT-MLC is a minimum load cap that ensures proper function when fluorescent, CFL, or LED loads are used. Does it matter which ends are connected to which on on the switch/LUT-MLC? My "circuit diagram" is as follows:ġ. My switch came with a LUT-MLC so I installed that in parallel but it doesn't appear to be having any effect. This seemed somewhat confirmed to me as I added my iPhone charger to the plug with my phone plugged in and the switch seemed to work just fine. ![]() Some quick internet research suggested that this was a load issue. At first it seemed to work fine but after a couple of toggles I noticed that sometimes the LED on the switch would flash red and the go back to a dull green. In that plug I have two floor lamps plugged in. The LUT-MLC load adapter is provided to help ensure proper operation of the switch with LED, CFL, fluorescent, and ELV lighting loads. I installed the PD-5S-DV-WH switch on a wall switch that controls a plug. Re-posting question with better formatting, didn't see the issue until after five minutes and couldn't edit Lutron sells at least one model of dimmer with a neutral connection, and they push it heavily if you have available neutral wires in your installation. They can also be designed to use the neutral. Granted I only did a toggle or two before I set it up so it could have just been coincidence but curious if that can have an affect on how much load needs to be on the circuit for it to work appropriately. And then dimmers themselves are powered by leaking a small amount of current to the load. Black wire on switch => LUT-MLC and Red wire from wall 4.Black wire on switch => LUT-MLC and Black wire from wall. Blue wire on switch => cap (no other attachments) 3. Green wire on switch => copper ground wire in wall 2. Does it matter which ends are connected to which on on the switch/LUT-MLC? My "circuit diagram" is as follows: 1. In that plug I have two floor lamps plugged in. It is important to note this capacitor is designed to eliminate ghosting not to fix a poor LED and dimmer combination that is producing flickering but it can help with that in some cases.I installed the PD-5S-DV-WH switch on a wall switch that controls a plug. If there is no neutral at the dimmer location you will need to install this capacitor across the load (the light bulb socket). If you are not using a dimmer with a neutral, don't have a neutral available in dimmer location, or do not want to pay for a dimmer that uses a neutral this is a good solution. This capacitor provides a lower impedance return path for the dimmer to bypass the bulb when "off" which reduces or eliminates LED ghosting. Electronic dimmers without neutral connections need a return path when the light bulb (load) is off to power the circuit inside the dimmer. This is just a 0.47uF X1 310VAC rated capacitor. Reviewed in the United States on October 2, 2019 5.0 out of 5 stars It's a simple capacitor and it works to eliminate LED ghosting
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |