Here is one I suggested sometime back (possibly before the forums): a switch that cannot control any load, and will act only as a remote.
Generally in a 3-way (or more) scenario or something with a embedded device (such as the "micro" line of devices), one of the switches does not connect to any load. And while there is no harm in capping off the unused load line, the switch contains additional electronics that are unused (relay/triac/etc.), which could cause problems with the device if the load line isn't capped, or the cap/wire nut falls off. While I doubt this would reduce the cost of the device much, it does reduce the number of components that that are powered by the internal power supply and also reduces the number of components that could fail. Plus. an reflection of that cost reduction in the purchase price (if just a little) is attractive to me, since I have a number of devices that are in a remote-only mode.
While I could also use the single-paddle remote for this situation, that is a battery powered device, so I would either need to figure out how to power the device, or remove it regularly to charge the battery (and then try to deal with it when the battery finally fails - see the request for replaceable batteries in the remotes).
Generally in a 3-way (or more) scenario or something with a embedded device (such as the "micro" line of devices), one of the switches does not connect to any load. And while there is no harm in capping off the unused load line, the switch contains additional electronics that are unused (relay/triac/etc.), which could cause problems with the device if the load line isn't capped, or the cap/wire nut falls off. While I doubt this would reduce the cost of the device much, it does reduce the number of components that that are powered by the internal power supply and also reduces the number of components that could fail. Plus. an reflection of that cost reduction in the purchase price (if just a little) is attractive to me, since I have a number of devices that are in a remote-only mode.
While I could also use the single-paddle remote for this situation, that is a battery powered device, so I would either need to figure out how to power the device, or remove it regularly to charge the battery (and then try to deal with it when the battery finally fails - see the request for replaceable batteries in the remotes).
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