If both the CM15A and TM751 are on the same house code and the CM15A, in AHP, is set to transceive that house code. It may lead to a conflict.
The TM751 is not polite as it has no power line receiver in it. That is also why you can't turn its internal switch on and off by another power line controller. The CM15A is polite. So if the CM15A starts sending first and then the TM751 sends. The power line signal maybe corrupted. Now the other way around may work. If the TM751 starts first, the CM15A in theory, waits until the power line is clear and the signals is then sent.
Many have found that a CFL will work in a Socket Rocket as it does not dim.
A CFL and X10 wall switches and lamp module is a bad combination. Except the few wall switches that do not dim and have a neutral power wire or an Appliance Module.
Thank You this is great info. If I understand correctly, when I use AHP to control something it transmits over the powerline and receives RF from remotes. So if I have a TM751 in the area it could pick up the RF from the CM15A and send a conflicting signal over the powerline.
I don't know why I had the TM51 in the same area to begin with. I do have some areas where the RF isn't reaching the CM15A, like my backyard workshop. That's where the TM 751 would come into play, right?
I'm an old radio operator, Marine Corps, then 23 years in Public Safety Communications. The term "transceiver" led me astray, I've always thought of a transeiver as receiving and transmitting radio signals. It didn't occur to me that it could receive RF and transmit on a powerline.
WOW talk about teaching an old dog new tricks. Once this NEW (to me) definition sunk in the whole concept makes a whole lot more sense. It amazing how thinking one way can give you tunnel vision.
After unplugging the TM 751 everything works a whole lot better. I still have some minor problems, but with this out of the way I can find the noise generators and suckers. This whole conflict idea made troubleshooting a nightmare.
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