upstatemike
Senior Member
I've been playing around with the new X-10 to Insteon translator a little bit today and so far I am very pleased with it. It basically turns my X-10 control grid in my Stargate into a 256 button Insteon keypad.
First thing I did was pick a light where I had recently replaced the X-10 switch with an Insteon one but had NOT programmed the old X-10 address into the new Insteon switch. (I confirmed that clicking the switch in stargate bo longer contrlled the switch before getting started.) I then linked the old X-10 address to the switch through the translator. Next I cross linked the switch back to the X-10 address through the translator so the Stargate would know if it was operated manually.
The thing just worked. It was just like the Stargate was speaking native Insteon. If I cligked the switch in Stargate it turned On. If I turned the switch Off manually the status changed in Stargate. I then unplugged the translater and tried to control the switch just to make sure it was still operating in pure Insteon mode. No translator, no Stargate control, as expected.
Finally I moved the translater down to the basement and plugged it ito the feed-through outlet on the Stargate's PowerLinc (Smarthome's version of the TW523). I used some filters and stuff to isolate the AC circuit so no X-10 or Insteon traffic could get out into the house so the Stargate and translator could talk to each other but not to anything else. I did some tests to verify that I could not control the light from Stargate.
Next I plugged an RF SignaLinc into the Feed-through outlet on the translator and one on the circuit where my test switch is located. Full control in both directions slick as anything!
This last test is important because like any X-10 device the translator is susceptible to stray noise causing false X-10 triggers which in turn could generate false Insteon transmissions. Once I convert to 100% Insteon, I will isolate the translation circuit like this to prevent any chance of this happening.
Later tonight I'll convert a motion contolled light that Stargate operates via X-10 to Insteon only and see if the translator adds any additional latency over the straight X-10 signal.
First thing I did was pick a light where I had recently replaced the X-10 switch with an Insteon one but had NOT programmed the old X-10 address into the new Insteon switch. (I confirmed that clicking the switch in stargate bo longer contrlled the switch before getting started.) I then linked the old X-10 address to the switch through the translator. Next I cross linked the switch back to the X-10 address through the translator so the Stargate would know if it was operated manually.
The thing just worked. It was just like the Stargate was speaking native Insteon. If I cligked the switch in Stargate it turned On. If I turned the switch Off manually the status changed in Stargate. I then unplugged the translater and tried to control the switch just to make sure it was still operating in pure Insteon mode. No translator, no Stargate control, as expected.
Finally I moved the translater down to the basement and plugged it ito the feed-through outlet on the Stargate's PowerLinc (Smarthome's version of the TW523). I used some filters and stuff to isolate the AC circuit so no X-10 or Insteon traffic could get out into the house so the Stargate and translator could talk to each other but not to anything else. I did some tests to verify that I could not control the light from Stargate.
Next I plugged an RF SignaLinc into the Feed-through outlet on the translator and one on the circuit where my test switch is located. Full control in both directions slick as anything!
This last test is important because like any X-10 device the translator is susceptible to stray noise causing false X-10 triggers which in turn could generate false Insteon transmissions. Once I convert to 100% Insteon, I will isolate the translation circuit like this to prevent any chance of this happening.
Later tonight I'll convert a motion contolled light that Stargate operates via X-10 to Insteon only and see if the translator adds any additional latency over the straight X-10 signal.