...The XTB-IIR is not just a repeater. It is also the powerline interface for an automation controller. It accepts a direct digital input from a high-end controller such as an Ocelot or Stargate. In most cases it may be easier to drop that link down to the distribution panel than run it to the laundry room. The CM15A can also be plugged into The XTB-IIR, and it will directly boost its output.
This is one of the major advantages that I see in the XTB-IIR. It will interface to your controller and directly drive both phases of your powerline. NO more coupling and phase lags.
I have my CM15a and a Leviton HCM02 active coupler both located at the Load panel (which I consider to be optimal). I regularly see "reflected" commands from the HCM02 that make the round robin route from the opposite phase back to the CM15a. Most of the time the CM15a pauses for these returned signals. One in awhile, depending on what sneak paths are active (A/C, Oven, Welder), a firestorm ensues. The worst case appears to be "DIM/BRIGHT" commands. Anyone who has read my posts already knows I'm not a fan.
The following is a clip from my activity monitor during a dim sequence. The "received" dim 47% is a reflection from the Leviton repeater back to the CM15a. If the CM15a pauses, all is well. If it doesn't, firestorm.
811 09/18/2007 10:15:07 pm Macro C3 (1st Deck)
812 09/18/2007 10:15:07 pm Macro C Bright 100(1st Deck)
813 09/18/2007 10:15:07 pm Macro C Dim 50(1st Deck)
814 09/18/2007 10:15:13 pm Receive C Dim 47(1st Deck)
I believe the XTB-IIR will prevent this since it is driving both phases and acting as the interface to the controller.
Jeff - comments? Have I mis-stated something?
Boiler