I thought I'd bump this.
I now have a Lutron SPS-5WCR and a number of Spacer
System devices, and I have a question about the
IR emitters provided with them (and if you'd like
me to tell you anything about them for future
reference, let me know). I was wondering whether
I could use these as an output device from a Xantech
connecting block. As I look at the instructions
for wiring the emitter (see page two of
[Link: lutron.com]), it seems that they have two leads similarly
to a standard Xantech style emitter. So, I was
wondering:
1. Whether I can take the IR out of the IR Receiver/Emitter
(SPS-5WCR) and run it into the IR Receiver screws
on the Xantech 791-44 connecting block, and
2. Whether I can take an IR emitter from the connecting
block and wire it into the provided emitters that
come witht the SPS-5WCR.
The purpose of this combination would be to allow
multiple IR Recivers to "talk" to the Spacer System
controls, as well as allowing the wall scene controller
to "talk" to the Spacer System controls via a
single connection. Furthermore, with IR Rebroadcasting
enabled (not recommended I understand when using
a 5WCR ganged with the units it controls - preventing
a feedback loop), this receiver could be used
to broadcast commands to the entire system. Thanks
for any help!
I wouldn't recommend attempting to connect the output of the master controller to anything but it's own emitters.
The reason I say this is that I attempted to connect the supplied emitter to a standard IR connecting block but could not control the dimmer. I disected the emitter and found that it contained not one ,but four ir diodes and one current limiting resistor. But the most interseting thing was that two of the ir diodes were connecting in the opposite polarity as the other two. This either means that the emitter may be hooked-up with disregard to polarity or it is being driven by an AC source.
I've never put a scope on the emitter leads, so this has not been verified.
What I did do was to remove and reverse two of the ir diodes and remove the current limiting resistor. This then worked reliably.