Here is the lms as exported from LOR, the processed lms file after using frank's script to assign network values to the channels, and the converted xseq file. they are large files... The other post shows the empty channel templates which may be easier to see any patterns...
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Looking at just one controller, unit #8, channel "MT5 R", circuit 113, it appears that the data was exported correctly from LSP:
<channel name="MT5 R" color="255" centiseconds="113379" deviceType="LOR" unit="8" circuit="113" savedIndex="96">
<effect type="intensity" startCentisecond="93" endCentisecond="100" startIntensity="0" endIntensity="2" />
<effect type="intensity" startCentisecond="100" endCentisecond="107" startIntensity="2" endIntensity="11" />
<effect type="intensity" startCentisecond="107" endCentisecond="113" startIntensity="11" endIntensity="18" />
<effect type="intensity" startCentisecond="113" endCentisecond="120" startIntensity="18" endIntensity="20" />
<effect type="intensity" startCentisecond="120" endCentisecond="127" startIntensity="20" endIntensity="22" />
That data after conversion looks fine also. I'm assuming that Network 0 (the default network) is also properly configured as the first output in xLights?
It would REALLY help if you would make a screen cast of your settings in xLights both in the network setup and in the schedule information.
Using the xLights light tester, can you control the channels on controller 8 directly? If not, that would point to a misconfiguration in xLights witch this appears it maybe.