Rbroders,
Again, there is not a bug with the Elk in this case. I'm tired of pointing out all the reasons why when you refuse to listen.
For this discussion, I put all the basic DEOLR programming into my bench system and have yet to duplicate anything that could be considered a bug. I believe you are barking up the wrong tree and should start to consider your media and devices connected to the system and put a DMM on them. The multiple zone fault/false issue is a classic indication of a ground fault. You can rule out the device, but you can't rule out your cabling or connections.
For voltage values, the table is correct. The voltage drops vary based on 3 different values in addition to a short (0V). Either you have 0, 1.1K, 2.2K or 4.4K worth of resistance on the base 7V the panel is pushing out. The ranges they provide show values that are not a pure "open" or a pure "closed" condition, they show values that can be a high resistance or low resistance fault among other things. I can't explain VD and unequal resistances in a series/parallel circuit to you, that you're going to need to do your own homework on....which would lead a tech to suspect the series/parallel circuits that are connected to your system.
If you really want to see, I'll have to expose my demo system to the WWW, but the issues aren't there on it.
Let's start breaking out the system and post up a BOM and connected devices to start to see where to start, but the M1 isn't the culprit here.
I would suggest you consider ground loops and ground faults, as DEOLR is NOT tolerant of any of these conditions and the voltages you are posting are out of whack with what I am seeing on my bench system, even when you toss a loop resistance of 5-10 ohms (VERY high for a NC loop and cable).
Again, there is not a bug with the Elk in this case. I'm tired of pointing out all the reasons why when you refuse to listen.
For this discussion, I put all the basic DEOLR programming into my bench system and have yet to duplicate anything that could be considered a bug. I believe you are barking up the wrong tree and should start to consider your media and devices connected to the system and put a DMM on them. The multiple zone fault/false issue is a classic indication of a ground fault. You can rule out the device, but you can't rule out your cabling or connections.
For voltage values, the table is correct. The voltage drops vary based on 3 different values in addition to a short (0V). Either you have 0, 1.1K, 2.2K or 4.4K worth of resistance on the base 7V the panel is pushing out. The ranges they provide show values that are not a pure "open" or a pure "closed" condition, they show values that can be a high resistance or low resistance fault among other things. I can't explain VD and unequal resistances in a series/parallel circuit to you, that you're going to need to do your own homework on....which would lead a tech to suspect the series/parallel circuits that are connected to your system.
If you really want to see, I'll have to expose my demo system to the WWW, but the issues aren't there on it.
Let's start breaking out the system and post up a BOM and connected devices to start to see where to start, but the M1 isn't the culprit here.
I would suggest you consider ground loops and ground faults, as DEOLR is NOT tolerant of any of these conditions and the voltages you are posting are out of whack with what I am seeing on my bench system, even when you toss a loop resistance of 5-10 ohms (VERY high for a NC loop and cable).