I've done a resistance check with my multimeter:
term resistance 2k, Default settings( 2v Resolution 1 ohm)
1 0.003
2 no reading, infinite, etc
3 0.001
4 0.004
5 001 at 2k ohm setting 2.2 at 200 ohm setting
6 36.6b at 200 ohm setting 8 0
10 no reading
11 0.001
12 0.02
13 0
14 no reading
15 001 at 2k ohm setting 2.2 at 200 ohm setting
16 36.1 at 200 ohm setting 18 0.004
20 no reading
21 0.002
22 no reading
23 no reading
24 no reading
25 0.4
26 no reading
27 no reading
28 0.001
29 0.04
30 no reading
31 0.001
32 no reading
33 0.001
34 0.001
From what I can gather, the terminals in question are 5,6, 15 and 16.
Based on the manual these should be the results:
terminal ideal Resistances
1 0
2 *
3 0
4 0-100
5 2.2k
6 * (could read around 25KΩ)
8 0
10 *
11 0
12 0-100
13 0
14 *
15 2.2k
16 * (could read around 25KΩ)
18 0
20 *
21 0
22 *
23 *
24 *
25 0
26 *
27 *
28 0
29 0
30 *
31 0
32 *
33 0
34 0
I also installed a pair of Dayton 100.uf 250v 5% in place of stock 100uf 250v capacitors. Could this contribute to resistance differences in terminal 5 and 15?
I think I need to get a new multimeter. I'm not even sure if mine is capable of getting 2.2k ohm readings. But its says on the site that it's capable of getting a resistance of Resistance: 0-2M ohm. Ohm setting is 2k so I guess that means its max is 2000 ohms.
http://www.armadatech.com/sites/default/files/sites/all/files/Pro30%20Manual.pdf Summary:
I guess in regards to the 5 and 15, I'll wait until picking up a new multimeter before continuing the investigation.
In regards to 6 and 16, the numbers are consistent. Would it be ok to ignore the discrepancies between the potential 25 ohms it says it could read and what I have until I do a voltage check?
Lastly, I had to replace a wire on 1L but I had trouble putting it back in after trying to take out all the solder i could. Can I put it in the 1U slot instead?
