You cannot measure the resistance of a timer base. Oh, you can measure it, but you cannot get any real information from the results.
The reason is that the timerbase has active circuits inside it, and they respond differently from timerbase to timerbase, and from meter to meter.
Also, you don't indicate which polarity the meter leads were. Do it again, and see that the readings change when you swap leads.
Except for the first measurement, you only show one side of the connection....are we to assume(???) that one side stayed constant...the stbd white, and then you went thru the rest of the wires....if so....long assumption is required, and I hate assuming anything.
The real questionable reading was on the port purple wire 0....well 0 (zero) ohms is a dead short, not an open. Are we to assume(???) dead short, or as you say open which would be an infinite ohms reading.? If it is a dead short, then #4 would be dead all the time. If it is infinite high resistance, could be because of the meter, and the internal circuitry for that particular purple wire.
No, you cannot accurately measure a timerbase.
Do as EMD says, measure voltages using a DVA adapter.
If you ignore my advice, please take the time to measure the new timerbase you get, and see the difference.
