This came up on the first page of a Google search:
Resistances between the pins of the rotator socket should be as follows:
Pin 1 to pin 2: 0 to 500 ohms
Pin 1 to pin 3: 500 ohms
Pin 2 to pin 3: 500 to 0 ohms
Pin 4 to pin 5: 6 ohms with the rotator in mid-range, 18 ohms
(polarized) with the rotator at either end of rotation.
At the controller socket, approximately 6 VDC should be present between pin
1(+) and pin 3. Also, 8 to 24 VDC should be present between pins 4 and 5,
with the actual voltage depending on the Speed control setting, and the
polarity determined by the Right and Left switches. If the Preset mode is
active, voltage between pins 4 and 5 will vary.
Note that the resistance checks at pins 1, 2, and 3 must be made with the
controller disconnected. No, I don't know what (polarized) ohms are...
Chuck W5PR
On Fri, Mar 29, 2019 at 5:25 PM Tony <dxdx@optonline.net> wrote:
All:
The indicator on my Yaesu 2800 rotor has stopped working. I put a Yaesu
1000 control box in line and the same thing happens. I have an Array
Solutions lightning protector in line and was told it could be an MOV /
CAP that's gone bad on the indicator control line.
If that's not the problem, I'm going to need to test the rotor pots via
the cable and was wondering if anyone can pass along the proper procedure.
Thanks,
Tony
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