@dover Thanks for your thoughts. I am beginning to appreciate one of the virtues of the ET arm regarding wire management / VTF.
Having tried a few applications that involve attachment to the carrier, I am of the opinion that the wire harness should not touch the carrier at all. The carrier is in direct contact with air pressure applied to the arm. Any attachment to the carrier affects its leveling and alters the air pressure asserted to the arm. Any application that touches the carrier in order to secure the wires, be it a plastic tag or a 'flagpole', creates wild discrepancies in the VTF between inner and outer platter. My guess is that the attachments on the carrier alters the air pressure in a far greater extent than the contacts of the wire harness on the wand. Hence I could not get consistent VTF readings even with the cartridge in the same location on the platter. A mere reset of the wand to make another measurement is enough to change the VTF!
As mentioned above, splitting the wires into two and reconnect at the pivot point of the wand seem to create the least damage for now.
Having tried a few applications that involve attachment to the carrier, I am of the opinion that the wire harness should not touch the carrier at all. The carrier is in direct contact with air pressure applied to the arm. Any attachment to the carrier affects its leveling and alters the air pressure asserted to the arm. Any application that touches the carrier in order to secure the wires, be it a plastic tag or a 'flagpole', creates wild discrepancies in the VTF between inner and outer platter. My guess is that the attachments on the carrier alters the air pressure in a far greater extent than the contacts of the wire harness on the wand. Hence I could not get consistent VTF readings even with the cartridge in the same location on the platter. A mere reset of the wand to make another measurement is enough to change the VTF!
As mentioned above, splitting the wires into two and reconnect at the pivot point of the wand seem to create the least damage for now.