·Gauge matrix size, grid length and width, thicknesses, overlay and materials remain the same.
·Resistance and tolerances remain the same.
·Enameled wires are replaced by a thin, double sided, flex circuit (FPC).
Main properties of the FPC:
-Same ohms/foot resistance as in the original enameled wires.
-Designed for minimum width and thickness while still maintaining resistance/foot, for maximum FPC flexibility.
-Integrated stress relief loops and free FPC length for adding an additional strain relief loop in case needed.
-Conversion to 3 wire at the FPC’s end, same as in current enameled wire version
-Standard C4A DFV, 9 foot, 3wire x3, cable is soldered to the flex using our automated C4A wire soldering line.
·Standard C4A packaging, 5pcs/box.
·2 wires configuration and various cable length options will also become available
The change from thin wires to a flex circuit concept enables simple handling and robust product, while allowing for greater flexibility during installation.
