  We derive a low temperature effective action for the order parameter in a
symmetrized phase A of helium 3, where the Fermi velocity equals the
transversal velocity of low energy fermionic quasiparticles. The effective
action has a form of the electromagnetic action. This analog electromagnetism
is a part of the program to derive analog gravity and the standard model as a
low energy effective theory in a condensed matter system. For the analog gauge
field to satisfy the Maxwell equations interactions in $^3$He require special
tuning that leads to the symmetric case.
