  We investigate the pattern of CP violation in \Kd, \Bd and \Bs mixing in a
symmetrical \model model with spontaneous CP violation. Performing a careful
analysis of all relevant restrictions on the model's parameters from $\Delta
M_K$, $\Delta M_{B_d}$, $\Delta M_{B_s}$, $\epsilon_K$, the sign of \ee and the
mixing-induced CP asymmetry in \goldd, we find that the mass of the
right-handed charged gauge-boson, $M_2$, is restricted to be in the range 2.75
to 13$ $TeV, and that the mass of the flavour-changing neutral-Higgs bosons,
$M_H$, must be between 10.2 to 14.6$ $TeV. We also find that the model,
although still compatible with present experimental data, cannot accomodate the
SM prediction of large CP violation in \goldd, but, on the other hand, predicts
a large CP-asymmetry of ${\cal O}(40%)$ in \golds. These specific predictions
make it possible to submit the model to a scrupulous test at B factories and
hadron colliders.
