  We report theoretical results of the electric dipole moment (EDM) of
$^{210}$Fr which arises from the interaction of the EDM of an electron with the
internal electric field in an atom and the scalar-pseudoscalar electron-nucleus
interaction; the two dominant sources of CP violation in this atom. Employing
the relativistic coupled-cluster theory, we evaluate the enhancement factors
for these two CP violating interactions to an accuracy of about 3% and analyze
the contributions of the many-body effects. These two quantities in combination
with the projected sensitivity of the $^{210}$Fr EDM experiment provide
constraints on new physics beyond the Standard Model. Particularly, we
demonstrate that their precise values are necessary to account for the effect
of the bottom quark in models in which the Higgs sector is augmented by
nonstandard Yukawa interactions such as the two-Higgs doublet model.
