  The interplay of the microscopic models and the symmetry considerations in
application to the superconducting state of putative chiral superconductor
Sr2RuO4 are presented. There is demonstrated that chiral two-band
superconducting ordering recently proposed as candidate for the superconducting
state in this material and having the long-expected property such as the
intrinsic Hall effect does not exist as energetically disadvantageous in
comparison with the states not supporting the Hall effect. Other chiral
multi-band superconducting states with intraband pairing do not support an
intrinsic Hall properties as well. The superconducting states with direct
interband pairing could serve as the probable candidates for the Hall effect
existence.
