  Spin Hall effect at finite wave vector in a ferromagnetic conductor is
theoretically studied by calculating the spin density as the linear response to
an applied electric field. The cases of a spin-orbit interaction due to random
impurities and a localized Rashba interaction are considered. It is shown that
the spin Hall effect has a broad response for the wave vector $q\lesssim 2\kf$
where $\kf $ is the Fermi wave vector. This fact confirms the local nature of
the spin-charge conversion effects.
