  We investigate conductances and current correlations in a system consisting
of a normal multichannel conductor connected to one superconducting and two
ferromagnetic electrodes. For antiparallel orientation of the ferromagnet
polarizations, current injection from one ferromagnet can, due to Andreev
reflection, lead to a net drag of current from the second ferromagnet toward
the superconductor. We present the conditions for the Andreev drag in terms of
the degree of lead polarizations, contact conductances and spin-flip
scattering. Remarkably, both equilibrium and nonequilibrium zero-frequency
current correlations between the ferromagnets become positive even in the
presence of spin relaxation.
