We present a velocity profile and metering characteristic of the flow of electric-rheological suspension. The results are based on a rheological law obtained by using the statistical electrodynamics in the way similar to the Arrhenius law. Using a nonlinear equation of motion obtained on the bases of this law, we arrive at the sequence of velocity profiles that converges to a steady-state profile that in its turn is similar to a profile obtained directly from the rheological law.