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We study temperature dependent upper critical field $H_{\rm c2}$ of aSrFe$_{1.85}$Co$_{0.15}$As$_{2}$ single crystal (\textit{T$_c$}=20.2 K) along\textit{ab}-plane and \textit{c}-axis through resistivity measurements up to 50T. For the both crystalline directions, $H_{\rm c2}$ becomes nearly isotropicat zero temperature limit, reaching $\sim$ 48 T. The temperature dependence ofthe $H_{\rm c2}$ curves is explained by interplay between orbital and Paulilimiting behaviors combined with the two band effects.

Nearly isotropic upper critical fields in a SrFe$_{1.85}$Co$_{0.15}$As$_{2}$ single crystal