  We investigate the physical properties of a single crystal of uranium
telluride U$_{7}$Te$_{12}$. We have confirmed that U$_{7}$Te$_{12}$
crystallizes in the hexagonal structure with three nonequivalent
crystallographic uranium sites. The paramagnetic moments are estimated to be
approximately 1 $\mu_{\rm B}$ per the uranium site, assuming a uniform moment
on all the sites. A ferromagnetic phase transition occurs at $T_{\rm C}=48$ K,
where the in-plane magnetization increases sharply, whereas the out-of-plane
component does not increase significantly. With decreasing temperature further
below $T_{\rm C}$ under field-cooling conditions, the out-of-plane component
increases rapidly around $T^{\star}=26$ K. In contrast, the in-plane component
hardly changes at $T^{\star}$. Specific heat measurement indicates no
$\lambda$-type anomaly around $T^{\star}$, so this is a cross-over suggesting a
reorientation of the ordering moments or successive magnetic ordering on the
part of the multiple uranium sites.
