  The influence of the partial-wave states with nonzero orbital moment of the
nucleon pair on the binding energy of the triton in the relativistic case is
considered. The relativistic generalization of the Faddeev equation in the
Bethe-Salpeter formalism is applied. Two-nucleon t matrix is obtained from the
Bethe-Salpeter equation with separable kernel of nucleon-nucleon interaction of
the rank one. The kernel form factors are the relativistic type of the
Yamaguchi functions. The following two-nucleon partial-wave states are
considered: $^1S_0$, $^3S_1$, $^3D_1$, $^3P_0$, $^1P_1$, $^3P_1$. The system of
the integral equations are solved by using the iteration method. The binding
energy of the triton and three-nucleon amplitudes are found. The contribution
of the P and D states to the binding energy of triton is given.
