The nonclassical properties of the nonlocal photon-added two-mode coherent state were investigated theoretically. The results show the excitation number has significant effect on cross correlation effect and sub-Poisson distribution effect. Only if the excitation number s6, the cross correlation effect can be observed. With increasing of the excitation number, the cross correlation effect will strengthen but the cross anticorrelation effect will weaken. On the other hand, the sub-Poisson distribution effect of the light field is decreased with the increase of the excitation number. Finally, a scheme for the preparation of the nonlocal photon-added two-mode coherent state based on trapped ions is proposed.