The lifetimes and the magnetic moments of the two excited 62Cu states at 40.84 and 390.19 keV are investigated by time differential perturbed angular distribution measurements of the delayed y-rays following the nuclear reactions 61Ni(d, n) and 62Ni (p, n). The results are: r=6.7_ 0.5 nsec,/t= 1.32_ 0.03 n. m. for the 2 + state at 40.84 keV, and T= 16.0_ 0.3 nsec,/t=2.00+ 0.01 n. m. for the 3 + state at 390.19 keV.