In this paper the generalized localization principle for the spherical partial sums of the multiple Fourier series in the L2-class is proved, that is, if f. L2(TN) and f = 0 on an open set similar to. TN, then it is shown that the spherical partial sums of this function converge to zero almost-everywhere on similar to. It has been previously known that the generalized localization is not valid in L p(TN) when 1 = p < 2. Thus the problem of generalized localization for the spherical partial sums is completely solved in L p(TN), p = 1: if p = 2 then we have the generalized localization and if p < 2, then the generalized localization fails.