The properties of dilute solutions of regular polyampholytes in the presence of a low-molecularmass salt were studied by means of stochastic dynamics simulation. The number-average concentration of polymer units in solution did not exceed 0.038, a value that is below the coil overlap concentration at N= 1024. The effect of charge (valence) of ions of an added salt on the macromolecule size and distribution of the salt inside the polymer coil at different temperatures was considered. It was found that the condensation of salt ions over the temperature range examined (1 ≤T≤2ε/k B) takes place in the case of multiply charged systems of the (+4−4) or (+4−2) type. The maximal penetration of salt ions into the volume of the macromolecule was observed in the case of a (+2−2) salt.