  Radiative decays of the radially excited charmonium resonance, \psi(2S), into
\pi\pi, K Kbar and \eta\eta final states have been measured in a sample of 3.96
* 10^6 \psi(2S) events collected by the BES collaboration. The branching ratios
B(\psi(2S) -> \gamma f_{2}(1270)) = (2.27 +- 0.26 +- 0.39) * 10^{-4} and
B(\psi(2S) -> \gamma f_0(1710)) * B(f_0(1710) -> K^+ K^-) = (5.59 +- 1.12 +-
0.93) * 10^{-5} are obtained. When compared to the corresponding radiative
J/\psi decays, the observed \psi(2S) radiative decay rates into \gamma
f_2(1270) and \gamma f_0(1710) are consistent with the 15% rule.
