We have measured In-115 nuclear magnetic resonance spectra and the spi
n-lattice relaxation rate T-1(-1) of CePd2In at temperatures between 0
.03 K and 30 K, for various frequencies and fields. The temperature de
pendence of the NMR spectrum indicates the onset of an antiferromagnet
ic phase below 1.2 K. We find that the magnetic structure is formed by
small localized Ce moments of 0.11 mu(B), which suggests substantial
Kondo screening of the 4f electrons. The temperature dependence of the
spin-lattice relaxation rate T-1(-1)(T) indicates the presence of low
-energy electronic excitations below 0.6 K. Its field dependence T-1(-
1)(H) shows that both the Kondo screening and the antiferromagnetic or
der are suppressed by the application of fields of the order of three
Tesla.