  Neutron scattering results for the tetragonal compound CeRhIn5 give evidence
for two crystal field (CF) excitations at 6.9 and 23.6 meV. The scattering can
be fit assuming a set of CF parameters B$^{0}_{2}$ = -1.03 meV, B$^{0}_{4}$ =
0.044 meV and B$^{4}_{4}$ = 0.122 meV. To compare our results to previous work,
we calculate the susceptibility and specific heat for this CF scheme, including
a molecular field term $\lambda = $35 mol/emu to account for the Kondo effect.
We also include a calculation based on these CF parameters that uses the
non-crossing approximation to the Anderson model to estimate the effect of
Kondo physics on the susceptibility, specific heat and neutron linewidths.
