  We study theoretically a junction consisting of a normal metal, PT-symmetric
non-Hermitian superconductor, and an insulating thin layer between them
(N-I-PTS junction). We calculate current-voltage characteristics for this
junction using left-right and right-right bases and compare the results. We
find that in the left-right basis, the Andreev-scattered particles move in the
opposite direction compared to the right-right basis and conventional Andreev
scattering. This leads to profound differences in current-voltage
characteristics. Based on this and other signatures, we argue that left-right
basis is not applicable in this case. Remarkably, we find that the growth and
decay with time of the states with imaginary energies in right-right basis are
equilibrated.
