  A dynamical calculation of the strange hidden charm pentaquark systems
$\Lambda_{c\bar{c}}$ is performed in the framework of the quark delocalization
color screening model. The effective potentials between two clusters are
calculated to investigate the interaction between the baryons and mesons. The
dynamic calculations indicate that the strange hidden charm pentaquark system
with $IJ^{P}=0\frac{1}{2}^{-}$ and $IJ^{P}=0\frac{3}{2}^{-}$ can form bound
states with the help of the channel-coupling. The energies of these two system
are 4094.3 MeV and 4207.4 Mev, respectively. These two $\Lambda_{c\bar{c}}$
states are possible to be intriguing pentaquark candidates which are worth
searching in experiments. Whereas, for the systems with isospin $I=1$, the
effective potentials of all channels are repulsive, and there is no any bound
state for these systems.
