  As sequel to a recent paper we examine the phenomenology of the full
electroweakino sector of the pMSSM without invoking the adhoc but often
employed assumption that the heavier ones are decoupled. We identify several
generic models which illustrate the importance of the heavier electroweakinos
and constrain them with the LHC $3l$ + ${E\!\!\!\!/_T}$ data. The constraints
are usually stronger than that for decoupled heavier electroweakinos indicating
that the LHC data is already sensitive to their presence. We also take into
account the constraints from the observed dark matter relic density of the
universe and precisely measured anomalous magnetic moment of the muon. Using
the allowed parameter space thus obtained, we show that in addition to the
conventional $3l$ + ${E\!\!\!\!/_T}$ signatures novel multilepton ($ml$) +
${E\!\!\!\!/_T}$ final states with $m > 3$, which are not viable in models with
lighter electroweakinos only, can be observed before the next long shut down of
the LHC.
