  We explore the possibility of having superpartners of triplet Higgs bosons,
named as 'triplinos'. They form a part of light neutralinos and charginos in a
$Y=0$ extended supersymmetric Standard Model. For this model such
electroweakinos do not have direct couplings to the Standard Model fermions. On
top of that, due to very compressed spectrum for lighter neutralinos and
charginos, their decay products coming from three body decays are very soft and
thus can evade the current collider bounds. These decays are particularly
interesting since they give rise to displaced leptonic signatures. We
categorise the parameter space, while exploring different displaced decay
possibilities. A PYTHIA based simulation has been performed to find out the
displaced charged lepton, jet and $b$-jet final states at the LHC with center
of mass energy of 14 TeV.
