  We analyze the signal at the Tevatron for the doubly charged Higgs superfield
of supersymmetric left-right models with gauge mediated supersymmetry breaking.
Due to the presence of a new coupling, the lighter stau is usually less massive
than the lightest neutralino and is frequently the NLSP. The fermionic part of
the doubly charged Higgs field decays dominantly into two tau leptons plus
missing energy (gravitino). We find that the inclusive two tau jets and three
tau jets plus missing energy signatures could be observable at Run II of the
Tevatron. We also find that the distribution in angle between the two highest
E_T tau jets when they come from same sign tau leptons can be used to
distinguish this model from the others.
