  We investigate the experimental implications of the minimal gauge-mediated
low energy supersymmetry breaking (GMLESB) model for Fermilab Tevatron collider
experiments. We map out the regions of parameter space of this model that have
already been excluded by collider searches and by limits on $b\to s\gamma$. We
use ISAJET to compute the cross sections for a variety of topological
signatures which include photons in assocation with multiple leptons, jets and
missing transverse energy. The reach in the parameter $\Lambda$, which fixes
the scale of sparticle masses, is estimated to be $\sim 60$, 100 and 135 TeV
for Tevatron integrated luminosities of 0.1, 2 and 25 fb$^{-1}$, respectively.
The largest signals occur in photon(s) plus lepton(s) plus multi-jet channels;
jet-free channels containing just photons plus leptons occur at much smaller
rates, at least within this minimal framework.
