  We analyze the effects of introducing vector-like leptons in the Higgs
Triplet Model providing the lightest vector-like neutrino as a Dark Matter
candidate. We explore the effect of the relic density constraint on the mass
and Yukawa coupling of dark matter, as well as calculate the cross sections for
indirect and direct dark matter detection. We show our model predictions for
the neutrino and muon fluxes from the Sun, and the restrictions they impose on
the parameter space. We show that this model, with a restricted parameter
space, is completely consistent with dark matter constraints, and indicate the
resulting mass region for the dark matter.
