  The CMS $e^+ e^- jj$ events of invariant mass near 2 TeV are consistent with
a $W'$ boson decaying into an electron and a right-handed neutrino whose
TeV-scale mass is of the Dirac type. We show that the Dirac partner of the
right-handed electron-neutrino can be the right-handed tau-neutrino. A
prediction of this model is that the sum of the $\tau^+ e^+ jj$ and $\tau^- e^-
jj$ signal cross sections equals twice that for $e^+ e^- jj$. The Standard
Model neutrinos acquire Majorana masses and mixings compatible with neutrino
oscillation data.
