  The H1 and ZEUS anomalous events are interpreted as being due to the
production and the decay of excited leptons $E$, which correspond to spin 1/2
resonances of the first generation lepton doublet ($\nu_e, e$) with W triplet.
This assumption is supported by considering of Bethe-Salpeter equation in the
ladder approximation with anomalous triple gauge boson vertex. The solution
with weak isospin $I = 3/2$ is shown to exist for zero mass state, that means
M_E$ is small in comparison with TeV mass scale. The coupling of $E$ with
leptons and $W$ is defined by the normalization condition. Calculation of the
$E$ width and the production cross-sections agrees with HERA data for value of
the triple $W$ coupling constant $\lambda \simeq 0.5$. Isotopic relations for
different channels are presented as a tool for checking the interpretation.
