We present results from a BeppoSAX observation of the rich cluster Abell 32
66. The broadband spectrum (2-50 keV) of the cluster, when fitted with an o
ptically thin thermal emission model, yields a temperature of 8.1 +/- 0.2 k
eV and a metal abundance of 0.17 +/- 0.02 in solar units, with no evidence
of a hard X-ray excess in the Phoswich Detector System spectrum. By perform
ing a spatially resolved spectral analysis, we find that the projected temp
erature drops with increasing radius, going from similar to 10 keV at the c
luster core to similar to 5 keV at about 1.5 Mpc. Our BeppoSAX temperature
profile is in good agreement with the ASCA temperature profile of Markevitc
h et al. From our two-dimensional temperature map, we fmd that the gradient
is observed in all azimuthal directions. The temperature gradient may have
been caused by a recent merger event that was also responsible for a veloc
ity-dispersion gradient measured in the optical band. The projected metal a
bundance profile and the two-dimensional map are both consistent with being
constant.