The key objective is to measure three samples of composition Fe(1.05)Te, Fe(1.12)Te, and Fe(1.14)Te as a function of temperature (base to 80 K) through their magnetic ordering and crystallographic transitions. The iron tellurides are superconducting parent compounds with large moment on the iron site. We have recently done work on 19 different samples of Fe(1+x)Te to map out how the magnetic propagation vector changes as a function of interstitial iron, x. We would like to use the High-Resolution Powder Diffractomer (HRPD) to follow the crystal structure of three points on the phase diagram. We have chosen the two extremes, x = 5% and 14%, along with a special concentration, x = 12%, that leads to crystallographic phase separation. Spallation source neutrons along with the high-resolution of HRPD would allow us to obtain accurate structural information on the most important points.