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57Fe Moessbauer spectroscopy was applied to investigate the superconductorparent compound Fe(1+x)Te for x=0.06, 0.10, 0.14, 0.18 within the temperaturerange 4.2 K - 300 K. A spin density wave (SDW) within the iron atoms occupyingregular tetrahedral sites was observed with the square root of the mean squareamplitude at 4.2 K varying between 9.7 T and 15.7 T with increasing x. Threeadditional magnetic spectral components appeared due to the interstitial irondistributed over available sites between the Fe-Te layers. The excess ironshowed hyperfine fields at approximately 16 T, 21 T and 49 T for threerespective components at 4.2 K. The component with a large field of 49 Tindicated the presence of isolated iron atoms with large localized magneticmoment in interstitial positions. Magnetic ordering of the interstitial irondisappeared in accordance with the fallout of the SDW with the increasingtemperature.

M\"{o}ssbauer study of the '11' iron-based superconductors parent compound Fe(1+x)Te