The influence of the bath temperature on composition, current efficiency, structure, morphology, internal stresses and microhardness of Mn coatings obtained from manganese-ammonium sulphate electrolyte with 2.20 mM of Te(VI) additive at the current density of 15 A dm(-2) was investigated. It has been found that with rising of the bath temperature from 20 to 80 A degrees C the current efficiency increases from 37 to 71 %, the total concentration tellurium in the deposits increases from 0.9 to 1.6 wt% and the average size of crystallites of the coatings declines approx. from 24 to 15 nm. The structure of Mn coatings changes from the mixture of alpha-Mn and beta-Mn phases at the lower temperatures to alpha-Mn phase at higher temperatures. Large tensile stresses (from 76 to 106 MPa) were determined for the Mn coatings with the thickness of 1.5-2.0 mu m obtained at the initial stage of the deposition process.