[en] We present the time averaged temperature distribution of the fuel in the FRM II over a full operation cycle. Because of the single fuel element design the power distribution over the cycle changes clearly as the single control rod moves more and more away from the core centre. Any evaluation of the time averaged temperature distribution must take this into account. Therefore the early developed module sequence Mf2dAb that led to the design of the fuel element of FRM II, was used to predict the power density distribution for different time steps of now fully 60 days of full power operation. For any of this time steps there was performed a quasi static temperature evaluation over and through the full fuel plate of FRM II compact core that is cooled with a typical inlet temperature of the primary light water cooling circuit. As a result it can be given the location of the hot temperature maximum, now at different burn up states (or cycle averaged) and not only for the moment of reactor start (BOC) that is the main point of regard for reactor safety evaluations. (author)