  We successfully synthesized new layered iron oxypnictide Sr2CrO2(FeAs)2 by
solid-state-reaction techniques. This is the first report on the Fe-substituted
Sr2Mn3As2O2-type oxypnictides to our knowledge. A pellet of stoichiometric
mixtures of SrO, Cr and FeAs wrapped with tantalum foil was sintered at
900{\deg}C for 96 h. Results of x-ray diffraction measurement and Rietveld
refinements show that the structure of the sample belongs to the space group of
I4/mmm with the lattice constants of a = 3.9948(1) {\AA} and c = 18.447(1)
{\AA}. Temperature dependence of the resistivity for Sr2CrO2(FeAs)2 shows
semiconductor-like behavior. Additionally, the sample does not exhibit
superconducting transition in measurements of resistivity and magnetization
even in the low temperature down to 3 K.
