Sensor plate , which serves as a slide bearing element or guide element for roll stands , comprising at least one slide bearing surface , which can be brought into contact with a component and which in operation of a roll stand is subject to wear, and at least one wear sensor , which is suitable for detection of material removal at the slide bearing surface and for that purpose comprises an electrical resistance formed from at least one electrical conductor , which is preferably arranged to extend in sections parallel to the slide bearing surface , wherein the wear sensor when material removal at the slide bearing surface occurs, is itself mechanically abraded therewith, wherein the sensor plate comprises a plurality of wear sensors arranged in the form of an (m x n) matrix, wherein the wear sensors each comprise at least one electrical conductor or a plurality of electrical conductors , wherein each electrical conductor extends by a section thereof parallel to the slide bearing surface and the plurality of electrical conductors have respectively different spacings from the slide bearing surface , wherein the parameter m and/or parameter n adopts or adopt at least the numerical value 2 or a value > 2, characterised in that a plurality of measuring sensors is provided, which are accommodated in the sensor plate by integration and are arranged in the form of an (a x b) matrix adjacent to the slide bearing surface in such a way that the measuring sensors on the one hand are not subject to the wear at the slide bearing surface and on the other hand are in a position of detecting the forces and/or expansions and/or deformations which act on the sensor plate and which arise as a consequence of areal, lineal or punctiform contact of the sensor plate with the component, wherein the parameters a and b by which the (a x b) matrix for the arrangement of the measuring sensors is formed respectively consist of integral values selected from the numerical range {1-100}. wherein the sensor plate comprises a plurality of wear sensors arranged in the form of an (m x n) matrix, wherein the wear sensors each comprise at least one electrical conductor or a plurality of electrical conductors , wherein each electrical conductor extends by a section thereof parallel to the slide bearing surface and the plurality of electrical conductors have respectively different spacings from the slide bearing surface , wherein the parameter m and/or parameter n adopts or adopt at least the numerical value 2 or a value > 2, characterised in that a plurality of measuring sensors is provided, which are accommodated in the sensor plate by integration and are arranged in the form of an (a x b) matrix adjacent to the slide bearing surface in such a way that the measuring sensors on the one hand are not subject to the wear at the slide bearing surface and on the other hand are in a position of detecting the forces and/or expansions and/or deformations which act on the sensor plate and which arise as a consequence of areal, lineal or punctiform contact of the sensor plate with the component, wherein the parameters a and b by which the (a x b) matrix for the arrangement of the measuring sensors is formed respectively consist of integral values selected from the numerical range {1-100}. <EOS>