Actuating handle pair (10, 10') for a door, wherein on each side surface (22, 22') of the door is to be arranged in each case one actuating handle (10, 10'), in each case with one stop element (40, 40'), which can be fixed to the door with at least one fastening element (50, 50'), and having a handle (60, 60') for actuating the door and/or for actuating a closing device arranged in the door, a) wherein the fastening element (50, 50') is connected with the respective stop element (40, 40') and is able to be guided through a side surface (22, 22') of the door into the closing device, b) wherein the fastening element (50, 50') is arranged and/or designed such that it can be fixed on and/or in the closing device perpendicular to the longitudinal axis of the stop element (40, 40'), and wherein the fastening element (50, 50') is designed such that it protrudes at least in sections through the closing device in the installed position of the actuating handle (10, 10'), c) wherein at least one of the handles (60, 60') is mounted in the respective stop element (40, 40') so as to be able to be rotated and/or pivoted, d) that the rotational and/or pivotal movement of the rotatable and/or pivotable handle relative to the stop element (40, 40') can be locked or blocked by means of a locking apparatus, e) wherein the locking apparatus has at least one detent member for locking or blocking the handle, f) wherein the detent member of the locking apparatus can be actuated by means of actuating members (94, 94') present on both sides of the door, g) wherein the respective actuating member (94, 94') is mounted in or on the associated stop element (40, 40') so as to be rotatable and/or pivotable, h) wherein the detent member is arranged on a shaft which is rotatably mounted, i) wherein each actuating member (94, 94') rests with a step-shaped appendage (95, 95') rotatably in respectively one recess (44, 44') in the stop elements (40, 40') arranged on both sides of the door, wherein between each actuating member (94, 94') and each stop element (40, 40') is arranged a bearing element, and j) wherein the shaft penetrates through the stop elements (40, 40'), the side surfaces (22, 22') of the door and the closing device, wherein the shaft is arranged at a radial distance to the rotational axis of a locknut in the closing device, such that in the installed position it passes rotatably through a further breakthrough in the closing device. a) wherein the fastening element (50, 50') is connected with the respective stop element (40, 40') and is able to be guided through a side surface (22, 22') of the door into the closing device, b) wherein the fastening element (50, 50') is arranged and/or designed such that it can be fixed on and/or in the closing device perpendicular to the longitudinal axis of the stop element (40, 40'), and wherein the fastening element (50, 50') is designed such that it protrudes at least in sections through the closing device in the installed position of the actuating handle (10, 10'), c) wherein at least one of the handles (60, 60') is mounted in the respective stop element (40, 40') so as to be able to be rotated and/or pivoted, d) that the rotational and/or pivotal movement of the rotatable and/or pivotable handle relative to the stop element (40, 40') can be locked or blocked by means of a locking apparatus, e) wherein the locking apparatus has at least one detent member for locking or blocking the handle, f) wherein the detent member of the locking apparatus can be actuated by means of actuating members (94, 94') present on both sides of the door, g) wherein the respective actuating member (94, 94') is mounted in or on the associated stop element (40, 40') so as to be rotatable and/or pivotable, h) wherein the detent member is arranged on a shaft which is rotatably mounted, i) wherein each actuating member (94, 94') rests with a step-shaped appendage (95, 95') rotatably in respectively one recess (44, 44') in the stop elements (40, 40') arranged on both sides of the door, wherein between each actuating member (94, 94') and each stop element (40, 40') is arranged a bearing element, and j) wherein the shaft penetrates through the stop elements (40, 40'), the side surfaces (22, 22') of the door and the closing device, wherein the shaft is arranged at a radial distance to the rotational axis of a locknut in the closing device, such that in the installed position it passes rotatably through a further breakthrough in the closing device.