An actuator module (100; 200; 300) for releasing an equipment component, comprising: a module base, the module base forming a guide sleeve (4; 304); a release body (2; 202; 302) provided for coupling with the equipment component and inserted into the guide sleeve, which release body is arranged movably relative to the guide sleeve (4; 304) along a sleeve axis thereof from a standby position to a working position, wherein the release body is capable of effecting a release of the equipment component by transfer from the standby position to the working position, and wherein the actuator module (100; 200; 300) is configured such that the release body (2; 202; 302), in the standby position, is under the action of a first spring bias which urges the release body (2; 202; 302) towards the working position; a blocking body mounted on the guide sleeve (4; 304) and movable relative thereto between a blocking position and a release position, which, in its blocking position, effects a blocking of the release body (2; 202; 302) against movement from the standby position into the working position and, in its release position, allows movement of the release body (2; 202; 302) from the standby position into the working position, wherein the actuator module (100; 200; 300) is configured such that the blocking body, in its blocking position, is under the action of a second spring bias which urges the blocking body in the direction from the release position towards the blocking position; and an actuator unit for moving the blocking body from the blocking position to the release position, the actuator unit comprising at least one actuator wire (12; 13), made of a shape memory material and fixed with both wire ends to the module base and coupled to the blocking body, for applying an activation force counteracting the second spring preload, wherein the blocking body (8; 408) is arranged axially movable relative to the guide sleeve (4; 304) between its blocking position and its release position and that the actuator wire (12; 13) is guided with an axial up and down around the guide sleeve (4; 304), wherein the actuator wire (12; 13) is supported on the blocking body and the module base. a module base, the module base forming a guide sleeve (4; 304); a release body (2; 202; 302) provided for coupling with the equipment component and inserted into the guide sleeve, which release body is arranged movably relative to the guide sleeve (4; 304) along a sleeve axis thereof from a standby position to a working position, wherein the release body is capable of effecting a release of the equipment component by transfer from the standby position to the working position, and wherein the actuator module (100; 200; 300) is configured such that the release body (2; 202; 302), in the standby position, is under the action of a first spring bias which urges the release body (2; 202; 302) towards the working position; a blocking body mounted on the guide sleeve (4; 304) and movable relative thereto between a blocking position and a release position, which, in its blocking position, effects a blocking of the release body (2; 202; 302) against movement from the standby position into the working position and, in its release position, allows movement of the release body (2; 202; 302) from the standby position into the working position, wherein the actuator module (100; 200; 300) is configured such that the blocking body, in its blocking position, is under the action of a second spring bias which urges the blocking body in the direction from the release position towards the blocking position; and an actuator unit for moving the blocking body from the blocking position to the release position, the actuator unit comprising at least one actuator wire (12; 13), made of a shape memory material and fixed with both wire ends to the module base and coupled to the blocking body, for applying an activation force counteracting the second spring preload, wherein the blocking body (8; 408) is arranged axially movable relative to the guide sleeve (4; 304) between its blocking position and its release position and that the actuator wire (12; 13) is guided with an axial up and down around the guide sleeve (4; 304), wherein the actuator wire (12; 13) is supported on the blocking body and the module base.