A multi-way valve for serving an actuator for axial displacement of an object, the multi-way valve comprises a control pressure channel and is configured to communicate an adjustable control pressure via said control pressure channel , the multi-way valve comprising: - a first control fluid channel extending between a first opening and said control pressure channel , wherein the first control fluid channel is constituted by a control fluid outlet channel and the first opening is constituted by a control fluid outlet, and wherein the first opening is configured to be connected to a control fluid sink (LP), - a second control fluid channel extending between a second opening and said control pressure channel , wherein the second control fluid channel is constituted by a control fluid inlet channel and the second opening is constituted by a control fluid inlet, and wherein the second opening is configured to be connected to a control fluid source (HP), - a valve body arrangement arranged in said control fluid outlet channel and in said control fluid inlet channel , in order to alternately open and close the control fluid outlet channel and the control fluid inlet channel , respectively and - an electrically controlled device having a drive member and an armature , the armature being displaceable back and forth under the effect of said drive member between an inactive position and an active position, wherein the multi-way valve is configured by means of the movement of the armature from the inactive position to the active position to displace the valve body arrangement from an inactive position where the control fluid outlet channel is open and the control fluid inlet channel is closed to an active position where the control fluid outlet channel is closed and the control fluid inlet channel is open, and the electrically controlled device further comprising a drive body connected to said armature and a first spring member arranged between the armature and said drive body , wherein the valve body arrangement is biased in the direction towards the inactive position by means of a second spring member , and in that the armature when located in the inactive position is biased in the direction towards the active position by means of a third spring member , the first spring member exerting a greater spring force than the third spring member . - a first control fluid channel extending between a first opening and said control pressure channel , wherein the first control fluid channel is constituted by a control fluid outlet channel and the first opening is constituted by a control fluid outlet, and wherein the first opening is configured to be connected to a control fluid sink (LP), - a second control fluid channel extending between a second opening and said control pressure channel , wherein the second control fluid channel is constituted by a control fluid inlet channel and the second opening is constituted by a control fluid inlet, and wherein the second opening is configured to be connected to a control fluid source (HP), - a valve body arrangement arranged in said control fluid outlet channel and in said control fluid inlet channel , in order to alternately open and close the control fluid outlet channel and the control fluid inlet channel , respectively and - an electrically controlled device having a drive member and an armature , the armature being displaceable back and forth under the effect of said drive member between an inactive position and an active position, <EOS>