A system for detecting and handling an overload event in a crusher system, the system comprising a crusher system for comminution of material, the crusher system comprising: A crusher for comminution of material comprising: a crusher frame, a crusher bowl comprising a bowl thread, an adjustment ring for adjusting a setting of the crusher, where the adjustment ring is configured to go into engagement with the bowl thread, a clamping arrangement configured to clamp the bowl thread together with the adjustment ring, and a protective cylinder configured to hold the adjustment ring in contact with the crusher frame, where in an overload event the protective cylinder allows the adjustment ring to move relative to the crusher frame, wherein the system further comprises: a clamping pressure sensor configured to measure a clamping pressure of the clamping arrangement, and a processing unit communicatively connectable to the clamping pressure sensor, where the processing unit is configured to: - receive a clamping pressure signal from the clamping pressure sensor, wherein the clamping pressure signal is indicative of one or more clamping pressures measured by the clamping pressure sensor, - compare the received clamping pressure signal to a clamping pressure threshold (81, 84) to detect an overload event, and - output an alarm signal and/or an instruction adjusting an operation parameter of the crusher system, if the received clamping pressure signal exceeds the clamping pressure threshold (81, 84). a crusher frame, a crusher bowl comprising a bowl thread, an adjustment ring for adjusting a setting of the crusher, where the adjustment ring is configured to go into engagement with the bowl thread, a clamping arrangement configured to clamp the bowl thread together with the adjustment ring, and a protective cylinder configured to hold the adjustment ring in contact with the crusher frame, where in an overload event the protective cylinder allows the adjustment ring to move relative to the crusher frame, wherein the system further comprises: a clamping pressure sensor configured to measure a clamping pressure of the clamping arrangement, and a processing unit communicatively connectable to the clamping pressure sensor, where the processing unit is configured to: - receive a clamping pressure signal from the clamping pressure sensor, wherein the clamping pressure signal is indicative of one or more clamping pressures measured by the clamping pressure sensor, - compare the received clamping pressure signal to a clamping pressure threshold (81, 84) to detect an overload event, and - output an alarm signal and/or an instruction adjusting an operation parameter of the crusher system, if the received clamping pressure signal exceeds the clamping pressure threshold (81, 84). a clamping pressure sensor configured to measure a clamping pressure of the clamping arrangement, and a processing unit communicatively connectable to the clamping pressure sensor, where the processing unit is configured to: - receive a clamping pressure signal from the clamping pressure sensor, wherein the clamping pressure signal is indicative of one or more clamping pressures measured by the clamping pressure sensor, - compare the received clamping pressure signal to a clamping pressure threshold (81, 84) to detect an overload event, and - output an alarm signal and/or an instruction adjusting an operation parameter of the crusher system, if the received clamping pressure signal exceeds the clamping pressure threshold (81, 84). - receive a clamping pressure signal from the clamping pressure sensor, wherein the clamping pressure signal is indicative of one or more clamping pressures measured by the clamping pressure sensor, - compare the received clamping pressure signal to a clamping pressure threshold (81, 84) to detect an overload event, and - output an alarm signal and/or an instruction adjusting an operation parameter of the crusher system, if the received clamping pressure signal exceeds the clamping pressure threshold (81, 84).