An isolator protection device , comprising: a housing ; an arrester body ; an isolator ; and a securing device ; wherein the housing comprises at least one wall and a first coupling feature, wherein the at least one wall comprises a top wall portion and at least one side wall portion , wherein the first coupling feature comprises an aperture that traverses the top wall portion, wherein the top wall portion and the at least one side wall portion form a cavity having a bottom end, wherein the first coupling feature is configured to couple to the arrester body , wherein the aperture of the first coupling feature is configured to receive an arrester coupling device of the arrester body , and wherein the at least one wall is configured to house an isolator body of the isolator within the cavity , wherein the isolator comprises an isolator coupling device that extends from a top outer surface of the isolator body and that is coupled to the arrester coupling device , wherein the isolator coupling device is coupled to the top outer surface of the isolator body , wherein the securing device is disposed within the cavity , wherein the securing device is configured to secure a stud of the isolator relative to the isolator body during normal operating conditions, and wherein the securing device comprises a potting compound that is configured to release the stud from the isolator body during a fault condition, the fault condition causing the potting compound to: liquify as a result of a temperature increase caused by the fault condition, or break apart as a result of a pressure increase caused by the fault condition. a housing ; an arrester body ; an isolator ; and a securing device ; wherein the housing comprises at least one wall and a first coupling feature, wherein the at least one wall comprises a top wall portion and at least one side wall portion , wherein the first coupling feature comprises an aperture that traverses the top wall portion, wherein the top wall portion and the at least one side wall portion form a cavity having a bottom end, wherein the first coupling feature is configured to couple to the arrester body , wherein the aperture of the first coupling feature is configured to receive an arrester coupling device of the arrester body , and wherein the at least one wall is configured to house an isolator body of the isolator within the cavity , wherein the isolator comprises an isolator coupling device that extends from a top outer surface of the isolator body and that is coupled to the arrester coupling device , wherein the isolator coupling device is coupled to the top outer surface of the isolator body , wherein the securing device is disposed within the cavity , wherein the securing device is configured to secure a stud of the isolator relative to the isolator body during normal operating conditions, and wherein the securing device comprises a potting compound that is configured to release the stud from the isolator body during a fault condition, the fault condition causing the potting compound to: liquify as a result of a temperature increase caused by the fault condition, or break apart as a result of a pressure increase caused by the fault condition. liquify as a result of a temperature increase caused by the fault condition, or break apart as a result of a pressure increase caused by the fault condition. <EOS>