An electrical cable connector comprising: a first member comprising a body having an internal cavity extending from an open end to a floor, wherein the body comprises a wall structure extending axially between the open end and the floor, wherein a number of electrical terminals extend through the floor and into the internal cavity; and a second member comprising an internal cavity extending from a second member open end to a second member floor, the second member comprising a wall structure extending axially between the second member open end and the second member floor, wherein the second member is disposed within the first member internal cavity with the second member wall structure positioned within the first member wall structure, wherein the second member floor is positioned adjacent the first member floor, wherein the second member floor accommodates placement of the electrical terminals therethrough into the internal cavity of the second member; wherein the second member includes a cap having a locking element for attaching with a portion of an electrical cable or plug to retain attachment of the electrical cable or plug to the second member; wherein the second member is removably connected with the first member by engagement of a second member surface feature with a complementary first member surface feature, the surface features (148, 146) constructed to decouple or break away when subjected to a threshold force caused by a pulling of the electrical cable on the connector, wherein the surface feature of the first member is positioned on the first member wall structure; characterised in that the second member includes a sleeve that extends concentrically outside of the second member wall structure and that is sized to accommodate placement of the first member wall structure therebetween. a first member comprising a body having an internal cavity extending from an open end to a floor, wherein the body comprises a wall structure extending axially between the open end and the floor, wherein a number of electrical terminals extend through the floor and into the internal cavity; and a second member comprising an internal cavity extending from a second member open end to a second member floor, the second member comprising a wall structure extending axially between the second member open end and the second member floor, wherein the second member is disposed within the first member internal cavity with the second member wall structure positioned within the first member wall structure, wherein the second member floor is positioned adjacent the first member floor, wherein the second member floor accommodates placement of the electrical terminals therethrough into the internal cavity of the second member; wherein the second member includes a cap having a locking element for attaching with a portion of an electrical cable or plug to retain attachment of the electrical cable or plug to the second member; wherein the second member is removably connected with the first member by engagement of a second member surface feature with a complementary first member surface feature, the surface features (148, 146) constructed to decouple or break away when subjected to a threshold force caused by a pulling of the electrical cable on the connector, wherein the surface feature of the first member is positioned on the first member wall structure; characterised in that the second member includes a sleeve that extends concentrically outside of the second member wall structure and that is sized to accommodate placement of the first member wall structure therebetween.