Abstract: A clamp assembly includes a body having a base and first and second jaw guides extending outwardly from the base. A trough has first and second ends formed between the first and second jaw guides. First and second jaws are movably received in the trough for receiving a cable therebetween. The first jaw engages the first jaw guide. The second jaw engages the second jaw guide. The first jaw engages the second jaw such that the first and second jaws move together. A pin is disposed in the body proximal the first end of the trough. A spring has a first end connected to the pin and a second end connected to the second jaw to bias the first and second jaws toward the first end of the trough.

Abstract: A clamp assembly includes a body having a base and first and second jaw guides extending outwardly from the base. A trough has first and second ends formed between the first and second jaw guides. First and second jaws are movably received in the trough for receiving a cable therebetween. The first jaw engages the first jaw guide. The second jaw engages the second jaw guide. The first jaw engages the second jaw such that the first and second jaws move together. A pin is disposed in the body proximal the first end of the trough. A spring has a first end connected to the pin and a second end connected to the second jaw to bias the first and second jaws toward the first end of the trough.

Abstract: An electrical connector and conductor assembly cover is provided including a main housing section and a magnifying window section. The main housing section forms a connector receiving area. The connector receiving area is sized and shaped to house an electrical connector therein. The magnifying window section in the main housing section is located between the connector receiving area and an exterior of the cover such that a user can view a magnified image of a marking on the electrical connector in the connector receiving area from the exterior of the cover without opening the main housing section.