Abstract: A thermal detection assembly includes a housing extending between a first end and a second end. The first end of the housing being operably coupled with a surface of a power system and the housing extending through a passage of the surface. The housing includes interior surfaces defining a cavity that has an opening proximate the second end of the housing. An indicator device is disposed within the cavity and is engaged with a thermal spring system. Characteristics of the thermal spring system change responsive to being exposed to a temperature exceeding a designated threshold. The thermal spring system controls movement of the indicator device to move the indicator device from a first position to a second position responsive to the characteristics changing. A portion of the indicator device moves out of the cavity responsive to the thermal spring system moving the indicator device to the second position.

Abstract: A system and a method include one or more first spring assemblies and one or more second spring assemblies. Each first spring assembly includes a first spring housing including a first pocket, a first spring disposed within the first pocket, and a first pin disposed within the first pocket and extending from the first pocket. The first pins engage a surface of a body of a latch receiver to control a position of the body of the latch receiver. Each second spring assembly includes a second spring housing including a second pocket, a second spring disposed within the second pocket, and a second pin disposed within the second pocket and extending from the second pocket. The second pins engage a surface of a body of a latch pin to control a position of the body of the latch pin.