Abstract: A method of operating a suppression system includes opening a discharge valve associated with a pressurized vessel containing suppression agent in response to detection of a hazardous condition within an area being monitored, releasing suppression agent into the area being monitored via a discharge nozzle, and detecting that the hazardous condition is no longer present in the area being monitored. The discharge valve is closed by the actuator in response to detecting that the hazardous condition is no longer present in the area being monitored.

Abstract: An injection assembly having an injection adapter for injecting pressurized gas in containers is disclosed. The injection adapter comprises a body adapted to be coaxially coupled to an opening of a container. The body comprises a discharge passage adapted to allow a flow of fire suppression agent from the container. Further, the body comprises at least one injecting passage adapted to be in fluid communication with an ullage space of the container. The at least one injecting passage is adapted to supply pressurized gas from a canister to an ullage space within the container.

Abstract: A system includes a battery mounting area, a venting area fluidly isolated from the battery mounting area, and a battery cell arranged at least partially within the battery mounting area. The battery cell includes at least one safety vent that is fluidly coupled to the venting area.

Abstract: A method of operating a suppression system includes opening a discharge valve associated with a pressurized vessel containing suppression agent in response to detection of a hazardous condition within an area being monitored, releasing suppression agent into the area being monitored via a discharge nozzle, and detecting that the hazardous condition is no longer present in the area being monitored. The discharge valve is closed by the actuator in response to detecting that the hazardous condition is no longer present in the area being monitored.