Final answer:
The extraction force required to remove the cable from the actuator upper disconnect assembly is typically specified in the manufacturer's documentation or can be calculated based on the design and materials of the assembly. Consistent with professional and safety standards, engineers should refer to the appropriate maintenance manual or conduct controlled tests to determine this value.
Step-by-step explanation:
The extraction force required to remove the cable from the automatic survival kit actuator upper disconnect assembly depends on the specifications provided by the manufacturer within the design parameters of the actuator, which includes the force tolerance, the connection type, and the materials used. Typically, this extraction force is detailed in the maintenance manual or the engineering documentation for the equipment concerned.
In practical applications, it can be determined experimentally or calculated based on known properties of the assembly, such as friction coefficients between cable and connector materials, the engagement mechanism of the disconnect -- possibly involving a locking pin or a release trigger -- and the operational environment factors which might affect the force required, like temperature, pressure, or the presence of corrosive elements.
To determine the precise extraction force, you may need to consult the manual of the specific equipment or conduct a series of tests under controlled conditions to simulate the actual use-case scenarios where the disconnect would occur. Engineers involved in this process should follow the guidelines set out by regulatory bodies and organizations overseeing the safety and effectiveness of such equipment.