For a projectile with ejection categorized as mt, which safety elements apply?

For a projectile with ejection categorized as mt, which safety elements apply?

• A. He, frag, move, eject (filler), c/s
• B. He, frag, move, eject (filler), c/s, emr, static, 1hrwt
• C. He, frag, move, eject (filler), 1hrwt
• D. He, frag, move, fire, wp, vt, emr, static, 1hrwt

Answer: (A)

When a projectile has an ejection system categorized as mt, the main safety focus is on the hazards created by the ejection event itself: the potential for people to be struck by high-speed fragments, the danger from the ejecting charge and any filler material, and the need to keep personnel out of the ejection plume. You also need to coordinate actions and keep clear lines of communication to ensure everyone understands what to do and when. Therefore, the applicable safety elements are the human exposure hazard (protect anyone nearby), fragmentation (account for debris and shrapnel), movement (get people and equipment away from the ejecting device to a safe distance), the ejector filler hazard (manage the ejection charge and any filler material), and the command and control/communications aspect (to oversee and synchronize the safe handling). Other hazards like electromagnetic radiation, static electricity, waiting periods, or incendiary contaminants aren’t part of this specific ejection-focused profile, so they aren’t required here.

When a projectile has an ejection system categorized as mt, the main safety focus is on the hazards created by the ejection event itself: the potential for people to be struck by high-speed fragments, the danger from the ejecting charge and any filler material, and the need to keep personnel out of the ejection plume. You also need to coordinate actions and keep clear lines of communication to ensure everyone understands what to do and when.

Therefore, the applicable safety elements are the human exposure hazard (protect anyone nearby), fragmentation (account for debris and shrapnel), movement (get people and equipment away from the ejecting device to a safe distance), the ejector filler hazard (manage the ejection charge and any filler material), and the command and control/communications aspect (to oversee and synchronize the safe handling). Other hazards like electromagnetic radiation, static electricity, waiting periods, or incendiary contaminants aren’t part of this specific ejection-focused profile, so they aren’t required here.