Which safety profile includes jet and pe?

Which safety profile includes jet and pe?

• A. He, Frag, Move, Jet, Pe, Emr, Static
• B. He, Frag, Move, Chem
• C. He, Frag, Move, Chem, Vt, Emr, Static, 1hrwt
• D. He, Frag, Move, Chem, C/S, Emr, Static, 1hrwt

Answer: (A)

In E-EOCA safety practice, a safety profile is the set of hazard types you must anticipate for a given ordnance task so you can plan appropriate protections and procedures. The profile should cover all relevant energetic effects that could occur during an event. The best profile includes high-explosive origin hazards (the source of energy), fragmentation hazards (shrapnel), the risk of movement or relocation of the item, a jetting hazard (the high-velocity stream of energetic material that can cut or penetrate), PE (an additional energetic effect associated with certain configurations), electromagnetic radiation hazards, and static discharge risks. This combination represents the full spectrum of commonly encountered hazards for many EOD scenarios, ensuring you’re prepared for both primary blast effects and secondary phenomena that could compromise safety or equipment. Other options omit one or more of these key hazards (for example, not including jetting or PE, or substituting chemical hazards that aren’t present for typical ordnance tasks, or adding time-based conditions that don’t apply). That’s why the comprehensive set that includes He, Frag, Move, Jet, Pe, Emr, and Static is the correct choice.

In E-EOCA safety practice, a safety profile is the set of hazard types you must anticipate for a given ordnance task so you can plan appropriate protections and procedures. The profile should cover all relevant energetic effects that could occur during an event.

The best profile includes high-explosive origin hazards (the source of energy), fragmentation hazards (shrapnel), the risk of movement or relocation of the item, a jetting hazard (the high-velocity stream of energetic material that can cut or penetrate), PE (an additional energetic effect associated with certain configurations), electromagnetic radiation hazards, and static discharge risks. This combination represents the full spectrum of commonly encountered hazards for many EOD scenarios, ensuring you’re prepared for both primary blast effects and secondary phenomena that could compromise safety or equipment.

Other options omit one or more of these key hazards (for example, not including jetting or PE, or substituting chemical hazards that aren’t present for typical ordnance tasks, or adding time-based conditions that don’t apply). That’s why the comprehensive set that includes He, Frag, Move, Jet, Pe, Emr, and Static is the correct choice.