Which action best reduces the risk of entanglement with rotating machinery?

Which action best reduces the risk of entanglement with rotating machinery?

• A. Remove or secure loose items such as jewelry and clothing
• B. Wear jewelry for identification
• C. Stand directly in line with rotating parts
• D. Operate without guards

Answer: (A)

Entanglement hazards with rotating equipment are minimized by removing or securing anything that can catch in the moving parts. Loose jewelry or clothing can wrap around a shaft or pulley, pulling you toward the machine or pulling the fabric into the mechanism, which can cause severe injury. By removing jewelry and securing or avoiding loose garments, you eliminate the object that could be grabbed by the rotating parts, making operation safer. Wearing jewelry for identification still poses a snag risk, standing directly in line with rotating parts puts you in the path of motion where a slip or pulley could grab you, and operating without guards removes the protective barrier that helps prevent contact with moving components. The safest habit is to remove or securely fasten loose items and ensure sleeves or other apparel won’t dangle near the machinery.

Entanglement hazards with rotating equipment are minimized by removing or securing anything that can catch in the moving parts. Loose jewelry or clothing can wrap around a shaft or pulley, pulling you toward the machine or pulling the fabric into the mechanism, which can cause severe injury. By removing jewelry and securing or avoiding loose garments, you eliminate the object that could be grabbed by the rotating parts, making operation safer.

Wearing jewelry for identification still poses a snag risk, standing directly in line with rotating parts puts you in the path of motion where a slip or pulley could grab you, and operating without guards removes the protective barrier that helps prevent contact with moving components. The safest habit is to remove or securely fasten loose items and ensure sleeves or other apparel won’t dangle near the machinery.