Which statement best describes entrapment avoidance for vehicular horizontal swing gates under ASTM F2200 guidelines?

Which statement best describes entrapment avoidance for vehicular horizontal swing gates under ASTM F2200 guidelines?

• A. Gates shall be designed, constructed, and installed to not create an entrapment area between the gate and the supporting structure or fixed object.
• B. The distance from center hinge to edge must be greater than 8 inches.
• C. Pickets below bottom frame are allowed.
• D. No entrapment protection required if the area is painted.

Answer: (A)

Entrapment avoidance means designing gates so that, as they move, there is no space between the gate and any fixed part of the structure where someone could be caught. In ASTM F2200 for vehicular swing gates, the requirement is that the gate be designed, constructed, and installed to prevent the creation of an entrapment area between the gate leaf and the supporting structure or any fixed object. This directly addresses the safety risk of pinch points and gaps that could trap a body part as the gate operates. The reason this is the best description is that it states the outcome the standard requires: no entrapment space should be possible between moving parts and fixed components. The other options either propose specific dimensions that aren’t the general entrapment rule, permit unsafe gaps, or imply protection isn’t needed because of paint—none of which align with the intent to prevent entrapment regardless of other factors.

Entrapment avoidance means designing gates so that, as they move, there is no space between the gate and any fixed part of the structure where someone could be caught. In ASTM F2200 for vehicular swing gates, the requirement is that the gate be designed, constructed, and installed to prevent the creation of an entrapment area between the gate leaf and the supporting structure or any fixed object. This directly addresses the safety risk of pinch points and gaps that could trap a body part as the gate operates.

The reason this is the best description is that it states the outcome the standard requires: no entrapment space should be possible between moving parts and fixed components. The other options either propose specific dimensions that aren’t the general entrapment rule, permit unsafe gaps, or imply protection isn’t needed because of paint—none of which align with the intent to prevent entrapment regardless of other factors.