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--On August 24, 2017, ASTM International published ASTM F963-17, Standard Consumer Safety Specification for Toy Safety. The new standard is a revision to the ASTM F963-16 version. ASTM F963-16 became mandatory by CPSC rule on April 30, 2017. Under the CPSIA, it becomes mandatory within 180 days of publication, unless rejected by the US CPSC within 90 days.
y( e! L' H; O9 N---Pull and push toys:( m! {& I. p1 h
4.5 Exemption: (7) sounds quantified by A-weighted equivalent sound pressure level, LAeq, produced by pull and push toys as a result of pulling or pushing.4 T6 o+ R) O# \5 H: H7 }9 s- C3 S
4.5.1.2 The maximum A-weighted sound pressure level, LAFmax, produced by the translational motion of floor or table top toys where the motion is imparted on the toy by the child (see 8.20.1.5 for a greater description) shall not exceed 85 dB.9 ?, `8 o# E( M" m2 i9 _. X3 Q# [1 m
8.20.1.5 (5) Floor and tabletop toys that move, where the sound is caused as a result of the movement imparted on the toy (for example, a noise making mechanism attached to an axle of a toy vehicle) shall be tested using the method for push and pull toys. In addition to the C-weighted peak measurement a maximum A-weighted sound pressure level, LAFmax, shall be made and compared to the requirements of 4.5.1.3 4.5.1.2. The toys described in this section do not include push/pull toys as defined in 3.1.68. The scope of requirements for push/pull toys are given in 4.5 (7).5 G2 Y7 A% k1 d; Z
---Projectile toys:
' l" z* S. P8 Y: ~8 l1 s; H3 Y7 SProjectile Toys with Stored Energy
' W/ n9 s. B/ q' C; {4.21.2.3 Projectiles that have a kinetic energy greater than 0.08 J when tested in accordance with 8.14.5 shall not have a kinetic energy per unit area of contact, also known as Kinetic Energy Density (KED) greater than 2500 J/m2 when tested according to in accordance with 8.14.6., `- X, y7 j$ y2 X( g/ w' x
Projectile Toys without Stored Energy
% ~- D* h) ]" _" w T4.21.3.3 Arrows intended to be launched from a bow (that is, bow and arrow set) that have a kinetic energy greater than 0.08 J when tested in accordance with 8.14.5 shall not have a maximum kinetic energy per unit area of contact (KED) that does not exceed contact, also known as Kinetic Energy Density (KED) greater than 2500 J/m2 when measured tested in accordance with 8.14.6.0 ~8 ~ E3 U( F& _
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