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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.: j+ Y9 o# Q) p- c/ o9 l
---Pull and push toys:4 V9 Y6 a, W4 Y. `3 `7 I' x2 g$ p$ Y
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.
" t/ u2 m. L) X' K& {( l4.5.1.2 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.
@+ }( D: V# l6 b8.20.1.5 (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).1 [7 H' u0 d! @4 F
---Projectile toys:
3 \6 l2 S$ x) D8 }, ?* jProjectile Toys with Stored Energy
. q" Q/ C, \% q1 y( u+ u4.21.2.3 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.
) l7 } W8 Q: v) UProjectile Toys without Stored Energy5 p4 v1 m- _2 [" ~' v
4.21.3.3 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.
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