Vol. 143, No. 15 — April 11, 2009
Statutory authority
Hazardous Products Act
Sponsoring department
Department of Health
REGULATORY IMPACT
ANALYSIS STATEMENT
For the Regulatory Impact Analysis Statement, see Order Amending Schedule I to the Hazardous Products Act (Cribs, Cradles and Bassinets).
Notice is hereby given that the Governor in Council, pursuant to section 5 (see footnote a) of the Hazardous Products Act (see footnote b), proposes to make the annexed Cribs, Cradles and Bassinets Regulations.
Interested persons may make representations with respect to the proposed Regulations within 60 days after the date of publication of this notice. All such representations must cite the Canada Gazette, Part I, and the date of publication of this notice, and be addressed to Megan Fairfull, Project Officer, Mechanical and Electrical Division, Consumer Product Safety Bureau, Department of Health, Address Locator 3504D, 123 Slater Street, Ottawa, Ontario K1A 0K9 (fax: 613-952-9138; e-mail: megan_ fairfull@hc-sc.gc.ca).
Ottawa, April 2, 2009
MARY PICHETTE
Assistant Clerk of the Privy Council
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CRIBS, CRADLES AND BASSINETS REGULATIONS |
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Definitions |
1. The following definitions apply in these Regulations. |
“Act” |
“Act” means the Hazardous Products Act. |
“adjustment position” |
“adjustment position” means a position of a movable side in which the side latches or locks and from which the side cannot be moved without unlatching or unlocking. |
“bassinet” |
“bassinet” means a product whose primary function is to provide sleeping accommodation for a child, that includes sides to confine the occupant and that has a sleeping surface area that is less than or equal to 4 000 cm2. |
“cradle” |
“cradle” means a product whose primary function is to provide sleeping accommodation for a child, that includes sides to confine the occupant and that has a sleeping surface area that is greater than 4 000 cm2 but less than or equal to 5 500 cm2. |
“crib” |
“crib” means a product whose primary function is to provide sleeping accommodation for a child, that includes sides to confine the occupant and that has a sleeping surface area that is greater than 5 500 cm2. |
“movable side” |
“movable side” means a side of a crib or cradle that has one or more adjustment positions. It includes a folding side, a move-downward side, a move-above side, a move-sideways side and a rotating side. |
“move-above side” |
“move-above side” means a movable side of a crib or cradle that can be moved completely or partly upward. |
“move-downward side” |
“move-downward side” means a movable side of a crib or cradle that can be moved completely or partly downward. |
“move-sideways side” |
“move-sideways side” means a movable side of a crib or cradle that can be moved completely or partly sideways. |
“person responsible” |
“person responsible” means (a) in the case of a crib, cradle or bassinet that is manufactured in Canada, the manufacturer who sells it or advertises it; and (b) in the case of a crib, cradle or bassinet that is imported, the importer. |
“rotating side” |
“rotating side” means a movable side of a crib or cradle all or part of which can be rotated around a vertical or horizontal axis in whole or in part. |
“slat” |
“slat” includes a post, bar, rod or other similar part of a crib, cradle or bassinet. |
“stationary side” |
“stationary side” means a side of a crib, cradle or bassinet that has no adjustable positions. |
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Advertise, sell or import |
2. A crib, cradle or bassinet may be advertised, sold or imported if it meets the requirements of these Regulations. |
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GENERAL PROVISIONS |
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Reference to Act or Regulations |
3. Written material that is applied to or that accompanies a crib, cradle or bassinet, and any advertisement of one, must not make any direct or indirect reference to the Act or these Regulations. |
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Advertising |
4. In any advertisement showing a crib or cradle that is occupied by a child, the movable side of the crib or cradle must be shown in the adjustment position designed to provide accommodation for an unattended child. |
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Information |
5. Every crib, cradle and bassinet, as well as any packaging in which one is displayed to the consumer, must have indelibly printed on it, or on a label that is permanently affixed to it, all of the following information: (a) the name and principal place of business in Canada of the person responsible; (b) the model name or model number of the crib, cradle or bassinet; and (c) the expression “DATE:” followed immediately by words or numerals that indicate when the crib, cradle or bassinet was manufactured, consisting of the year and either the month or week, listed in that order. |
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Assembly and use |
6. (1) Every crib, cradle and bassinet must have all of the following information indelibly printed on it, on a label that is permanently affixed to it or in or on a pouch that is permanently affixed to it, in a clear and legible manner, and must include drawings or photographs that illustrate the sequence of steps, as necessary: (a) instructions on how to assemble it and a quantitative list of its parts, if it is sold not fully assembled; (b) instructions on how to fold and unfold it, if it can be folded; (c) instructions on how to adjust the height of the mattress support, if the height is adjustable; and (d) a warning stating that caregivers must ensure that the crib, cradle or bassinet is safe by checking regularly, before placing the child in it, that every part is properly and securely in place. |
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Warning — pouches |
(2) If the information required by subsection (1) is contained in or on a pouch, it must be accompanied by the relevant warning statement set out in sections 7 to 9. |
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CRIBS |
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Warning — cribs |
7. Every crib must have indelibly printed on it, or on a label permanently affixed to it, the following warning statement: WARNING
MISE EN GARDE
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CRADLES |
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Warning — cradles |
8. Every cradle must have indelibly printed on it, or on a label permanently affixed to it, the following warning statement: WARNING
MISE EN GARDE
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BASSINETS |
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Warning — bassinets |
9. Every bassinet must have indelibly printed on it, or on a label permanently affixed to it, the following warning statement: WARNING
MISE EN GARDE
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PRESENTATION OF INFORMATION |
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Languages, prominence, legibility and durability |
10. The information required by these Regulations to appear on a crib, cradle or bassinet must be (a) prominently displayed in both official languages; and (b) set out in a manner that is clear and legible and sufficiently durable to remain legible throughout its useful life under normal conditions of transportation, storage, sale and use. |
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Colour contrast |
11. The colour contrast between the information and the background must be equivalent to at least a 70% screen of black on white. |
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Print — general rules |
12. (1) The information must be printed in a standard sans-serif type that (a) is not compressed, expanded or decorative; and (b) has a large “x-Height” relative to the ascender or descender of the type, as illustrated in Schedule 1. |
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Measurement of height of type |
(2) The height of the type is determined by measuring an upper-case letter or a lower-case letter that has an ascender or a descender, such as “b” or “p”. |
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Signal words — characteristics |
13. (1) The signal words “WARNING” and “MISE EN GARDE” must be displayed in boldfaced, upper-case type not less than 5 mm in height. |
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Other information — height |
(2) The information must be displayed in type not less than 2.5 mm in height. |
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GENERAL PROVISIONS |
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Shearing and pinching |
14. Every crib, cradle and bassinet must be constructed so as to prevent injury to a child from shearing or pinching. |
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Coatings |
15. Every crib, cradle and bassinet must be free from any surface coating that contains any of the substances referred to in item 9 of Part I of Schedule I to the Act. |
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Rocking or swinging |
16. Every crib, cradle and bassinet that rocks or swings must be constructed so that it cannot rock or swing beyond a 20° angle from the vertical. |
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Openings |
17. A completely bounded opening that is located above the mattress support of a crib, cradle or bassinet when the mattress support is in any position must not permit the passage of a solid rectangular block with dimensions of 60 mm × 100 mm × 100 mm in any orientation, when tested in accordance with Schedule 2. |
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Flammability |
18. No component of a crib, cradle or bassinet that is made in whole or in part of textile fibres or any other pliable material shall, when tested in accordance with the Canadian General Standards Board standard CAN/CGSB-4.2, No. 27.5-2008, entitled Textile Test Methods — Flame Resistance — 45° Angle Test — One Second Flame Impingement, as amended from time to time, have a time of flame spread of seven seconds or less if the component either (a) does not have a raised fibre surface; or (b) has a raised fibre surface and exhibits ignition or fusion of its base fibres. |
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Mesh — size of openings |
19. (1) The openings in any mesh on a crib, cradle or bassinet must be of a size that, when tested in accordance with Schedule 3, the tip of the probe shown in Figure 1 of that Schedule is unable to pass through them. |
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Mesh — strength and integrity |
(2) Any mesh that forms part of the sides or bottom of a crib, cradle or bassinet must not, when tested in accordance with Schedule 4, either (a) break or rupture; or (b) become separated from its supporting structure or attachments. |
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Mattress |
20. A mattress that is supplied with a crib, cradle or bassinet must (a) be not more than (i) 150 mm thick, in the case of a crib, or (ii) 80 mm thick, in the case of a cradle or bassinet; (b) be of a size that, when pushed firmly against any side of the crib, cradle or bassinet, it does not leave a gap of more than 30 mm between the mattress and any part of the sides of the crib, cradle or bassinet; and (c) be stitched using lock-stitching. |
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Entanglement |
21. A crib, cradle or bassinet must not have any projection, attachment or mechanism located above the upper surface of the mattress support, when the mattress support is in any position, with which the clothing or any other object worn by the occupant could become entangled. |
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Wood, plastic or similar hard material |
22. (1) Every exposed part of a crib, cradle or bassinet that is made of wood, plastic or a similar hard material must be smoothly finished to eliminate sharp edges, corners and points and must be free from splits, cracks and other defects. |
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Metal |
(2) Every exposed part of a crib, cradle or bassinet that is made of metal must be smoothly finished and must be free from sharp edges, corners, points and projections. |
Metal tubing |
(3) Every cut edge of any metal tubing that is accessible to the occupant of a crib, cradle or bassinet must be either (a) smoothly finished to eliminate sharp edges, corners and points; or (b) protected by a cap that remains in place when subjected to a force of 90 N applied in any direction. |
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Bolts |
(4) The threaded end of every bolt that is accessible to the occupant of a crib, cradle or bassinet must be protected by an acorn nut or an equally effective device. |
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Small parts |
23. Every part of a crib, cradle or bassinet that is small enough to be totally enclosed in a small parts cylinder shown in Figure 1 of Schedule 5 must be affixed to the crib, cradle or bassinet so that the part does not become detached when subjected to a force of 90 N applied in any direction. |
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Coil springs |
24. Every coil spring that is accessible to the occupant of a crib, cradle or bassinet must be covered or constructed so as to prevent injury. |
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Opening or slot |
25. Every opening or slot in a wooden, plastic or metal part, or in a part of a similar hard material, of a crib, cradle or bassinet that is accessible to its occupant must (a) be of a size and shape that, if it admits a rod 5 mm in diameter, it will also admit a rod 10 mm in diameter; or (b) have a depth that is not greater than the minor span dimension, if the minor span dimension across the opening or slot is between 5 mm and 10 mm. |
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CRIBS |
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Height of stationary sides — mattress support in lowest position |
26. (1) The upper surface of the mattress support of a crib, when the mattress support is in its lowest position, must be (a) at least 660 mm lower than the upper surface of the lowest stationary side; and (b) not lower than the lower surface of any stationary side. |
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Height of movable sides — mattress support in lowest position |
(2) Every movable side of a crib must have an adjustment position in which the upper surface of the mattress support, when the mattress support is in its lowest position, is (a) at least 660 mm lower than the upper surface of the movable side; and (b) not lower than the lower surface of any movable side. |
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Height of sides — mattress support in highest position |
27. The upper surface of the mattress support of a crib, when the mattress support is in its highest position, must be (a) at least 230 mm lower than the upper surface of the lowest stationary side; and (b) if the crib has a movable side and when that side is in any adjustment position, at least 230 mm lower than the upper surface of either (i) the movable side, or (ii) the stationary part of the movable side, if only part of the side is movable. |
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Height of move-above sides |
28. The lower surface of the movable part of each move-above side of a crib must, in every adjustment position in which that surface is moved upward, be at least 360 mm higher than the upper surface of the stationary part of the side. |
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Latching or locking mechanism — movable sides |
29. (1) Every movable side of a crib must be held in each of its adjustment positions by means of a mechanism that both (a) latches or locks automatically; and (b) requires two separate, deliberate and simultaneous actions on the part of the user to unlatch or unlock it. |
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Latching or locking mechanism — move-above sides in highest position |
(2) In addition to the requirement of paragraph (1)(b), every move-above side of a crib must, in its highest adjustment position, have a mechanism that requires a push or pull force of at least 35 N or a torque of at least 8 N·m to unlatch or unlock it. |
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Latching or locking mechanism — move-above sides |
(3) Every move-above side of a crib must, in every adjustment position in which the lower surface of the movable part of the side is at least 360 mm above the upper surface of the stationary part of the side, remain in that adjustment position when a pull force of 200 N is applied to the side along its plane, at any point along the length of the bottom rail of the side, in a direction perpendicular to the side. |
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Latching or locking mechanism — rotating sides |
(4) The latching or locking mechanism of every rotatin3 side of a crib must remain latched or locked when a force of 200 N is applied towards the exterior of the crib at any point either (a) on that side or on any part of the mechanism, if the side rotates in whole; or (b) on the rotating part of that side or on any part of the mechanism, if the side rotates in part only. |
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Latching or locking mechanism — move-sideways sides |
(5) The latching or locking mechanism of every move-sideways side of a crib must remain latched or locked when a force of 200 N is applied in any direction to any point on that side or on any part of the mechanism. |
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Latching or locking mechanism — folding cribs |
30. Every crib that folds must have a latching or locking mechanism that engages automatically, that requires two separate, deliberate and simultaneous actions on the part of the user to unlatch or unlock it, and that prevents the crib from folding or collapsing when tested in accordance with Schedule 6. |
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Posts |
31. (1) Subject to subsection (2), a crib must not have any post that extends more than 3 mm above the lowest point, within a radius of 76 mm from the centre line of the post, on the upper surface of the higher adjoining side of the crib. |
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Exception |
(2) Any post of a crib may extend more than 406 mm above the highest point on the upper surface of the higher adjoining side if the crib meets the requirements set out in section 1508.11 of part 1508, chapter II, title 16 of the Code of Federal Regulations of the United States, as it read on January 1, 2004. |
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Extensions |
(3) A post of a crib whose height may be extended by the attachment of a removable extension must meet the requirements of subsection (2) if any one or more of the segments of that extension are attached to it. |
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Strength and solidity of crib slats |
32. A slat of a crib must not turn, dislodge, deform or become damaged when tested in accordance with Schedule 7. |
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Toeholds |
33. (1) A crib must be constructed so that the upper surface of any bar, rail, rod, projection or ledge that is capable of being used as a toehold by the occupant of the crib is not located at any point from 150 mm to 510 mm above the upper surface of the mattress support, when the mattress support is in its lowest position and each movable side is in an adjustment position that meets the requirements of subsection 26(2). |
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Presumption |
(2) For the purpose of subsection (1), a bar, rail, rod, projection or ledge that has a depth of 10 mm or more is conclusively presumed to be capable of being used as a toehold by the occupant of a crib. |
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Mattress support |
34. When tested in accordance with Schedule 8, the mattress support of a crib must not dislodge, its mechanisms must not deform permanently or disengage and its fasteners must not loosen. |
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Structural integrity |
35. When tested in accordance with Schedule 6, a crib must not exhibit any damage, its latching or locking mechanisms must not deform permanently or disengage and its mattress support fasteners must not loosen. |
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CRADLES |
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Height of sides — general |
36. (1) The lower surface of each side of a cradle must not be higher than the upper surface of the mattress support. |
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Height of sides — mattress support in any position |
(2) The upper surface of the mattress support of a cradle, when the mattress support is in any position, must be (a) at least 230 mm lower than the upper surface of the lowest stationary side; and (b) if the cradle has a movable side and when that side is in any adjustment position, at least 230 mm lower than the upper surface of either (i) the movable side, or (ii) the stationary part of the movable side, if only part of the side is movable. |
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Height of move-above sides |
37. The lower surface of the movable part of each move-above side of a cradle must, in every adjustment position in which that lower surface is moved upward, be at least 360 mm higher than the upper surface of the stationary part of the side. |
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Latching or locking mechanism — movable sides |
38. (1) Every movable side of a cradle must be held in each of its adjustment positions by means of a mechanism that both (a) latches or locks automatically; and (b) requires two separate, deliberate and simultaneous actions on the part of the user to unlatch or unlock it. |
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Latching or locking mechanism — move-above sides in highest position |
(2) In addition to the requirement of paragraph (1)(b), every move-above side of a cradle must, in its highest adjustment position, have a mechanism that requires a push or pull force of at least 35 N or a torque of at least 8 N·m to unlatch or unlock it. |
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Latching or locking mechanism — move-above sides |
(3) Every move-above side of a cradle must, in every adjustment position in which the lower surface of the movable part of the side is at least 360 mm above the upper surface of the stationary part of the side, remain in that adjustment position when a pull force of 200 N is applied to the side along its plane, at any point along the length of the bottom rail of the side, in a direction perpendicular to the side. |
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Latching or locking mechanism — rotating sides |
(4) The latching or locking mechanism of every rotating side of a cradle must remain latched or locked when a force of 200 N is applied toward the exterior of the cradle at any point either (a) on that side or on any part of the mechanism, if the side rotates in whole; or (b) on the rotating part of that side or on any part of the mechanism, if the side rotates in part only. |
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Latching or locking mechanism — move-sideways sides |
(5) The latching or locking mechanism of every move-sideways side of a cradle must remain latched or locked when a force of 200 N is applied in any direction to any point on that side or on any part of the mechanism. |
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Latching or locking mechanism — folding cradles |
39. Every cradle that folds must have a latching or locking mechanism that engages automatically, that requires two separate, deliberate and simultaneous actions on the part of the user to unlatch or unlock it, and that prevents the cradle from folding or collapsing when tested in accordance with Schedule 6. |
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Mattress support |
40. When tested in accordance with Schedule 8, the mattress support of a cradle must not dislodge, its latching or locking mechanisms must not disengage or deform permanently and its fasteners must not loosen. |
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Structural integrity |
41. When tested in accordance with Schedule 6, a cradle must not exhibit any damage, its latching or locking mechanisms must not deform permanently or disengage and its mattress support fasteners must not loosen. |
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BASSINETS |
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Height of sides — general |
42. (1) The lower surface of each side of a bassinet must not be higher than the upper surface of the mattress support. |
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Height of sides |
(2) The upper surface of the mattress support of a bassinet, when the mattress support is in any position, must be at least 230 mm lower than the upper surface of the lowest stationary side. |
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Structural solidity |
43. Every part of the mattress support of a bassinet must be capable of supporting a load of 24 kg uniformly distributed over an area of 2.3 × 104 mm2 for a period of one minute without any damage to any component of the bassinet. |
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RECORDS |
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Period of retention |
44. (1) The person responsible must keep records that show that a crib, cradle or bassinet meets the requirements of these Regulations, for a period of at least three years after the date of its manufacture in Canada or the date of its importation, as the case may be. |
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Inspection |
(2) The person responsible must provide an inspector with any records that the inspector requests in writing, within 15 days after receipt of the request. |
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REPEAL |
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45. The Cribs and Cradles Regulations (see footnote 1) are repealed. |
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COMING INTO FORCE |
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Registration |
46. These Regulations come into force on the day on which they are registered. |
SCHEDULE 1
(Paragraph 12(1)(b))
STANDARD SANS-SERIF TYPE

SCHEDULE 2
(Section 17)
TEST FOR OPENINGS
CRIBS
1. The method to be used for testing completely bounded openings that are located above the mattress support of a crib when the mattress support is in its lowest position is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) if the mattress support is adjustable, adjust it to its lowest position;
(c) place a metallic loading wedge of the dimensions shown in Figure 1 in the opening between two adjacent slats, midway along the greatest dimension of the opening;
(d) apply a pull force of 90 N to the eye-bolt of the loading wedge in a direction perpendicular to a plane passing through the points of contact of the wedge with the two slats, and maintain the force for 10 seconds;
(e) while applying the pull force of 90 N in accordance with paragraph (d), attempt to pass, without forcing, a solid rectangular block with dimensions of 60 mm × 100 mm × 100 mm through the opening, anywhere above or below the loading wedge;
(f) repeat the procedure set out in paragraph (e) with the block in all other possible orientations;
(g) repeat the procedures set out in paragraphs (c) to (f) for all other openings between adjacent slats; and
(h) attempt to pass, without forcing, a solid rectangular block with dimensions of 60 mm × 100 mm × 100 mm through every opening in every part of the crib that is located above the mattress support.
CRADLES AND BASSINETS
2. The method to be used for testing completely bounded openings that are located above the mattress support of a cradle or bassinet is as follows:
(a) assemble the cradle or bassinet according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) attempt to pass, without forcing, a solid rectangular block with dimensions of 60 mm × 100 mm × 100 mm through the opening between any adjacent slats;
(c) repeat the procedure set out in paragraph (b) with the block in all other possible orientations;
(d) repeat the procedures set out in paragraphs (b) and (c) for all other openings between adjacent slats; and
(e) attempt to pass, without forcing, a solid rectangular block with dimensions of 60 mm × 100 mm × 100 mm through every opening in every part of the cradle or bassinet that is located above the mattress support.
FIGURE 1

SCHEDULE 3
(Subsection 19(1))
TEST FOR DETERMINATION OF MESH OPENING SIZES
1. The method to be used for testing the size of mesh openings on a crib, cradle or bassinet is as follows:
(a) cut a sample of mesh with dimensions of 305 mm × 305 mm;
(b) apply a uniformly distributed load of 0.15 N/mm to two opposite edges of the sample so as to induce a state of uniaxial tension in the sample;
(c) attempt to insert the tip of the probe shown in Figure 1 through openings in the mesh, without cutting the fibres of the mesh, using a force of not more than 22 N at 10 randomly selected areas in the sample; and
(d) repeat the procedures set out in paragraphs (b) and (c) on the other two opposite edges of the sample.
FIGURE 1

SCHEDULE 4
(Subsection 19(2))
TEST FOR STRENGTH OF MESH AND INTEGRITY OF ATTACHMENT
1. The method to be used for testing the strength of mesh and the integrity of attachment of mesh to a crib, cradle or bassinet is as follows:
(a) assemble the crib, cradle or bassinet according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib, cradle or bassinet to a horizontal surface on its side, in a manner that will not interfere with the test, so that a side with a panel of mesh is positioned above its opposite side;
(c) any blocking or support necessary to maintain the position described in paragraph (b) may be used if the blocking does not act directly on the frame of the side being tested;
(d) apply a metal loading block, having a mass of 9.18 kg and a base with dimensions of 150 mm × 75 mm, at the geometric centre of the panel of mesh or, if exterior framing interferes with the test, as close as possible to the geometric centre, with the 150 mm sides running transversely to the outermost edge of the side being tested, in the following manner:
(i) gradually apply the loading block within a period of 5 seconds,
(ii) allow the loading block to act for 10 seconds,
(iii) gradually remove the loading block within a period of 5 seconds, and
(iv) allow a 10-second recovery time;
(e) repeat the procedures set out in paragraph (d) 10 times;
(f) repeat the procedures set out in paragraphs (d) and (e) on the following areas of the mesh:
(i) on the top portion of the panel of mesh, with the closer 75 mm edge of the loading block applied at a distance ranging from 25 mm to 50 mm from the centre of the top portion of the mesh at the transverse centre line of the panel, and
(ii) on the bottom portion of the panel of mesh with the closer 75 mm edge of the loading block applied at a distance ranging from 25 mm to 50 mm from the centre of the bottom portion of the mesh at the transverse centre line of the panel; and
(g) repeat the procedures set out in paragraphs (b) to (f) on every other panel of mesh on the crib, cradle or bassinet, if applicable.
SCHEDULE 5
(Section 23)
SMALL PARTS CYLINDER
FIGURE 1

SCHEDULE 6
(Sections 30, 35, 39 and 41)
TEST FOR STRUCTURAL INTEGRITY
CRIBS
1. The method to be used for testing the structural integrity of a crib under dynamic conditions is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib to a horizontal surface in the manufacturer’s recommended use position in a manner that will not interfere with the test;
(c) place on the mattress support a 100 mm thick sheet of polyurethane foam that has a density of 30 kg/m3, a 25% indentation force deflection of 144 N and a length and width that meet the requirements of paragraph 20(b) of these Regulations;
(d) using a 20 kg test load of the dimensions shown in Figure 1, allow the test load to fall freely, from a height of 150 mm above the initial position of the upper surface of the sheet of polyurethane foam, 150 times at a rate of one impact per second at the geometric centre of the surface of the sheet, in such a manner that the upper surface of the test load remains parallel to the horizontal surface referred to in paragraph (b);
(e) record any damage to the crib, any disengagement or permanent deformation of its latching or locking mechanisms and any loosening of its mattress support fasteners;
(f) without readjusting the mattress support, repeat the steps set out in paragraphs (d) and (e), except that, at each of the mattress support mechanisms, allow the test load to fall at a point that, when measured from the geometric centre of the test load, is 150 mm from the innermost surfaces of the sides nearest the mattress support being tested, measured at the level of the upper surface of the sheet of polyurethane foam; and
(g) repeat the procedures set out in paragraphs (d) and (e), except that, at the midpoint along the edge of the mattress support beside each movable side, allow the test load to fall at a point that, when measured from the geometric centre of the test load, is 150 mm from that side measured at the level of the upper surface of the sheet of polyurethane foam.
2. The method to be used for testing the structural integrity of a crib under horizontal force conditions is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib to a horizontal surface in the manufacturer’s recommended use position in a manner that will not interfere with the test;
(c) with any movable sides of the crib in the adjustment position designed to provide accommodation for an unattended child and using a point that is midway along the length of one of the sides, but not more than 50 mm from the upper edge of the side, as the point of contact, apply a horizontal force of 120 N perpendicularly to the side in a back-and-forth motion at a frequency of 150 cycles per minute for a total of 9 000 cycles;
(d) record any damage to the crib, any disengagement or permanent deformation of its latching or locking mechanisms and any loosening of its mattress support fasteners; and
(e) repeat the procedures set out in paragraphs (c) and (d) for every other side of the crib.
3. The method to be used for testing the structural integrity of a crib under vertical force conditions is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib to a horizontal surface in the manufacturer’s recommended use position in a manner that will not interfere with the test;
(c) with any movable sides of the crib in the adjustment position designed to provide accommodation for an unattended child and using the midpoint of the top of one of the sides as the point of contact, apply a vertical force of 120 N in an up-and-down motion at a frequency of 150 cycles per minute for a total of 9 000 cycles;
(d) record any damage to the crib, any disengagement or permanent deformation of its latching or locking mechanisms and any loosening of its mattress support fasteners; and
(e) repeat the procedures set out in paragraphs (c) and (d) for every other side of the crib.
CRADLES
4. The method to be used for testing the structural integrity of a cradle under dynamic conditions is as follows:
(a) assemble the cradle according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the cradle to a horizontal surface in the manufacturer’s recommended use position in a manner that will prevent it from rocking or swinging;
(c) place on the mattress support a 80 mm thick sheet of polyurethane foam that has a density of 30 kg/m3, a 25% indentation force deflection of 144 N and a length and width that meet the requirements of paragraph 20(b) of these Regulations;
(d) using a 13.7 kg test load that has a square contact area of 929 cm2, allow the test load to fall freely, from a height of 150 mm above the initial position of the upper surface of the sheet of polyurethane foam, 500 times at a rate of one impact per second at the geometric centre of the surface of the sheet; and
(e) record any damage to the cradle, any disengagement or permanent deformation of its mechanisms and any loosening of its mattress support fasteners.
FIGURE 1
SCHEDULE 7
(Section 32)
TEST FOR STRENGTH AND SOLIDITY OF CRIB SLATS
1. The method to be used for testing the strength and solidity of crib slats is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib to a horizontal surface in the manufacturer’s recommended use position in a manner that will not interfere with the test;
(c) apply a torque of 8 N·m to one of the slats at its midpoint and maintain the torque for 10 seconds;
(d) record any turning, dislodging or deformation of the slat and any damage to the slat;
(e) repeat the procedures set out in paragraphs (c) and (d) for every other slat;
(f) apply a vertical upward force of 500 N at the midpoint of the top rail on one of the sides to which slats are attached and maintain the force for 30 seconds;
(g) record any dislodging of any of the slats from the top or bottom rail and any damage to the slats; and
(h) repeat the procedures set out in paragraphs (f) and (g) for every other side to which slats are attached.
SCHEDULE 8
(Sections 34 and 40)
TEST OF MATTRESS SUPPORT
CRIBS
1. The method to be used for testing the mattress support of a crib is as follows:
(a) assemble the crib according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the crib to a horizontal surface in the manufacturer’s recommended use position in a manner that will not interfere with the test;
(c) apply and maintain for one minute an upward push force of 250 N as close as possible to and within a radius of 150 mm from the lower surface of one of the crib’s mattress support mechanisms;
(d) record any dislodging of the mattress support, any disengagement or permanent deformation of its mattress support mechanisms and any loosening of its fasteners;
(e) readjust the mattress support to its original position, if necessary;
(f) repeat the procedures set out in paragraphs (c) to (e) for every other mattress support mechanism;
(g) apply simultaneously and maintain for one minute an upward push force of 250 N as close as possible to and within a radius of 150 mm from the lower surface of each of the mattress support mechanisms;
(h) record any dislodging of the mattress support, any disengagement or permanent deformation of its mattress support mechanisms and any loosening of its fasteners;
(i) readjust the mattress support to its original position, if necessary;
(j) apply a force of 200 N in any direction to one of the mattress support mechanisms in a manner that could cause disengagement or permanent deformation of the mechanism or loosening of the mattress support fasteners;
(k) record any dislodging of the mattress support, any disengagement or permanent deformation of its mattress support mechanisms and any loosening of its fasteners;
(l) readjust the mattress support to its original position, if necessary; and
(m) repeat the procedures set out in paragraphs (j) to (l) for every other mattress support mechanism.
CRADLES
2. The method to be used for testing the mattress support mechanism of a cradle is as follows:
(a) assemble the cradle according to the manufacturer’s instructions, omitting accessories that could interfere with the conduct of the test;
(b) secure the cradle to a horizontal surface in the manufacturer’s recommended use position in a manner that will prevent it from rocking or swinging;
(c) apply and maintain for one minute an upward push force of 250 N as close as possible to and within a radius of 150 mm from the lower surface of one of the mattress support mechanisms;
(d) record any dislodging of the mattress support, any disengagement or permanent deformation of its mattress support mechanisms and any loosening of its fasteners;
(e) readjust the mattress support to its original position, if necessary;
(f) repeat the procedures set out in paragraphs (c) to (e) for every other mattress support mechanism;
(g) apply simultaneously and maintain for one minute an upward push force of 250 N as close as possible to and within a radius of 150 mm radius from the lower surface of the mattress support mechanisms; and
(h) record any dislodging of the mattress support, any disengagement or permanent deformation of its mattress support mechanisms and any loosening of its fasteners.
[15-1-o]
Footnote a
S.C. 2004, c. 9, s. 2
Footnote b
R.S., c. H-3
Footnote 1
SOR/86-962
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