2024 CPSI Study Flashcards

1
Q

ASTM 1487

A

Standard Consumer Safety Performance Specification for Playground Equipment for Public Use

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2
Q

ASTM F-1292

A

Impact Attenuation of Playground Surfaces within the use zone

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3
Q

ASTM F-3313

A

Standard Test method for Determining Impact Attenuation of Playground Surfaces within the use Zone of playground Equipment as tested in the Field

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4
Q

ASTM F-2223

A

Standards on Playground Surfacing

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5
Q

F-1951

A

Test Method for estimating accessibility of Playground Protective Surface

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6
Q

F -2075

A

Manufacturing of Engineered wood FIBAR

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7
Q

F-2373

A

Playground equipment for Children 6 to 23 months

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8
Q

F-2479

A

Guide for Pour-in-Place Rubber Surfacing

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9
Q

F-3012

A

Loose-Fill Rubber Surfacing

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10
Q

F-2049

A

Fencing/ Barriers for Playgrounds

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11
Q

F-1148

A

Residential Play Equipment

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12
Q

F-355

A

Standard Test Method for Impact Attenuation of Playing surfaces systems, other protective sports systems, and materials used for athletic, and recreation and play

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13
Q

F-3351

A

( new) Standard test method for playground surface impact testing in laboratory at specified test height

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14
Q

F-3101

A

Standard Specification for unsupervised public use outdoor Fitness Equipment

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15
Q

% of injuries caused by falls

A

79%

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16
Q

% of playground injuries are due to Impact

A

11%

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17
Q

1 major causes of Death and Serious Debilitating Injury

A

Entanglement

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18
Q

2nd major causes of death and serious debilitating injury

A

Falls to hard surface

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19
Q

3rd major cause of death and serious debilitating injury

A

Head and neck entrapment

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20
Q

4th Major Cause of death and serious Debilitating injury

A

Impact

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21
Q

Factors that contribute to playground injuries

A

Improper Use

Poor Supervision

Poor or Lack of Maintenance

Inapproprieate design

Installation Errors

Site Planning Issues

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22
Q

Ages of Children Injured on Playgrounds

A
  • 26% ages 0-4
  • 51 % ages 5-9
  • 15% ages 10-14
  • 8% ages 15+
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23
Q

Objectives of CPSI course

A

Identify- potential hazards

Rank- the hazards according to injury potential

Apply- the knowledge needed to remove the hazard and establish a system of inspections.

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24
Q

What are the components of a Playground Management Program

A
  1. Initial Compliance Audit
  2. Regular, Scheduled inspections, low and high frequency
  3. Routine and preventative maintenance and repairs.
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25
Q

Name the organizations associated with Public Playground Safety

A

. NRPA- national recreation and parks association

IPEMA. international Play equipment manufacturers association

NPCAI. National Playground Contractor’s association Inc.

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26
Q

Most relevant ASTM Standards

A

F-1487- Playgrounds for public use

F1292- impact attenuation of playground surface

F3313- Test method for impact attenuation in the field

F3351- Standard test method for playground surface impact testing in laboratory.

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27
Q

most important 2010 ADA standard

A

Every public facility or program ( Playground in this instance) shall be designed and constructed in such a manner that it is readily accessible to and usable by individuals with disabilities.

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28
Q

Difference between risk and hazard

A

A child learns by taking risk that challenge them

hazard is something that can cause harm.

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29
Q

what are commonly used anthropometric measurements

A

5th percentile two-year old torso

95th percentile five-year old head

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30
Q

F1487-21 ( 21 is last year it was updated)

A

Focuses on causes of injury and death specifically identified by CPSC

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31
Q

purpose of 1487

A

Reduce life-threatening and debilitating injuries on playgrounds

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32
Q

Playground equipment not recommended for any playground

A

Heavy animal swings
Trapeze Bars
Trampolines
Free-swinging exercise rings
Swinging gates and doors

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33
Q

Not recommended for preschool playgrounds

A

Free-standing arch climbers
Free-Standing flexible climbers
Fulcrum Seesaws
parallel bars
log rolls
track rides
vertical sliding poles
spiral slides greater than 360°

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34
Q

Overhead Ring Chains max length

A

Chains must not exceed 7”

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35
Q

Projections is an entanglement hazard when all three are present.

A

Fits within one of the three projection test gauges

Projects vertically above the horizontal plane

Has perpendicular sides extending more than 1/8 “ from initial surface.

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36
Q

Three Sizes of Crush And Sheer Rods

A

.19 “ (3/16”. 5 MM) ( roller Slides)

0.30” ( 5/16”, 7.5MM) Only in CPSC ( merry Go Rounds)

.62” ( 5/8”. 15.7MM) ( common Crush and Shear)

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37
Q

what must be present for Crush and Sheer hazard to occur

A

Movement

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38
Q

Exemptions to Crush and Shear

A

Chains and Attachment

Coil Springs attachment

Swing and top Rail

Space between lightweight moveable objects ( tix tac toe boards)

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39
Q

There can be no single, non-Ridgid component suspended between play units or from the ground to play unit within 45 ° of horizontal unless it is:

A

min of 84” above playing surface so it does not catch a child’s head or neck ( close-line)

a single suspended component can be below 84” if it is a min of 1” at its widest cross section and brightly colored or contrast with surrounding environment.

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40
Q

Max Ramp slope should be ?

A

1:12 a rise of one foot over 12 feet

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41
Q

elevated access routes width?

A

Must be a min of 36” clear with the exception of 32” min width for a distance of no more than 24” for entrance and exit point

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42
Q

Arch climbers must not be

A

the sole means of access for ages 2-5

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43
Q

Flexible climbers should not be

A

the sole means of access for 2-5 years old

44
Q

Guardrail designed to

A

Prevent an inadvertent fall through an opening.

45
Q

A barrier is designed

A

to prevent access and egress through an opening

46
Q

Guardrails required at what height

A

20” high for 2-5 years

30” high for 5-12

47
Q

Guard rail top surface height

A

Greater or equal to 29” for ages 2-5

Greater or equal to 38” for ages 5-12

48
Q

Lower edge of guard rail

A

Less than or equal to 23” for ages 2-5

Less than or equal to 28” for ages 5-12

49
Q

Maximum Opening without a top Guardrail is ?

A

15”

50
Q

Ages 2-5 years guard rail and barrier requirements

A

> 20” Guardrails required

> 30” Barriers Required

51
Q

Ages 5-12 years guard rail and barrier requirements

A

> 30” Guardrails Required

> 48” Barriers Required

52
Q

Wheelchair Accessible ramps must .

A

Must have additional handrail at 26-28”

Guardrail must come within 1” of surface or have a 2” raised curb

( prevent wheel from rolling off platform

53
Q

3-d net climbers dimensions

A

No clean opening between flexible members with vertical dimension greater thank 72”

Diameter of opening
2-5 18”
5-12 20”

54
Q

Horizontal ladder recomendations

A

≥9 “ for all ages

≤12” ages 2-4 Must be level and evenly spaced

≤15” ages 5-12

Rungs must not rotate

55
Q

Horizontal ladder maximum height

A

60” for ages 2-5

84” for ages 5-12

54” for wheelchair users

56
Q

Horizontal ladder access to first handhold must be ?

A

8-12” from access rung to keep kids from hitting their heads

When access is by platform the first handhold must be 0-10” from leading edge of platform.

57
Q

Sliding poles Not recommended for

A

2-5 years

58
Q

Slide entry area must have means to channel the user into a

A

Seated position
( tube, hood or bar)

59
Q

Slide Chute Dimensions

A

Sidewalls ≥ 4” high

Bed width ≥ 12” for ages 2-5

Bed width ≥ 16” for ages 5-12

reduced gradient exit minimum of 11”

slid exit region 0-10 degrees to encourage drainage

60
Q

slide Chutes must not have average slope to exceed?

Slide max slope shall not exceed what?

A

30 degrees

Max slope shall not exceed 50 degrees

61
Q

slides with entrance height ≤48” exit not higher than 11”

Slides with entrance > 48” exit between 7-15”

A
62
Q

non- entanglement zone of slide

A

No projections that fit inside a projection gauged are accepted

No projections that extend from the surface >.12”

63
Q

Slide Clearance Zone

A

21” on each side

60” above slide chute

Does not extend below top of sidewalls

64
Q

Spiral Slide Overhead clearance zone

A

27” for 2-5 year old

34” 5-12 year old

21” clearance on outside of spiral slide

60” overhead does not apply

65
Q

vertical rotating equipment that rotates >45 ° from horizontal

A

Must have hand supports

concave or tub-like sitting area

66
Q

rotating equipment > 20” must be approximately circular

A

minimize likely of hazardous impact

Min and Max radii not more than 2”

67
Q

Rotating equipment ≤ 20” may be non-circular

A
68
Q

rotating equipment clearance between equipment and surface

A

2.38- 3.50” or >9”

69
Q

Rotating equipment clearance zone

A

72”

Must also have 21” area free of rigid and non-components

70
Q

horizontal rotating equipment ( log roll) must have

A

Must have handrails

Hand gripping components .95-1.55”

Max 18” height of log above surface

Not recommended for under 5 year old

71
Q

fulcrum seesaw max height and angle

A

Max seat height 60”

25° max angle above horizontal

Handholds cannot project and may not twist or rotate

72
Q

Stepping forms dimensions

A

Must have 10” min diameter

2-5year-olds ≤ 20”

5-12 year-old ≤ 30” unless hand support is provided

73
Q

stepping form hand support height

A

must be 22-38” above stepping surface

74
Q

Distance between stepping forms

A

≤12” 2-5 year-old

≤18” 5-12 year-old

75
Q

stepping form must be stationary for

A

2-5 year-olds

and 5-12 year-olds that are greater than 30” above surface

76
Q

trolley and track rides special safety considerations

A

64” min clearance zone

78” max when along a rigid path of travel

96” max when along a flexible path of travel

77
Q

an enclosed track is exempt from?

A

crush and shear

78
Q

trolley rides take off and landing platforms

A

< 36”

end stops must absorb energy

79
Q

Roof to play structure must be

A

< 84” and not have any designated play surface.

80
Q

Head Injury Criterion (HIC)shall not exceed?

A

1000 HIC

81
Q

G-Max shall not exceed?

A

200 G

82
Q

Critical Height of protective surface must equal or exceed the ?

A

Fall height

83
Q

Astm F-1292

A

Done in a lab

Uses instrumented head form

uses 3 diff temp 25 °, 72 °, 120 °

84
Q

ASTM F-3313

A

Done in field

identify fall heights, verify critical heights

Locate 3 most adverse surface types

Perform 3 drops at each spot

85
Q

Fall height of to-fro Swing

A

Height of the highest pivot point to the protective surface

86
Q

Fall height of slide

A

Height of transition platform to the protective surface

87
Q

Fall height of embankment slide

A

Fall height in exit zone shall be 40” minimum, and have a critical height ≥ 48”

88
Q

Fall Height of Sliding poles

A

60” below the highest part of the pole to the protective surface

89
Q

Exceptions to protective surfacing requirements

A

Musical Instruments

Play Houses

Sand Boxes

Sand Digger

Activity wall ( tic tac toe)

Speaking tubes

90
Q

materials not acceptable for use as protective surfacing

A

Packed earth
Grass
Asphalt
Concrete

91
Q

insufficient use zones are a leading cause of injury

A
92
Q

Stationary Equipment Use Zone Rules

A

1 nothing can be closer than 72” from any play structure that requires a use zone

  ( if both structures are ≤ 30: they can 
    share" )
  ( if either structure is ≥ 30" high they 
   may partially overlap to 108")
93
Q

the 6 situations that may not have overlapped use zones

A
  1. motion area of vertical rotating equipment with Radius > 20”
  2. Motion areas of overhead suspended vertical rotating equipment may not overlap
    3.Motion areas of swings
  3. Standing rocking equipment
  4. exit use zone of slides
  5. seated-type trolley ride clearance zones
94
Q

Accessible routes within the playground must

A

Meet DOJ 2010 ADA standard for accessible design

Must meet ASTM F-1292 ( impact attenuation criteria)

Must Meet ASTM F-1951( wheelchair maneuverability)

95
Q

priority one hazard

A

Death
Permanent paralysis
loss of limb
organ destruction
brain damage
loss of vision
loss of speech

96
Q

Ranking Hazard ( 1st possibility)

A

Could a child come into contact with the hazard?

Age of user at risk ?

In a heavily used area?

Could it become worse?

97
Q

Ranking Hazard ( 2nd probability)

A

Will an Injury Occur?

98
Q

Ranking Hazard ( 3rd Consequences)

A

How serious would the injury be?

99
Q

HIRA

A

Hazard identification and Risk Assessment.
( for non-traditional play equipment that is not addressed in ASTM F1487)

100
Q

5 steps to manage risk

A
  1. formalize your safety commitment
  2. Appoint leadership
  3. Manage records and documentation
  4. Perform a comprehensive compliance inspection ( Audit)
  5. Perform regular inspections and maintenance
101
Q

Safety Coordinators Duties include:

A
  1. Carry out and communicate the owners standard of care
  2. Identify , assess and assign playground-related task and responsibilities.
  3. Maintain continually changing playground environments.

4.Verify that inspections and Maintenance are completed regularly and appropriately

  1. Educate and involve owners, operators, board members, staff and playground users in playground safety
102
Q

General playground file should contain

A

Playground policy statement

Staff Training documentation

DOJ 2010 ADA accessibility standards

CPSC handbooks 1981-2010

ASTM standards 1993-2021

103
Q

Site history file should contain:

A

manufacturers documents
Contacts, warranties, Maint repair
instructions, parts list et.

Documents developed in -house
Site plans, drawings, playground audits
etc.

104
Q

Purpose of Regular inspections

A

Maintain the standard of Care. Identify new safety-related concerns resulting from changes in playground environment due to wear, vandalism, breakage, storm damage, litter or other environmental concerns.

105
Q

Factors impacting inspection frequency

A

Use Factor ( extent of use, age or user,
vandalism pattern, accident
patterns)
Environmental factors ( drainage and soil
conditions, location proximity to
vehicular traffic, local climate and
natural amenities)
Equipment and Surfacing factors ( Type of
equip, age of equip, design of equip
static or moving, type of materials
used

106
Q

What if an accident is reported

A

A CPSI should investigate

Contact your risk manager

secure the area

take corrective action

take pictures of scene ASAP

save broken pieces

Don’t admit fault or guilt

Don’t let fear of liability keep you from taking necessary corrective actions to prevent a recurrence.

107
Q
A