4
Green Yellow Red Net duration of repetitive task/s (a) [min] - Attention: correct evaluation, if duration of evaluation ≠ 60s neutral ~ 1/3 max 0 1 0c Intensity x frequency Countershocks, impulses, vibrations Intensity x duration or frequency 0 1 2 5 light visible heavy very heavy 5 3 1-2 ~ 2/3 max 3 > 20 18 - 20 40 maximal 100 17 33 1 11 16 20 10 20 67 Real shift duration [min] Formula Result Description 8 0 Lunch break [min] 8 5 10 15 Other physical work load (please describe in detail) [%] 5 [sec] 60 0 2 2,5 4 [n] 0d [n] Observed cycle time [sec] 0 Non repetitive tasks (i.e. cleaning, supplies, etc) [min] - Extra = ∑ lines 0a – 0e Attention: Max. score = 40 (line 0c, 0d); Max. score = 15 (line 0a, 0e); Max. score = 10 (line 0b) 0e Other official pauses [min] - 4-5 8 - 10 6 (a/b x 60) = Joint position (especially wrist) Ergonomic Assessment Worksheet V1.3.4 MTM Analysis Comments / proposals for improvements No. of real units (or cycles) (b) Net cycle time [sec] = Lines 0a-b mainly relate to the Automotive Industry, for other sectors additional elements may be necessary. For details see the EAWS manual. = none middle strong very strong For scoring of repetitive tasks only: Extra points Intensity Status Intensity Plant Analyst Date Low risk: recommended; no action is needed Possible risk: not recommended; redesign if possible, otherwise take other measures to control the risk 0a Adverse effects by working on moving objects 2,5 4 6 8 0 3 8 15 0 2 0b very poor 1 none middle strong very strong 10 good complicated poor 5 Upper Limbs Task duration [sec] Whole Body = Postures + Forces + Loads + Extra = + Result of overall evaluation: Calculate the total score of the whole body sections and compare it to the upper limbs score.The overall result is determined by the higher value but interpretation should also take into account the second value. Green Yellow Red 0-25 Points >25-50 Points >50 Points m Accessibility (e.g. entering motor or passenger compartment) Task / Workplace Extra points “Whole body” (per minute / shift) EAWS evaluation High risk: to be avoided; action to lower the risk is necessary + + Line f Gender of operator Body height EAWS form v1.3.4 © IAD and AMI 2013 1/4

Eaws Form v1.3.4 En

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  • GreenYellowRed

    Net duration of repetitive task/s (a) [min]

    -

    Attention: correct evaluation, if duration ofevaluation 60s

    neutral ~ 1/3 max

    0 1

    0c

    Intensity x frequencyCountershocks, impulses,vibrations

    Intensity x duration or frequency

    0 1 2 5

    light visible heavy very heavy

    53

    1 - 2

    ~ 2/3 max

    3

    > 2018 - 20

    40

    maximal

    10017 331 11 16 20

    10 20

    67

    Real shift duration [min]

    Formula ResultDescription

    8

    0

    Lunch break [min]

    8

    5 10 15Other physical work load(please describe in detail)

    [%] 5

    [sec] 60

    0 2 2,5 4

    [n]

    0d

    [n]

    Observed cycle time [sec]

    0

    Non repetitive tasks(i.e. cleaning, supplies, etc) [min]

    -

    Extra = lines 0a 0eAttention: Max. score = 40 (line 0c, 0d); Max. score = 15 (line0a, 0e); Max. score = 10 (line 0b)

    0e

    Other official pauses [min] -

    4 - 5 8 - 10

    6

    (a/b x 60) =

    Joint position(especially wrist)

    Ergonomic Assessment Worksheet V1.3.4

    MTM Analysis

    Comments / proposals for improvements

    No. of real units (or cycles) (b)

    Net cycle time [sec]

    =

    Lines 0a-b mainly relate to the Automotive Industry, for other sectors additional elements may be necessary. For details see the EAWS manual.

    =

    none middle strong very strong

    For scoring of repetitive tasks only:

    Extra pointsIntensity

    Status

    Intensity

    Plant

    Analyst

    Date

    Low risk: recommended; no action is needed

    Possible risk: not recommended; redesign if possible, otherwise take other measures to control the risk

    0a Adverse effects by working onmoving objects

    2,5 4 6 8

    0 3 8 15

    0 20b

    very poor

    1

    none middle strong very strong

    10

    good complicated poor

    5

    Upper Limbs

    Task duration [sec]

    Whole Body = Postures + Forces + Loads + Extra

    = +

    Result of overall evaluation: Calculate the total score of the whole body sections and compare it to the upper limbs score.The overall result isdetermined by the higher value but interpretation should also take into account the second value.

    Green

    Yellow

    Red

    0-25 Points

    >25-50 Points

    >50 Points

    m

    Accessibility (e.g. entering motoror passenger compartment)

    Task / Workplace

    Extra points Whole body (per minute / shift)

    EAW

    Sev

    alua

    tion

    High risk: to be avoided; action to lower the risk is necessary

    + +

    Line

    fGender of operator Body height

    EAWS form v1.3.4 IAD and AMI 2013 1/4

  • [%][sec/min][min/8h]

    1) 2)

    9

    7

    Sitting

    6

    0-5

    Asymmetry effectsTrunk

    Rotation 1)Lateral

    Bending 1)Far Reach

    2)

    Evaluation of static posturesand/or high frequent movements of

    trunk/arms/legs

    int dur int dur

    5 0-5

    3

    4

    1

    2

    Postures

    Standing (and walking)

    dur

    0-3

    int

    0-2

    Intensity xDuration

    Intensity xDuration

    Intensity xDuration

    0-3

    Duration [sec/min] =duration of posture(s) x 60

    cycle time

    160 240 320

    Sumoflines

    Basic Positions / Postures and movements of trunk and arms (per shift)

    (incl. loads of 60)

    with suitable support

    Upright with elbow at / above shoulderlevel

    Upright with hands above head level

    63

    5,3 8 14 19 26 33 47 60 80

    0 0 0 0,5 1

    Upright no back support (for otherrestrict. see Extra Points) 0 0 0,5 1 1,5 2 3 4

    Bent forward 0,7 1 1,5 2 3 4 6 8

    25

    15 21

    35

    Elbow at / above shoulder level 2,7 4 7 10 13 16 23

    5 7 9 12

    Hands above head level 4 6 10 14 20

    Bent forward 4 6 10 14 20 25 35 45

    Elbow at / above shoulder level 6 9 16 23 33 43 62

    Lying or climbing

    108 135

    15

    =(b)

    +

    Climbing 6,7 10 22 33 50 66

    (Lying on back, breast or side) armsabove head 6 9 15 21

    5

    20 060

    EAWS form v1.3.4 IAD and AMI 2013 2/4

  • +A +A +A-A -A -A+B +B +B-B -B -B

    +C +C +C-C -C -C

    +A +A +A-A -A -A+B +B +B-B -B -B

    +C +C +C-C -C -C

    +A +A +A-A -A -A+B +B +B-B -B -B

    +C +C +C-C -C -C

    Weights of loads [kg] for repositioning (lifting / lowering), carrying and holding as well as pushing and pulling

    0

    Car

    ryin

    g1) ( + )

    x =

    Pus

    hing

    &P

    ullin

    gsh

    ort

    1)

    ( + )

    15

    ( + )+

    x =

    +

    x =

    1412000 16000

    8Distance (carrying, pushing & pulling long) [m]#, duration or distance points

    8,5

    35

    75

  • Basis: number of real actions per minute or percent static actions (analyze only the most loaded limb)

    Shoulder (flexion, extension, abduction)

    Breaks ( 8 min) [#/shift]

    Break points

    ( FFG )AF

    FFGFLSi = 100% FFGD = FFGpFFGS = FFGp %DA = FLDj

    Additional factors

    Wrist (deviaton, flex./extens.) Elbow (pron, sup, flex./extens.)

    FFG = FFGS + FFGD

    Tools with a very high level of vibrations

    AF

    Gloves inadequate (which interfere with the handling ability required) are used for over half the timeWorking gestures required imply a countershock. Frequency of 2 time per minute or more (i.e.: hammering over hard surface)Working gestures imply a countershock (using the hand as a tool) with freq. of 10 time per hour or more

    2

    2

    2 3

    20PP+

    Upper limb load in repetitive tasks

    + DP

    Duration Points

    20d

    (b) Postures (c) Additional factors

    0 -0,5 -1 -23

    DP=

    2

    (d) Duration

    20c

    4 2

    74

    2

    1c

    1 93 7b

    23

    125

    bc 0

    952

    ab

    0

    1

    b

    abc 0 30 1

    0

    64

    01

    5

    FFGp

    0

    1

    0

    30

    1

    ab b

    b

    a b

    a

    5

    6

    3

    8

    9

    ab

    a

    52

    20

    6 94

    3 7

    11

    3

    15 24

    8 12

    12

    12 18

    -1,5

    2

    2

    +

    > 810 +

    +

    222

    %DA

    > 90 135

    Poo

    rgrip

    ping

    cond

    ition

    s

    (For

    ce&

    Freq

    uenc

    y)+

    Grip

    Sel

    dom

    Ver

    yhi

    ghfre

    quen

    cies

    ;abs

    olut

    ely

    noin

    terru

    ptio

    ns

    Mor

    e

    Arm

    mov

    emen

    tsno

    ttoo

    fast

    ,sho

    rtin

    terru

    pt.

    10 20 25

    Grip

    30

    Calc DynDynamic actions (real actions/min)

    FFGp35 400

    Mod

    erat

    egr

    ippi

    ngco

    nditi

    ons

    Slo

    war

    mm

    ovem

    ents

    ;fre

    q.sh

    orti

    nter

    rupt

    ions

    2 4 FFG

    Sub

    stan

    tiala

    mou

    ntof

    stat

    icac

    tions

    ~35

    %

    Con

    side

    rabl

    eam

    ount

    ofst

    atic

    actio

    ns~

    15%

    Con

    tinuo

    usar

    mm

    ovem

    ents

    .Lac

    kof

    inte

    rrupt

    ions

    mak

    edi

    fficu

    lties

    toke

    eppa

    ce

    Ver

    ylo

    wam

    ount

    ofst

    atic

    actio

    ns; 35 90

    %2-5

    2

    Static actions (sec/min)

    2

    Calc Stat

    FFS GS %

    16 11

    21

    8

    8 5

    Ergonomic Assessment Worksheet V1.3.4

    Upper LimbsUpper limb load in repetitive tasks

    Goo

    dgr

    ippi

    ngco

    nditi

    ons

    Nor

    mal

    arm

    mov

    emen

    ts;b

    utsh

    orto

    roc

    casi

    onal

    and

    irreg

    ular

    inte

    rrupt

    ions

    Fast

    erar

    mm

    ovem

    ents

    ;occ

    asio

    nala

    ndirr

    egul

    arsh

    ortp

    ause

    s

    Low

    amou

    ntof

    stat

    icac

    tions

    ;~10

    %

    Grip

    Forc

    e&

    Dur

    atio

    n

    (For

    ce&

    Dur

    atio

    n)+

    (Grip

    xPe

    rcen

    tage

    oftim

    ein

    volv

    ed)

    Ver

    ylo

    ngla

    stin

    gst

    atic

    actio

    ns;a

    lmos

    t75%

    Perc

    enta

    geof

    time

    invo

    lved

    power grip/contact grip

    finger or moderate pinch(5 fingers, hand)

    strong pinch(thumb to 1 or 2 fingers) Lo

    ngla

    stin

    gst

    atic

    actio

    ns;a

    lmos

    t50%

    Perc

    enta

    geof

    time

    invo

    lved

    ((For

    ce&

    Freq

    uenc

    y)+

    Grip

    )xpe

    rcen

    tage

    a

    6

    12

    1

    3 2

    10 4

    a

    7

    3

    4

    15

    100%

    7 0

    a b

    320 10 5

    1

    3

    1 1 0 0

    1828

    14

    45

    Hand / arm / shoulder postures (use duration for worst case of wrist / elbow / shoulder)

    26 40

    32

    75

    6

    16

    144> 135 225

    > 225 300

    Force [N]

    0 5

    > 5 20

    > 20 35

    20b

    20a

    0

    4

    11

    Posture points PP4

    3

    42

    Precision tasks are carried out for over half the time (tasks over areas smaller than 2-3 mm)More than one additional factor is present at the same time and overall occupy the whole of the time

    Tools employed cause compressions of the skin (rednesses, callosities, blebs, etc.)

    If shoulders are involvedclose to or above shoulderheight without support or inawkward postures, multiplyscore x3

    x =

    10% 25% 33% 50% 65% 85%0 0,5 1

    (a) Force & Frequency & Grip Upper Limbs

    Duration [h/shift]Duration PointsWork Organization

    Work Organization Points

    77

    < 1

    1

    Additional points (choose the highest value)

    1,5

    cycle time > 30 sec

    0

    Exposure to cold or refrigeration (less than 0 degree) for over half the timeVibrating tools are used for 1/3 of the time or more

    2 1 0 -1 -2 -31

    -42 3 4 5 6 7

    =

    0

    1 1,53

    Repetitive tasks duration

    355

    Breaks lead to a stop of theprocess

    Breaks are possible at given conditions

    (Cycle time shorter than 1 minute)(Cycle time between 1 and 10 minutes)(Cycle time longer than 10 minutes)

    cycle time 30 sec

    Breaks are possible at everytime

    c

    b

    a

    S D

    >60

    >60 >60

    >45

    >45

    >20>15

    EAWS form v1.3.4 IAD and AMI 2013 4/4

    EAWS form v1.3.4 EN S1.pdfEAWS form v1.3.4 EN S2.pdfEAWS form v1.3.4 EN S3.pdfEAWS form v1.3.4 EN S4.pdf