GSD codes

GSD codes Code OBTAIN AND MATCH PART OR PARTS

MG2T

Description Match and Get 2 parts Together

TMU

1 2

MG2S

Match and Get 2 parts Seperately

107

3

FOOT

(match) Part(s) to machine Foot

38

4

MAPE

Match and Add Parts with one hand(Easy)

50

5

MAP1

56

6

MAP2

Match and Add Parts with 1 hand Match and Add Parts with 2 hand

Code

TMU

AM2P

8

AJPT

Align or Adjust 1 Parts

43

9

ARPN

75

10

APSH

Align and Reposition Parts Align or adjust parts by Sliding

11

FFLD

12

FCRS

13

FUNF

Code FORMING SHAPES

Code TRIMMING AND TOOL USE

24 TMU 43

Form Crease in folder part Unfold or lay out

28

TMU

23

14

TCUT

15

TCAT

Trim-Additional cut with scissors

25

16

TBLD

33

17

TDCH

Trim -Cut thread with fixed Blade Trim - De - Chain parts with scissors

18

APSH

19

AS1H

20

AS2H Code

Description Aside-Push away (sliding) Aside-Part with 1 hand Aside-Part with 2 hands

50

49 TMU 24 23 42

MS1A

Description Machine Sew 1cm Approx(sew to hold)

22

MS1B

Machine sew 1cm accucately within 1cm

26

23

MS1C

Machine Sew 1 cm precisely within 1/2 cm

37

24

MHDW

Machine hand wheel or lower needle

46

25

MBTB

34

26

MBTE

Manual lever to back Tack at Beginning Manual lever to back Tack at End

21 HANDLING MACHINE

Description Form Fold

61

Description Trim-Cut with scissors (1st)

Code ASIDING

69

Description Align or Adjust 2 Parts

7 ALIGNING AND ADJUSTING

76

GPCO+PPAL KNUCLE/BUTTON BACKTACK

TMU 17

37

F+PROCESS FOOT OPERATED BACKTACK TIME

Codes GET DATA

GET GATA

27 28 29 30 31 32

GP1E GP1H GP2H GPCO GPOH GPAG

TMU Get Part with 1 Hand (Easy) Get Part with 1 Hand Get Part wit 2 Hands Get Part Contact only Get Part from Other Hand Get Part by Adjusting Grasp

14 20 33 9 6 10

Put Part to Approximate Location Put Part to Other Hand Put Part to Stack Put Part Locate once Put Part Locate twice

10 6 14 27 47

PUT DATA

PUT DATA

33 34 35 36 37

PPAL PPOH PPST PPL1 PPL2

seconds 2.533 3.567 1.267 1.667 1.867 2.300 seconds 2.033 1.433 2.500 0.800 seconds 1.433 0.933 0.767 seconds 1.667 0.833 1.100 1.633 seconds 0.800 0.767 1.400 seconds 0.567 0.867 1.233 1.533 1.133 1.233

Motion sequence

G , G ,P , G ,G G , P , G ,P , G , G P,F G,P,G G,P,G G,P,G,P,G Motion sequence

G,G,P,G G,P,G G,P,G, P,F G,P Motion sequence

G,P,G G , GW ,P , PW G ,P Motion sequence

G ,P ,P ,P P,P G,P G,P ,P,P Motion sequence

G,P G ,P G,G,P Motion sequence

F,F F , P ,F F , P, F G,P ,G , P , G G, P,P,P, G G , P , PT , P , P , G

TMU derivations

Average

1 1 1

hour minute second

= 100,000 = 1667 = 27.8

TMUs TMUs TMUs

1 1 1

hour minute second

= 120,000 = 2000 = 33.36

TMUs TMUs TMUs

1

second

=

30 TMUs

=

0.03333 second

1 TMU

MTM low task

MTM high task

E

Distance Classified GSD co Grater than

Movement distances In centmetres up to and including

0cm

5cm

5cm 15cm 30cm 45cm

15cm 30cm 45cm

Stopping accuracy Case

Tolerance

A (approximate)

GREATHER THAN 1 cm

B (accurate)

Within 1 cm

C (precise)

Within ½ cm

Guiding and Tensioning case

description

Nil

A straight burst on single ply

LOW

A straight, non-visible seam (i.e. not having an appreciable effect on final appearance of the product)

MEDIUM

A straight visible seam or a curved non-visible seam

HIGH

A curved visible seam or a seam worked in a confined space

MTM Elements Elements

Code

FOOT MOTION PACE EYE ACTION BEND AND ARISE BEND ARISE SIT STAND APPLY PRESSURE REGRASP GET WEIGHT PUT WEIGHT CRANK WRITING WORD WRIITE LETTER WRITE DEGIT WRITE PUNCTUATION READ WORD

F P E B BD AB SIT STD A R GW PW C WW WL WD WP RW

e Classified GSD codes Code

Key movement

5

1st knuckle

15 30 45 80

2nd knuckle Wrist Elbow Shoulder

Stopping accuracy Description

TMU ADDITION

Stop along a seam OR run off the fabric

0

Stop to form a non-visible backtack

9

Stop to change direction (needle pivot) OR to form a visible backtack

20

ding and Tensioning code

%addition

factor

N

0%

1

L

10%

1.1

M

20%

1.2

H

40%

1.4

Elements TMU 8.5 ( 9) 18 7 61 29 32 35 44 14 6 1 1 15 84.8 25.1 17.2 9.6 5

U .S Systems Lakh million billion trillion quadrillion quintillion sextillion septillion octillion nonillion decillion

No of Zeros 5 6 9 12 15 18 21 24 27 30 33 36 42 48 54 60

Nano second = 1 billionth of a second 0.000000001

second

British systems million milliard billion 1000 billions trillion 1000 trillion quadrillion 1000 quintillions quintillion 1000 quintillions sextillion septillion octillion nonillion decillion