Travelling Industry

7/23/2019 Travelling Industry

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FIBRE MANUFACTURE

PROCESS

M.B.O

BREAKER D/FRAME SLIVER LAP M/C

LAP FORMER RIBBON LAP

M/C

KINDS OF COTTON USED :-

• INDIAN COTTON

• IMPORTED COTTON

INDIAN COTTON TYPE

S-6 100%

S-6 ONGIN

S-6 ORGANIC

J-34 100%

DCH3 100%

DCH3 ONGIN

DCH3 ORGANIC

MC!-" FAIR TRADE



MC!-" 100%

MC!-" ORGANIC

IMPORTED COTTON

GI#A-$6 EGPT

GI#A-$$ EGPT

AKDLA A!STERLION

!LTIMA !.S.A

PIMA !.S.A

SICALA &

DISCRIPTION OF M.B.O. :-

MANUFACTURE - LAKSHMI

MODEL - LB3/4 'EAR 1(()*

NO. OF M/C - 1

OBJECT OF M/C :-

• T+ , +,+2+ ,578 +9 :5;827 7<= +9

>?8.

• O=252 @ 252 +9 7 ,785.

• M552 @ ?2:52 +9 7 >?8.• R,+ +9 :7 =827 +9 :7 +2727 +9 7

>?8.

M/C PARTS:-

• F: 775 57 +2<8 ?7

• B+77+, 9: 775 57 +2<8 ?7

• I252: 775



• S785==8 8+8

• E28 8+8

• F: 8+8

• S 7++7 ?78.

SUMMERING

OBJECT :-

T+ 8,+ 7 +27,5275+2 5 58 ++8 <82 7 =75 =+<752 757.

PROCEDURE OF SORTING :-

FOR COTTON SORTING {PROCESS} -

1.T+ +: 7 +77+2 52 +2 2: @ +=2 7 +77+2 57< ?<

+78 2:.

. T2 7+ =87: 7 +27,5275+2 5 58 =+ 7557 =75 7 52 :5;827 =.

3. K=7 7 +27,5275+2 52 :5;827 =.

4. A2: 978 75 =8+:8 +27 7+ 7 8578.

T5 =8+ 5 :+2 ?< ,2<.

N+. +9 +88 +8 +878 858: 9+8 =8+ 30-40.

• PROCESS SEQUENCE -

BALE (TO BE SORTED)--M.B.O. (MIING BALE OPENER)-

FIRST SORTING -SECOND SORTING -TUFT IS FED TO BALE

PRESS M/C

S+8752 +: . 7+ ,552 +9 +77+2 >?8-

MIING A B C D E



LOAD (0 60 4" 3" 30

NOTE:- S+8752 +: 52 /597/ +878.

CALCULATION:- I! "# $%&# ' *+,#+ % $!, "*+0

1*%2 3405 6 ,$# $*" ,* 7%1781%,# ,$# *. *! 9%1#.

N+. +9 +878 3

+8 +: (0/+878

7. +9 +2 ? 1)0

S+ N+. +9 +878 2+. +9 ? 7. +9 +2 ? /+8 +:

N+. +9 ? 3(0/1)0

1) '==8+.*

• COTAMINATION SORTOUT IN ;KGS.

<ARITY TOTAL STANDARD EFFICINCY(=)

J-34 13 131 (4S-6 14( 16( (4S-6 OG 10" 114 (3DCH3 "" )1 (4MC!-" 461 4(" (3MC!-" S!PER 34 " (3DCH3 1)$ 1$( (4

• CONTAMINATION STANDARD IN KGS.

<ARITY TOTAL STANDARD EFFICINCY(=) J-34 113 131 $6S-6 13" 16( $"S-6 OG 101 114 $(DCH3 3) )1 $)MC!-" 40" 4(" $MC!-" S!PER 0$ " $3

DCH3 1"4 1$( $1



BLO> ROOM DEPTT.

OBJECT :-

• O=252 +9 7 8 ,785.

• C252 +9 7 8 ,785.

• M552 +9 7 8 ,785.

• T+ 5 7 259+8, <82 57<.

• T+ +5: +7 7+ +7 8575+2.

• R,+ +9 ,275 ,785.

MATERIAL PROCESS FLO> IN BLO> ROOM M/C?-

BLENDOMAT (BDT)

SP-MF

MAI FLO>

MPM@ MPM-@

C<T- C<T-

SP-F SP-F



T$# F%7,*+ "$7$ 8#7# ,$# *#5 %2 71#%5

#7#7-

• P+575+2 +9 ,/ 52 ?+8++, 2.

• P27875+2 +9 +=252 =5.

• A2 +9 85: ?8.

• S=: +9 +=252 8+8.

• A8 +9 7 85: 89.

• P8-+=252 +9 ,785.

• T52 +9 9: ?.

TYPES OF PIPE USED IN B/R LINE -

• F58 =5=

• M785 78298 =5=

• M5+:7 =5=

• D8+==52 7 =5=

• @ +, 2757+8

• NO. OF ORKER IN ?+8++, 3

• C+75+2 +9 7 98+, ?+ 8++, 6%• H<8+,78 7<= 2+8 5 : 52 ?+8++, 9+8

7,+=85 +2:575+2.

• R75 H,5:57< 'RH%* 63F

• T,=. 52 ?+8++, (



DESCRIPTION OF EAC M/C IN BLO>

ROOM LINE

BDT(BLENDOMAT)

M%8!%7,8+# - TRUTHSCLER

M*2#1 - BO-A-'44(YEAR-44;)

N* *! /7 -

O#+%,* P#+!*+#2 -

• B%1# *#5

• B1#25

• T+%!#+ *! %,#+%1 ,* #, /7

M%7$# P%+, :

• S75+2 :7 <7,

• T8

• S75+2 :7 9+8 <7, +852

• T887

• L57 ?885 775+2

• O=87+8 +2+

• D78



• +852 8 98: <7, +8 97< <7, 9+8

+852 8

TECNICAL DATA :

M/C HEIGHT .(0 ,78

M/C IDTH ".16 ,78

+852 57 1.)0 ,78

+852 27 ".$1-4".41 ,78

+852 5:7 1.60-.0 ,78

+852 =: "-1" ,/,52.

L59752 =: 0.$"-).0 ,/,52.

S=: +9 7++7: :5 8+ 1." 8./,52.

S=: +9 ==+8752 8+ 1-368./,52.

S75+2 :7 257 27 4)" ,,.

A58 92 75+2 =88 600-10"0 P

N+ +9 2+8 52 ,/ 6

7. +9 ,52 )00

P8+:75+2 +9 ,/ 1000 /8.

T$# #,,5 *! BDT 2##25 8* ,"* !%7,*+ :

• O8 =8+:75+2 +9 7 257

• L27 +9 ?7.

• S87,* 287,



• T+870 - I7 5 < +8 57 5 = 52 ,+52 7+ 7 ,52

98+, 97 7+ 857 @ 857 7+ 97 +2 <:+2 52 7857

,228.

• S87,* 287, 7*&#+5 7*,

• C+8 ?7

• 52: = :5

• C*&#+ 9#1, : +2 2: 5 >77: 7 75+2 775+2 @

+78 2: 5 +2 52:52 8+8.

• >2 8 2#&7# 57 5 >77: +2 7 78.

• T8++#, :- I2 5228 75+2 <7, 7829+8,75+2 +9 797

98+, :78 7+ 5228 75+2 <7,.

P88 0.6 =

• T+ 5: 8+8

• T+ :5 7++7 8+8

• T+ 85: ?8 : ?+ :5 7++7 8+8.

SP-MF (MULTI FUNCTION SEPRATOR)

MANUFATURER - TRUSTHSCLER

MODEL - SP-MF(YEAR-44;)

NO. OF MACINE - OPERATION PERFORMED :-

• T =2,75 782=+87 +9 +=2 797 ,785 78+

=5= 52.

• T 52725 7875+2 +9 :7 98+, :8 52 797 ,785.

• T =875+2 +9 < ,785 +8 =875 98+, 75+2

58 78,.



• S=875+2 +9 ,7 =875.

MACINE PARTS :-

• F8,

• S7 ,7 +8

• D++8

• F2 'BR-FD "00*D85

• M7 :77+8

• S2+8

• F58 2+8/ :77+8

• CO E7525 <7,

• D7 @ >22: 785==8 8+8 :85

• E7

TECNICAL DATA :-

I228 98, 5:7 1000 ,,

M52 5:7 1464 ,,

M52 27 1100,,

F2 =: 1360-(60 8=,

57 +9 ,52 "$0 .

MAI FLO> PRE-CLEANER

MANUFACTURER - TRUTHSCLER

MODEL - 4;';4 (YEAR-44;)

NO. OF MACINE -

OPERATION PERFORMED

• R,+ +9 ,58+:7 =875.



• H< 5,=8575.

• R,+ +9 78 98+, >?8 5 : ;'9

7*:587 @:77.

• R,+ +9 :8+==52 7.

MACINE PARTS : -

• T+ ?78 '=52 7<=* 57 :85

• G85: ?8

• A/ ,+7+8

• F8,

• M785 75+2 :5

• 7 75+2 :5

• I228 7 ,7 52

• O78 7 ,7 52

TECNICAL DATA :-

I228 98, 5:7 1300 ,,

M52 57 100 ,,

M52 5:7 1464 ,,

M52 27 1$30 ,,

M52 57 1"00 ,,D5. O9 ?78 8+8 60" ,,

M5,, +7=7 $"0 /8.

F2 =: 100 8=,

B78 =: )$0 8=,

R+775+2 =: 5,57 8+ 11$0 8=,

I27 @ +77 =88 :5;82 100-30 P



M+7+8 =: 14"0 8=,

M+7+8 8752 )."

M+7+8 982< "0 H.

T G+2 B%+ 7752 5 :7? @ 5 :7: . 7+ 7

858,27 +9 82252

G28< 57 5 -3 ,,.

CALCULATION : - S8*# +*,%,* *! 9#%,#+ *#

. 2%. *! 9#%,#+ T$#6 $*" ,* 7%1781%,# ,$# *.

*! 9#%,/7$.

3.14 <2+. +9 ?7/52

S+ 2+. +9 ?7/52 /3.14<

MPM-@MULTI PURUSE MIER-@


MODEL - MPM-@ (YEAR-44;)

NO. OF MACINE -

OPERATION PERFORMED

• M552 7+ :5;827 7<= +9 +77+2

• S7+ 7+ ,785 527+ 57 ,?8.



>*+05 2#,%1 : -

T +2: +2=7 8 ,75 ,58 MPM-$ 57 5 5? 57

57 ,?8. T 797 8 +2 52 527+ ,/ ?< 92.

T >52 =8+:8 @ +278+ +9 7 = 8 5:275 7+ 7+852 +9 ,75 ,58 MPM-$. T :5;82 ?72 7

?2:52 22 2:827 7 +=252 8+ 78 5 2+

+2<8 ?7. T MPM-$ +8 +2 7 ?5 +9 +: 58

5875+2 5. 7 +2<8 58 27852 7 ,/ + 885

7 ,785 @ 9: 57 527+ 7 27 ,/ .

MACINE PARTS :-

T5 ,52 5 ,: = +9 78 =87Q

1.A 7+8 257 /75+2

• E57 ,?8

. A2 5278,:57 75+2

• T+ 9: 8+ O2 ?78 S2+8

3.A :58< 75+2

A58 =88 8 : 9+8 :58 7+ 7 ,785 +2<8.

TECNICAL DATA - A58 92 75+2 =88 "00 P

C<T-( CLEANOMAT)

MANUFACTURER - TRUTHSLER

MODEL - C<T- (YEAR-44;)

NO. OF MACINE -

OPERATION PERFORMED -

• C252 +9 7 ,785

• R,+ +9 :7 =875.

MACINE PARTS : -



• F: 775

• P88 8+8

• F: 8+8

• R+8 57 7+ =8752 52 7+ 75+2 ++: @ +2

8:52 ,27.

• P88 8+8.

TECNICAL DATA: -

M/ H57 1"0 ,, @ M/ 5:7 1$00 ,,

M/ 27 400 ,,

C+2275+2 =88 4"0 P P8+7 =2252 :7

F: ?7 =: 0.)"-1".1) ,78./,52

I25: 98, 5:7 IFM 100 @ 1$00 ,,

R+ =: 11(1-113 8=,

B78 =: >2 7++7 ?78 (00-1300 8=,

I27 =88P1 13$ P @ +77 =88P $6$ P

S75+2 :7 =88 100-)"0 P

SP-F FOREIGN FIBRE SEPRATER


MODEL - SP-F (YEAR-44;)NO. OF MACINE -

OPERATION PERFORMED

• R,+ +9 :7 =875

• R,+ +9 :8< @ ++8: ,785 52 >?8

• R,+ +9 7<= +9 +27,5275+2 5 58

++8: <827.



MACINE PARTS :-

• F: 775

• P88 8+

• C<52:8 1 '57 7+ ,+7 25 7+ 75+2 ++: +2

8:52 ,27*

• C<52:8 '57 +2 ,+7 25 +2 75+2 ++: +2

8:52 ,27*

• C<52:8 3 '57 +2 ,+7 25 +2 75+2 ++:*

TECNICAL DATA : -M5,, :775+2 87 100-"000/8.

V :< 2 (0-1$0 :8

B78 =: )40 8=,

D775+2/8. =8 ++8

R: "000/8.

G82 1000/8.

B "000/8.

BLO> ROOM F.D.P.

LU>A ROTATARY PRE-FILTER -

• D+==52 7 ',5 +*

• SP-F 7 '52-1*

• M58+:7 'CVT-1 52-*

• SP-F 7 '52-*

• SP-MF ',58+:7*



• CVT-1 :8+==52 7 '52-1*

• CVT-1 :8+==52 7 '52-*

• CVT-1 ',58+:7*

• M/F M58+:7

<ENTILATOR IN BLO> ROOM -

SP-MF - 2757+8

MAI FLO> - 7 2757+8

MPM-@ - 98+27 2757+8

C<T- - 7 2757+8

SP-F - 2757+8

F+# - 2757+8

<ENTILATOR SPEED MOTOR RPM MOTOR PULLY /M/C

PULLY

MACINE MATERIAL SUPPLYPRESSURE(P%)

BDT-01( 600-1000MPM-$ "00CVT-1 "00SP-F "00

D8, 81 +#8+# "0-00 P

D+*5 "%,# +#8+# )"0-1000 P

P# 1# 8#2 91*" +**

M%,#+%1 # 1# (!+*-,*) D%#,#+ ()BDT-SP-MF 330SP-MF MAI FLO 300MAI FLO-MPM$ 300MPM$-CVT1 300CVT1 SP-F 300SP-F - CARD 300



D+*5 "%,# 1# (!+*-,*)

D%#,#+ ()

CVT P8->778 "0CVT M58+:7 300

SP-F M58+:7 $0SP-MF @ LVSB 300MAI FLO 7 =5= 1"0M5 + ,58+:7 300F58 <7, 300

CARDING SECTION

M/C SPECIFICATION


MODEL - DK@44 (YEAR-44)

NO OF MACINE - 3DK@44

OBJECTI<ES OF CARDING -

• H5 :8 +9 +=252 +9 >?8.

• R,+ +9 ,527 :7 =875



• D527252 +9 2=

• F5?8 ?2:52

• E5,5275+2 +9 5,=8575

• E5,5275+2 +9 +87 >?8

• S58 9+8,75+2.

C%+25 5 7 87 +9 =52252 ? ?+ (0%

5,=8575 8 8,+: :852 8:52.

MACINE PARTS -

• F: 7

• F: 8+8

• F: 7?

• L58-52

• M+7 25

• S775+28< 7

• C<52:8

• F7

• D+;8

• G85:

• S785==8 8+8• F7 252 ?8

• T+= =7

• S75+2 ++:

• C8+ 8+8

• T8,=7

• SFL STATIONAR FLATS LICKER-IN SIDE



• SFD S775+28< 7 :+;8 5:

MACINE PARAMETER -

F: 8+8 :5,78 100 ,,

L58 52 :5,78 "3 ,,

C<52:8 :5,78 1(0 ,,

D+;8 :5,78 6$0 ,,

C<52:8 =: 401-"31 8=,

D+;8 =: $"1-11" 8=,

F7 =: $0-30 ,,/,52

N+. +9 7 $4

N+. +9 +852 7 30

F: <7, 7 9:

C2 :5,78 40 52

C2 57 4" 52

5:7 +9 ? $30 ,,

D58< =: 11" ,/,52

SPECIAL FEATURES OF< DK@44 CARD -

• HIGH PERFORMANCE CARD.

• A!TO LEVELLER IS !SED.

CARD GAUGE SETTING

S.NO.

SET POINT GAUGE(T$*8)

. F: =7 7+ 9: 8+ 4. F: =7 7+ 58-52 40'. L58-52 7+ 52 40

. L58-52 7+ ,+7 25 40;. L58-52 7+ <52:8 )$



. C<52:8 7+ SFL 1$. C<52:8 7+ ? 75+2 ""@. C<52:8 7+ 7 10$$$3. C<52:8 7+ SFD 64 PPSI 1

4. C<52:8 7+ 98+27 7+= =7 40. C<52:8 7+ :+;8 ". C<52:8 7+ 98+27 ?+77+, =7 14'. C<52:8 7+ ? ?+77+, =7 40. D+;8 7+ 785==8 6;. S785==8 8+8 7+ 8+ 8+8 6. C8+ 8+8 7+ ? =7 40. T+= 2:8 8+ 7+ ?+77+, 2:8 8+ 6@. C<52:8 =< 10

3. L58-52 =< 604. F7 =< 1$0

CARD SETTING

S.NO. >RAPPING FBK PRESSURE(P%) 0.160 400 0.1(0 0

• N+. +9 ,+7+8 52 CARD SEVEN

• TEMP. 52 8:52 75+2 5 30. :8

• R75 ,5:57< 'RH%* 52 8:52 5 "6.( %

S.NO.

>RAPPING PRODUCTION(KG/R.)

DELI<ERYSPEED(IN RPM)

1. 0.160 1" 6). 0.160 1$ $13. 0.160 0 (04. 0.160 ((". 0.160 " 116. 0.160 30 13"). 0.160 3" 13)

$. 0.1(0 10 "3(. 0.1(0 1" $0



10. 0.1(0 0 10)11. 0.1(0 11)1. 0.1(0 " 133

TECNICAL DATA

C<52:8 =< :5,78 1)" ,,

L58-52 =< :5,78 60 ,,

S785==8 8+8 :5,78 10 ,,

C8+ 8+8 :5,78 (0 ,,

+852 5:7 +9 8: 100 ,,

+852 5:7 +9 797 9:8 (0 ,,

M52 57 )300 .

M52 5:7 1((4 ,,

M52 27 "6"0 ,,

P8+:75+2/SHIFT )"." /597

P8+:75+2/+8 34.40 /8.

H57 +9 FBK 6" ,,

H57 +9 ,52 =7+ 7 1(00 ,,

5:7 +9 +58 1(40 ,,

D897 52 ?< 8: 60-00 F+:

L27 +9 58 =8 2 $100 ,78.

7. +9 58 =8 2 ".1)

H2 +9 58 0.1(0 N

L528 :257< +9 58 3.1 ,/,78.

F522 0.0$4-0.(" N



FBK P88 0-((( P

F++8 +: $"0 N/,

O=8752 =88 600-100 P

F7 @ 58-52 75+2 =88 400 @ )00 P

CARD CLOTING DETAILS

• C<52:8 58 - T0.30.040.0("0

H57 ,, A2 40

T52 0.04 ,, N+. +9 77 ("0/. 52

• D+;8 58 - N.40.300.(

H57 4 ,, A2 30

T52 0.0( ,, N+. +9 77 36)/. 52

• F7 58 - N+ ""

N+. +9 77 1"0/. 52

• L58 52 - E."010-$VG

S 7++7 7<=

N+. +9 77 10/. 52

• SFL T7 40/. 52

• SFD T7 640/. 52

• L!# ##7,%7-

• L58 52 " 7+2

• D+;8 1"00 7+2

• F7 )00 7+2



• SFL "0 7+2

• SFD 4"0 7+2

DRA> FRAME SECTION

BREAKER D/FRAME

MANUFACTURER - LAKSMI RIETER

MODEL - LD4/ (YEAR-444)

NO. OF MACINE -

FEATURES OF LD4/ -

• A7+,75 2 252 ,25,.

• I7 3/3 =88 ?8 57 =2,75 +:52 .

• T 58 :58: 98+, =2,75 +:52

2:8 8+8 78+ +58 527+ 8+52 2.

• T+= 785==8 7+ 2 7+= 8+8.



• B+77+, 785==8 57 75+2 ++: 8 : 7+

2 7 ?+77+, 8+8.

MACINE PARTS

• C8

• F: 8+8

• A7+ 8

• F: =7

• D89752 8+8

• C+2:28 922

• C+58 78,=7

• P88 8, 'P2,75*

• T+ +58 :

TECNICAL DATA

I2=7 ,785 8: 58

N+. +9 :+?52 = 7+ $

N+. +9 +552 : T+7 2+. +9 2 1

R+ 46/"0

C8 725+2 8 )0)1) T7

D897 82 -1

F:52 =: = 7+ 4." ,/,78.

D58< =: 40-"00 ,/,52.



D897 725+2

M52 :897 40-$0 ,,

B8 :897 36-(0 ,,

T8,=7 5 3." ,,

P8+:75+2 1$0-360 /8.

M52 57 440

C2 5 7 9: - C2 :5,78 600 ,,

C2 H57 ,. 100 ,,

C2 5 7 :58< -

C2 :5,78

3"04004"0"00 ,,

C2 57 (14-100 ,,

O7=7 ,785 :8 58

DRAFTING : -

D89752 <7, 3/3

P88 ==< P2,75 6 ?8

L+: +2 :89752 8+8

O2 17 @ 2: 7+= 98+27 8+8 3-4 ?8

O2 3

8:

7+= ? 8+8 -3 ?8P88 +2 2:8 8+8 0."-." ?8

C2 28 4-" ?8

D+%!,5 +*11#+? : -

T+= 8+8 +7 5 ',,* - 3(3(3( T1 T T3

B+77+, 8+8 5 ',,* - "$$ B1 B B3

T+= 8+8 8:2 )0 SHORE



• T+= 8+8 8??8 +7:

• B+77+, 8+8 8 +9 8:2 7 7: 8+8

CANGE POINTS AT D4/ -

• D897 2 8DCCP

• D897 82 2 8 CP

• B8 :897 2 8 UA @ UB.

• F: 2 8

• C2 2 8 UE @F .

• D58< 2 8 +58 2 8 UC

@ UD.

• M+7+8 ?7 =<.

DRAFT RANGE CANGE GEAR

DRAFT DCCP GEAR3.)-".1 $ TEETH4.(-).0 63 TEETH6.3-(.1 4$ TEETH$.0-11.0 3$ TEETH

MAIN DRAFT .3

CANGE PINION 3 T

E/F COMBINATION ;-4 T

E/F COMBINATION CARTCOUNT RANGE E/F COMBINATION GEARS0 40/)3

"-30 "0/63



30-40 3$/)""0-)$ 3"/)$)0-$0 3"/)$ABOVE $0 )/$6

BREAK DRAFT CANGE GEAR

DRAFT A/B GEAR BREAK DRAFT61/6" 1.$6"/61 1."1"6/)0 1.)1)0/"6 .0

DRAFT FEED >PG. NO. OF DOUBLING / DEL. >PG

DEL. SPEED >T. OF SLI<ER FEED DOUBLING /DRAFT

SPECIAL FEATURES OF DO/ LM> :-

• M52< 9+8 <2775 @ + 7+ +77+2

• ! 9+8 ?2:52

• D+? 52 9:52

• D+? :58<

• E< 7+ +=87

A7+ :+2 <7, 5 : =2,75 +:: 2:8 8+8

9+8 :58< 2 +,=85+2 7 = 5 +2 75+2 922 57 5 28< 7+ 2 = 7+ 4" ,52.

S,* *,* 7$#705

C8 7+= ,+75+2

C+58 7+= ,+75+2

R+ ==52 7+= ,+75+2.

M%7$# 71#%5 7$#281#



PARTS SCEDULE TOOLSR+ 52782 8 B< 2:C+58 252 48 78 @ +7F2 7 30,52. B< 2:

R+ 52 48 78 @ +7D89752 +2 8 C252 2C8 252 E8< ?7 C+7 @ C252

2

LAP FORMER L-4

MANUFACTURER - LAKSMI

MODEL - L-4 (YEAR-44;)

NO. OF MACINE -

FEATURES OF L-4 --

• D+? 9:52 8

• T+ 9:52 :

• 11/11 :+?52 +9 :8 58

• A7+ :+2 <7,

MACINE DATA --

D89752 <7, 4/4 '57 =88 ?8*

T+7 :897 1. -.6

T+= 8+8 +:52 =852 +:52 <7,



N+. +9 :89752 :

D+?52 = 7+ $ 58

D. S=: ',.* 10 ,/,52 D=2:52 +2 8

,785

C% # -- 2 :5,78 = 7+ 40 52

C2 57 = 7+ 4$ 52

L= 5:7 300 ,,

M. = :5,78 600 ,,

L= 7 57 60-$0 ,/,78.

L= 57 1".40 '57 =++*

B8 :897 1.04

D897 :572 --

MAIN DRAFT 40-60 ,,

BREAK DRAFT 40-60 ,,

C+,=8: 58 858,27 -

S<7, =88 ) ?8

O=8752 =88 6 ?8

A58 +2,=75+2 =88 3 N,3/8

T+= 8+8 ?2 H8:2 $3

C++8 8<

W57< 275775

W57< +: L,5 :< $(0

M525,, :5. 36 ,,

M5,, :5. 3( ,,



G852:52 :5. 52 ,, 0. ,,

T+7 :897 D+?52 9: 52 ,/,78./:. L= 7. 52 ,/ ,78

E. T.D. 64."4/$0 1.4$

SUCTION POINT IN MACINE :-

• S=++ 75+2

• M52 <52:8 8+8 75+2 75+2

• A275 = 552 75+2

• T? 2:8 8+8 75+2

• D89752 8+8 75+2 .

CLEANING SCEDULE OF MACINE

PARTS SCEDULE TOOLSD89752 +2 @785==8

$8 C252 2

D8, 252785==8

48 B< 2:

F2 7 $8 B< 2:C8 @ 7?252

$8 C+7 @ 252 2

L= 9+8,52 257 $8 B,?++ 75H: 7+ 525:7 +8

48 C252 2

C8 A978 ?7 C+7 @ 252 2B 52 48 B< +7



SLI<ER LAP MACINE


MODEL - LE/% (YEAR-444)

NO. OF MACINE -

FEATURES OF SLM

• D89752 5 =2,75< 57:.

• L= 57: 5 =89+8,: +2 =727:

7+,75< <7,.

• A27598575+2 ?852 57 +2752+ ?8575+2

?2 : 88 =+5?

MACINE TECNICAL DATA

SLIVER FED RAPPING 0.10-0.1$0

7. +9 58 9: )"-10 ,/,78

C252 52< )0%

D897 1."-.0



L= 57 "0-)" ,/,78

L= 5:7 "0,, 52 +9

9:52 7+ RLM @300,, 52 +9 9:52 7+ +,?8 :587

L= 57 =7+ 13

+852 =: 6" ,/ ,52

D89752 <7, '=2,75*4/6

D897 +2727 1.3"

T8+77 :5 :5. 1.$-.00,,

D+?52 1 1110

>EIGT OF TE MACINE ITS COMPONENTS :-

A7+ = 1440

D89752 <7, 4(0

T? 40

T+7 ,/ 57 1)0

C+,=8: 58 =88 6 7

D. S=: "0-6" ,/,52

M+7+8 =< :5. 1401)01$" ,,

T+7 :897 52=7 52 ,/,78 /+7=7 52 ,/,78



M+7+8 =: 1440 8=,

F82< "0

M/ 5:7 60 ,,

C2 :5,25+2 X16-40 52 @ =7+ "0 52

'1"0,,* 5

M%7$# 71#%5 7$#281#

PARTS SCEDULE TOOLSCREEL @ TABLE

CLEANING

$ HRS. ATER @ CLOTH

BOTTOM PATELI @

DISC SIDES

$ HRS. ATER @ CLOTH

DRAFTING #ONE HRS. CLEANING G!N TOP ROLL

ASHING

4 HRS. ATER @ CLOTH

BELO @

S!RRO!NDING

M/C

$ HRS. CLEANING G!N

STOP MOTION CECKING +2 52 597

• C8 7+= ,+75+2

• D89752 7+= ,+75+2

• R+ ==52 7+= ,+75+2.

RIBBON LAP MACINE




MODEL - LE/%

NO. OF MACINE - MACINE PARTS :-

• L= 9: 8+8

• Y D89752 <7,

• F: 7?

• F: 8+8 2:8 8+8

• L= 8+

• S=++ ==+8752 =7

• G5: 8+

M%7$# ,#7$7%1 2%,% : -

L27 +9 ,52 ")" ,,

5:7 +9 ,52 (0) ,,

M52 57

A7+ = 14"0

H: 7+ ""0

R+8 @ 57 ==+87 (00

T+7 ,/ 57 (00

57 +9 = 9: "0-)" ,/,78

57 +9 = :58 "0-)" ,/,78

+852 =: "0-6" ,/,52



D897 "-$

M. = :5. 4"0 ,,

L= 5:7 300 ,,

D89752 <7, =2,75

C+,=8: 58 =88 6 7

W2757< 858: 1. N,3/8.

M+7+8 =: (60 8=,

T -=< 8 2: +2 7 9+8 252 7:58< =:

D#1&#+ ##2 (,+/) M*,*+ 811# #% 2%.()

"0 14060 1)06" 1$"

C$%5# "$##1 7$%5# 5#%+ :-

C$%5# 5#%+ *,*

C52 7 2:8 8+8 4-" T

C52 7 88 = 8+8 )6 T

C52 7 98+27 = 8+8 ))-)$-)( T

D897 2 8 '2* "3-)" T '4 TH 8+8*

F: 2 8 '* 60 -64 T

T? :897 2 8 '7* )(-$3 T

D. T25+2 2 8'* )($0$1 T



D+? 8 9+8 ?8 :897 3"/40

B8 :897 1.341.0

C$% "$##1

F+8 = 8+ :85 7 9++52 :5;827 52

8 27

C52 7 +=52 4/" T

C52 7 = 8+8 ))/)$/)( T

A =8 =852 7 7 9++52 52

F+8 +=52 '1* " T

R8 = 8+ )6 T

F8+27 = 8+8 )$ T

I9 7 ,52 5 +=87: 57 57 :89752 7 4 )6 @ )) 8 7+ ? : .

D572 ?72 7+= : +9 7 :: 7+= 252

:5 97 ("T

DRAFTING ARRANGEMENT :-

T 8+ +9 7+= 8+8 57 <2775 +852 8

+:: +8 9+8 8+ +9 ?+77+, 7: 8+8. T25==52 :572 8 :7? ?72 3@ "",, 52

7 ?8 :897 +2 + 77 7 >?8 27 2 ?

=8+: @ 52 ,52 +2 57 5 30 @ "4 ,, 8 :7:

.

FORMULA



T+7 :897 9: ,/, :+?52/:. ,/,

D897 2 8 7+7 :897 / ?8 :897 +2727

+9 ,52 :897

C1#%5 7$#281# *! RLM M/7 -

C8 @ 7?252

8 C+7 @2522

D89752 +2 8 C252 2 T+= @ ?+77+,88 +7

$ 8 B< 2:

D5 5: =9+8,75+2 257

$ 8 C252 2

T+= 8+ 52 4 8 78 @ +7B+ @88+2:52 ,/

$ 8 C252 2

COMBER

N%# *! M*2#1 N*. *! M%8!%7,8+



%7$# %7$# #+(RIETER)

C+,?8 E 6" 8- 004E 66 1 8 010E 60 H 3 8 -1(()

OBJECTI<ES OF M/C

• T ,52 +?7 +9 +,?8 5 7+ 8,+ +87

>?8.

• S7857252 @ =8575+2 +2 >?8

• !=8: 8 ,785

• 82 22

• S7827

• C252

• V5 ==82

• S,++72

• R58 757 72 8::

• R,+ +9 2= .

MACINE PARTS : -

• L= 8+8

• F: 8+8

• N5==8

• T+= +,?

• B+77+, 8+8



• D752 8+8

• ? +2:252 78<

• S58 =7

• D58< 8+8

• T? <52:8

• S58 5:

• T8,=7 :89752 +2

• C2:8 8+8

• C+58 78,=7

• !25=

TECNICAL DETAILES OF COMBER E; RIETER

• 40V "0 H# 6 BAR

MG. PIMA 100 %

S58 2 0.1$0

F: <7, ?8:

R+8 46

C+58 78,=7 4.0

P8+:75+2 30 / 8

D58< =: 1"$ ,78/ ,52

N+. +9 = 9: =8 ,52 $

D89752 882,27 3/3



N+5 '%* 0%

T+= +,? :=7 0."

T+= :752 8+8 :5. 3 ,,

C588 +,? ?8 :5. 110 ,,

S=: +9 +,?8 3"0 25=/,52 '"0-"0025=/,52*

N+5 I2: 10."

F: =8 25= 4.) ,, '4.3-".( ,, *

T+7 D897 'GV* (.1-".1

M/ 52< =7+ )" %

T+= +,? 77 3" 77/,.

S58 7. 7 :58< 3-6 7

N+5 7875+2 ' % * $-" %

D89752 <7, +: =8 7+= 8+ 6"0-(00 N

B8 :897 ' VV* 1.13-.0

M52 :897 :572 -

S7752 41-60 ,,

G :5,25+2 UA N5==52 52 :572 ,52 41

,,.

B8 :897 :5,25+2 44-66 ,,

F:52 -

L= +75: :5. 6"0 ,,



T?/=++ +75: :5. "0 ,,

T? 27 300 ,,

C2 :5,25+2 -

C2 7? 'C* " ,,

C2 :5.'D* 600 ,,

C2 57 '* 100 ,,

T+7 ,52 57 4600

B77 725+2 60-$0 7

F++8 +: 10600 N/,

F+8 +9 2 =852 $"" N

C2 27 10000 ,78

F: 725+2 10 %

T+= +,? :257< 3."

P552 52: 0.3

D89752 78,=7 ).0 ,,

T? 78,=7 4.0 ,,

D89752 8+8

T+= 8+8 :5. - T1 3( ,,

T 3( ,,

T3 3( ,,

B+77+, 8+8 :5. -



B1 3" ,, B ) ,, B3 ) ,,

B+#%0 2+%!, 7$%5# 5#%+

G8 C B8 :897"(.0 1.1364.( 1.4)1.( 1.34)$.$ 1."0$6.( 1.6"(6 1.$10".) .0

M% 2+%!, 7$%5# 5#%+ -

M52 :897 C2 8 A C2 8 B1.04 3$ 3$1.6) 40 3$1.$4 4$ 4"

13."4 4" 4014." 4" 3$14."( 40 331".0 4$ 3$1".$( 33 "16."" 33 41).) 33 31)."1 4$ 33

1$.30 3$ "1(.6 40 "

F##2 #+ 7$%5# 5#%+ R%,7$#, >$##1 -

F##2 / R.>. F##2 7$%5#5#%+

4.3 64.) 0 "6



". 1$ "".( 16 4"

C$%5# 1%7# 7*9#+

A 2 = 52 7 :58< ,? 8 8<

5? 7< 8 9++

N CO!NT CHANGE

# - FEED CHANGE

S - RATCHET HEEL TO FEED ROLLER

V - EB TRA DRAFT CHANGE

P+287,* *! ,$# 7*9#+ 2##2#, 8* ,$#

!*11*"5 :-

N- N5= =8 ,52

S F: 52 ,,/ 25=

K- T25+2 :897 ?72 = @ 9: 8+8 1.0"-1.1

G- = 7. 52 ,/ ,78

S,* *,*

• L= 7 7+= ,+75+2

• O=2: = :752 8+8

• S58 ?8 7 +58

• J, 52 :752 8+8

• S58 ?8 7 +2:252 8+8

• S58 ?8 7 +2:252 8+8

C1#%5 7$#281# *! E ; RIETER -



P%+, S7$#281# T**1C+58 252 4 8 78 @ +7

T+= +,? 4 8 T+= +,? ?8N5==8 4 8 C252 2D752 8+88

$ 8 C252 2

R+ 52 4 8 78 @ +7:798+27@?

$ 8 ----------

S5: +8 4$ 8 V,D89752 +2 8 ----------

SPECIAL FEATURES OF E ; -

• L77 ,52

• 3/3 :89752 882,27

• B778 8:52 7 2+5 %

• E< 7+ +=87

• !=8:: ,+257+852 :5=<.

COMBING CYCLE IN CASE OF BACK>ARD

MO<EMENT

• D752

• N5==8 ,+ 52 ?8:

• S, 75, 9:52

• G85==52

• C+,?52



I2 ?8: ,+,27 +8 9:52 <7,

7 8,+ +9 +87 >?8 8 58 +,=8 7+

9+88: 9: <7, .

I 7*9#+ ,$#+# %+# ,"* *+,%, 2# "$7$

5&# +*&##, #7#7 *! %7$#

• NOIL INDE T5 52: 5 : 7+ +278+ %

+9 +87 >?8 52 ,785 .

• PIECING INDE I7 5 9+8 ,5275252 27

+9 7 = ?9+8 :752 8+8 9+8 +8 ==52.

PRODUCTION CALCULATION :-

PRODUCTION !##2/

/4@#7#7*. *! $#%2(-*1

=/44)(-9#,, ,#*/44)/'@4."5.

DRA> FRAME FINISER

MANUFACTUER -- RIETER

MODEL -- RSB-

D40EAR-006

NO. OF M/C -- 3

• OBJECT

• T+ 8: 57 =8 257 27 +9 58.

• T+ 5,=8+ 7 8857< +9 >?8 ?< :89752

@ :+?52

• T+ =85 7, 7+ 758 25?+8



• T+ 78572: +7 7 >?8 527+ >?8

527

• T+ ,552 :5;827 7<= +9 >?8 + 7+ 5

+,+2+ ?2:52

• TECINCAL DATA

• D89752 <7, -- 4/3

• D+?52 -- 10

• E52< -- )"%

• P8+:75+2 -- 30-$0/

• F8+27 8+ :5. -- 3$,,

• M5:: 8+ :5. -- 30,,

• B 8+ :5. -- 30,,• ,/ 57 -- 1$60-"1",,

• R+ -- 46/"0

• D. S=: -- "0-1100,78./,52

• F: 58 7. -- 1-"07

• D. 58 7. -- 1."-).007

• D897 '* -- 4."4-11."6

• F5?8 27 -- ,. $0,,

• C2 :5. -- 10-1000,,

• C2 57 -- (00-1"0,,

• S252 8+8 :5. -- 60,,



• F:52 87 -- 300-400,,/,52.

• M52 :897 :572 ':* -- 3".",,

• B8 :897 :572 ':* -- 36-40,,

• D89752 <7, =88 52 27+2 -

B ,5:: @ :. 7+= 8+ =88 -- 30-

4402

• T+= 8+ +7 :5. -- 36-3$,,

• T+= 8+ 27 -- 100-160,,• G852:52 :5 :5. -- 00-"00,,

• G852:52 :5 5:7 -- "-4",,

• C58,982 =: +9 852:52 :5 --

1$00-000,78./,52

• R=, +9 =52: 97 -- 300-"00/,52.• T8,=7 5 -- $

• P88 ?8 7752 -- 6.0

• N 1 / N -- 3(/"

• 5:7 +9 252 8+ -- 4.0-11.0 ,,

1 ($ (( 100 101 10 103V# 0.(3 0.(( 1.00 1.01 1.0 1.03

" "1." "1V# 1.00 1.01 1.0



$ )". )4.4 )3.) ).( ).VA 0.(( 1.00 1.01 1.0 1.03

4 '"4.6*

'").*

"(.$ '6.4*

6$.0 '6).6*

).$ ')$.0*

VV '1.0"*

'1.10*

1.1" '1.0*

1." '1.30*

1.40 '1."0*

4 $3. $$.4 (3.6VV 1.60 1.)0 1.$0

>ERE 6 << -- B8 :897

<G< -- T+7 :897

< -- ,52 :897

SPEED FRAME


MODEL - LF4(YEAR-

44;)

NO. OF MACNINE -

OBJECT :-



T +?7 +9 7 =: 98, 5 7+ =8+: +7 +9 7

:8 58 7+ =8=8: 8+52 +9 858: 2

+9 ?57 ?+??52 9+8 852 =52252 98,.

FUNCTION OF SPEED FRAME :-

• DRA>ING - T+ =85 7 >?8 =7+ +=75+2

.

• T>ISTING T+ 5,=87 28< 7827 7+

8+52 .

• >INDING- T+ =Q 7 5 <8 +2 7?+??52 7 =8+=8 87 +9 =:.

• B8125 T+ +87: 5 <8 7+ ,

+25 2: +2 7 = +9 8+52.

MACINE PARTS :-

• CREEL

• PATELI CLOTH

• CRADLE

• TOP @ BOTTOM R

• TOP @ BTTOM APRONS

• SPACER• TIST MASTER

• FLER ITH BOBBIN S!PPORRTING ROLL

• SPINDLE

• LIFTER RAIL

• SLIVER G!IDE



• CONDENSOR

• TOP ARM/SADDLE

• NOSE BAR

• TENSIO P!LL

TECNICAL DATA OF LF4 :-

T ,/ 8 +2< ?57 57 7 :85 7+ 7 857 5..

7 : 7+ 5 +2 7 857 2 ++52 7 7

:58<.

S=52: 11.$3

N+.+9 =52: 10

B+??52 5 166 52

F<8 =: ,25< =+5? 1400 8=, ',.*

P8+:75+2 "0 ,/,522:8 9+8? ,852 +2:575+2

D897 (-4

C+27 X

E25 'N* 0." 7+ 3.0

M785 'N,* 0.$" 7+ ".0

D89752 882,27 G5: ::

D89752 882,27 57 3 +8 4 8+8

552 8, 9+8 7+ =52: :+? =8+2 3643 @

"0 ,, .

P+575< 8+52 88 +7 9+8 ?+7 7+= @ ?+77+,

8+8



T+= =8+2 5 3)30 ,,

B+77+, =8+2 5 $630 ,,

T+7 57 +9 ,52 1("0

M+7+8 =: )00-1400 8=,

F<8 =: $00 8=,

S==< =88 +9 :89752 <7, "-6 /,

M#%5 *! 1% "$# 70#+5

• G+## D+2 +8 78+ ,2 +=875+2

• O+%5# R+52 ?8

• >$,# S58 ?8

B+77+, =8+2 752 0.$6 7+ 1.04 ,,

T+= =8+2 752 0.$6 7+ 1.04 ,,

T+= 8+ 8:2 $3 S+8

R+ 4)-""-4$

T+= 8+ :5. 30 ,,

B8 :897 1.0" 7+ 1.10 '9+8 +77+2* @ ,. 3.0

D58< +2:28 )." ,, 'G82*

7. +9 ,=7< ?+??52 00 ,

L27 +9 8+52 +2 +2 ?+??52 00-"300 ,78

T57 =8 52 1."1

S=8 3." ,,



B+77+, 8+8 7<= 7:

B+??52 :5. 1" ,,

T25+2 :897 1.0$6

M52 :897 10

P85,528< :897 '?72 38: @ 47 8+ * 1.66

M52 27 )1461 ,, '(6-10 =52:*

M52 5:7 3643 ,,

S7 725+2 3.1

C+= +2727 1616 ,/=52:

D+; 27 "00 ,78

N+. +9 <8 +2 ?+??52 11$

L59752 0 7+ 4 T

T57 30 7+ ""T

T57 +,?5275+2 6"/3" T

BDCP GEAR "0 7+ ) T

C2 =525+2 30 7+ "6T

TPI/TM 1.166/1.("1

C+##1 "$##1 4 ,* @ T

F1#+ 5#%+ 9#1, 1#5,$ 34 @4

P%,#1 71*,$ 1#5,$ @;

M% !*+81%# :-

C+##1 ,#* 2+%!, 4.@@ 7+##1 "$##1



B+#%0 2+%!, .@/BDCP

T.>. '.;;($/5)/TPI6 "$#+# ($54)

M% 2+%!, '.@(+/1)/C.P.

>$#+# 6+/1 2+%!, 7*9%,* +1 ;4

M221# 2+%!, *# .4@

T*,%1 2+%!, % 2+%!, 9+#%0 2+%!,

L.>. .@ E/F B/+**, 7*8,

STOP MOTION AT SPEED FRAME -

• S58 ?8 7+= ,+75+2

• B+??52 ?87 7+= ,+75+2

• F :+; 7+,75 7+= ,+75+2

CANGE POINTS-

• T57 2 2 8

• L5978 2 8

• M52 :897 2 8

• B8 :897 2 8

• C8 725+2 :897 2 8



RING FRAME

MANUFACTURER - LAKESMI SUSSENELITE COMPECT SET

MODEL - LR/A (YEAR-

44)

NO. OF MACINE -

MACINE PARTS:-

• CREEL

• HOLDER

• HANGER

• ROVING G!IDE 3 IN 1

• DRAFTING ROLLERS• APRON

• CRADLE

• SPACER

• LAPPET

• SPINDLE

• TOP ARM/SADDLE

• RING

• ABC RING

• FL CATCHER

• TRAVELLER



• DOFFING RAIL

• SPINDLE TAPE BELT

• TIN ROLLER

• S!CTION T!BE

• ELI T!BE @ ELIED APRON

• COTS ROLLER

• JOCKE P!LL

• NOSE BAR

• SPINDLE HARVE

• POSITIVE CLIP RING

• RAIL RING

• SEPARATER PLATE

• SPINDLE BRAKE

M/C TECNICAL DATA :-

B+77+, 8+8 :5.'I2 ,,* X B130 B ) B3

30

T+= 8+8 :5. '52 ,,* X T1 3 T ) T3 3

C8: 27 36 ,,

T+7 :897 = 7+ 60

B8 :897 1.0) 7+ .4

S=52: )0 @ )" ,,

LOADING TOP ARMS -



T +:52 7+= 8, 8 +:: =2,75<. T

+ =88 2 ? :7: 57 8:52 52

7 : 7+ .

T =88 52:57: 52 7? ?+ 5 +:52 +9

1"0-1$0 N'1"-1$ =* =8 98+27 7+= 8+8 97 .

S=8 ."-).0 ,,

T+= =8+2 27 @ 5:7 3)30 ,,

B+77+, =8+2 27 @ 5:7 )330 ,,

S=52: =57 P88)0 .1-.3)" .0-.

T57 2 8 'AB* 16" T

T57 82 2 8 'CD* 13) T

T+7 :897 +2727 10."1(

C2 8 9+8 52:52 27 'EF* 113 T

B8 :897 2 8 7:. 3-6 T

D897 2 8 'GH* 130-1)" T

S=52: 8 :5. 11( @ 1$." ,,

T", :-

TPM 'T57 =8 ,78* 140- ""0

TPI ' T57 =8 52* 3.""-64.))

SPINDLE SPEEDS :-

M25< = 7+ 1$000 7+ "000 8=,.



D89752 <7, 3/3

S=52: 7=8 140 @ 164

S=52: 7? Q27 1$0 "0 ,,

R52 :5. S72:8: '52 ,,* X

363$404 @ 4"

R52 2 5:7 X

F2 N+. 1 ' ?3. ,, *

F2 N+. ' ? 4.0 ,,*

P2:, X

L+2 =52252 2 440 ,,

S+87 =52252 2 3)" ,,

I25275+2 +9 :89752 882,27 60 ':8*

H57 +9 =87+8 =7 33.(0 @ 1$" ,,

M785 +9 7+= 8+8 <2775 8??8

M785 +9 ?+77+, 8+8 752 7

S89 +9 7+= 8+8 =52

S89 +9 ?+77+, 8+8 7:

T+7 N+. +9 852 98, 1)

N+. +9 =52: ' 52 +2 R/F* $64

CO!NT SP!N "0 60 )0 $0 100 10 @ 140 N

H2 +9 8+52 9: 0.$-1."

D58< =: 6-1) ,/,52



F< 78 1.6 ,,

R52 :5. 3$ ,,

ABC RING DIA. !SED 36.) ,,

E5 7? 27 1$0-60 ,,

STANDARD SUPPLY ALONG >IT EAC

MACINE :-

BREAK DRAFT

BREAK DRAFT CHANGE GEAR

FOR FL!TED ROLLERS

DIA. ) 'B1 * DIA. 30 'B3*

1.14 "( "3

1.4 "4 4(

CANGE POINTS AT R/F M/C

• T57 2 87 A/B @ 757 82 2

8 C/D

• C2 8 E/F 9+8 52:52 27

• R77 9+8 852 85 :85

• D897 2 8 G @ ,5752 8 H

• CP @ BR 9+8 7+7 :897

• C252 7 =52: 757 :5875+2 # +8 S

• SPINDLE RPM.

CALCULATION OF R/F



TPI TM UNDER ROOT COUNT 6"$#+# TM T",

81,1#+

TPM TPI '3.'

T", 7*,%, TPIT", "$##1

F.R. D#1. SPEED SPINDLE SPEED/TPI

PRODUCTION F.R. DELI<ERY

4@EFFICIENCY/'@4.COUNT (IN

KG/SPINDLE/SIFT)

BOBBIN CONTENT (GMS) '.;LD 8%+# 6

"$#+# 1 1!, 7$ 6D 2%.*! 9*99 7$

MAIN DRAFT B/> FRONT ROLLER BACK

ROOLER

BREAK DRAFT B/> MIDDLE ROLLER BACK

ROLLER

TOTAL DRAFT B/> FRONT ROLLER BACK

ROLLER

DRAFT CONSTANT DRAFTC.P. "$#+#6 C.P.

7$%5# *

SPACER:-

S%7#+ %28, 2,%7# 9/" ,$# ,* 9*,,*%+* %28,#2 ",$ % * %7#+.

SPACER COLOUR.;4 B+*".; D%+0 G+#'.44 N%,8+%1 >$,#'.; Y#11*"

'.;4 B1%70



'.; C+#%.44 R#2.;4 G+##;.44 B18#;.;4 G+#.44 C+#%.44 Y#11*"

APRON DIMENSION TABLE :-

TOP APRON BOTTOM APRON

CRADL

E

INSID

E DIA.

TICNES

S

>IDT INSID

E DIA.

TICNES

S

' '3. .4; 3.; @4.; .4;

' '.' .4; 3.; @ .4;

;3 ;'.@ .4; 3.; @3 .4;

T",

+%5#

7$%5#

5#%+

T", 7$%5# 5#%+ (BA ;T)

B @ 3 @4

D C

' T

A @3 @@ @ @ @;

D C T>IST PER METER (TPM)

4 '; '3 33 ;

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B+#%0 2+%!, 7$%5# 5#%+ :-

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BDCP ; ;@ ;3 4 B+.2+%!,

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S5%1 1% (T%1 ,*70 $#%2 ,*70 )

RED OFF M/C *+%1 +85/% *V

RED ON - M%7$# !%81, *+ %7$# *V

RED S$*+, %$ (#7)- 2*V

RED LONG %$ (#7) ##+5#7 *V

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