specialty conveyor chain products -...

3

Agricultural ConveyorT-Bar/T-Rod Links

Steel Pintle • Specialty Sprockets

Specialty ConveyorChain Products

2ISO 9001 REGISTERED

2

SpecialtyConveyorChain

SpecialtyConveyorChain

Section Subject Pages

Introduction 2-3

1 Agricultural Conveyor Chain Products 4Conveyor Series CA 5- CA550 and CA550 HD Series 6- CA551X Series 7- CA555 Series 8- CA557 Series 9- CA620 Series 10- CA960 Series 11- CA2050 Series 12- CA2060H Series 13Roller Chain Attachments 14-31T-Bar Chain 32T-Rod Chain 33

2 Pintle Chain Products 34Chain Specifications 35Pintle Attachments 36-48

3 Special Order Sprockets 49Sprocket Information 50-53Pintle Sprocket Specifications 54-55

4 Engineering Information 56Selection Guide 57-61Engineering Conversions 62Lubrication 63Troubleshooting 64

5 General Information 65Glossary of Terms 65-71Standard Terms & Conditions 72Drives, Incorporated/Company Philosophy 73ISO 9001: 2000 Registered 74Sales Offices/Service Centers 75

Section Subject Pages

Introduction 2-3

1 Agricultural Conveyor Chain Products 4Conveyor Series CA 5- CA550 and CA550 HD Series 6- CA551X Series 7- CA555 Series 8- CA557 Series 9- CA620 Series 10- CA960 Series 11- CA2050 Series 12- CA2060H Series 13Roller Chain Attachments 14-31T-Bar Chain 32T-Rod Chain 33

2 Pintle Chain Products 34Chain Specifications 35Pintle Attachments 36-48

3 Special Order Sprockets 49Sprocket Information 50-53Pintle Sprocket Specifications 54-55

4 Engineering Information 56Selection Guide 57-61Engineering Conversions 62Lubrication 63Troubleshooting 64

5 General Information 65Glossary of Terms 65-71Standard Terms & Conditions 72Drives, Incorporated/Company Philosophy 73ISO 9001: 2000 Registered 74Sales Offices/Service Centers 75

Product specifications subject to change without notice.Some products shown proprietary.

ISO 9001 REGISTERED3

conveyor chainSpecialty

Agricultural Conveyor, T-Bar/T-Rod LinksSteel Pintle, Specialty Sprockets


4

Section 1

Agriculturalconveyor

Drives, Incorporated Conveyor Chain

5ISO 9001 REGISTEREDISO 9001 REGISTERED

5

Drives, Incorporated Conveyor Chain Products

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.oNniahC P W D H T E A B .viR .toC .bL .bL .bL

055AC 036.1 797.0 656.0 057.0 501.0 182.0 057.0 218.0 573.1 265.1 972.1 052,11 004,1

DH055AC 036.1 767.0 656.0 087.0 021.0 623.0 027.0 668.0 054.1 685.1 904.1 005,11 007,1

*X155AC 036.1 797.0 656.0 521.1 551.0 734.0 448.0 969.0 656.1 808.1 424.2 000,02 004,2

555AC 036.1 005.0 656.0 057.0 021.0 182.0 285.0 027.0 091.1 203.1 832.1 052,11 001,1

755AC 036.1 797.0 007.0 609.0 021.0 513.0 537.0 058.0 674.1 395.1 917.1 005,61 007,1

026AC 456.1 789.0 696.0 057.0 021.0 182.0 098.0 159.0 046.1 148.1 906.1 000,21 007,1

069AC 036.1 098.0 007.0 019.0 021.0 053.0 -- -- 085.1 -- 908.1 005,51 050,2

0502AC 052.1 573.0 793.0 875.0 080.0 002.0 304.0 894.0 597.0 109.0 085.0 001,6 010,1

H0602AC 005.1 005.0 664.0 786.0 021.0 332.0 475.0 576.0 931.1 942.1 000.1 005,8 014,1

* Rollerless

Conveyor Series CA

Drives, Incorporated Agricultural ConveyorChains are steel chains designed to operate oncast, machined or flame-cut sprockets.

Made of hardened steel parts, these highquality chains provide maximum strengthand extended wear life within their servicerange.


CA550 1.630” Pitch

Drives, Incorporated Roller Chain Products


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DH055AC 036.1 767.0 656.0 087.0 021.0 623.0 027.0 668.0 054.1 685.1 005,11 007,1

CA550 HD 1.630” Pitch


CA551X 1.630” Pitch

* Rollerless


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*X155AC 036.1 797.0 656.0 521.1 551.0 734.0 448.0 969.0 656.1 808.1 000,02 004,2

ConveyorChain



CA555 1.630” Pitch


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555AC 036.1 005.0 656.0 057.0 021.0 182.0 285.0 027.0 091.1 203.1 052,11 001,1

ConveyorChain



CA557 1.630” Pitch


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755AC 036.1 797.0 007.0 609.0 021.0 513.0 537.0 058.0 674.1 395.1 005,61 007,1



CA620 1.654” Pitch


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026AC 456.1 789.0 696.0 057.0 021.0 182.0 098.0 159.0 046.1 148.1 000,21 007,1




CA960 1.630” Pitch



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069AC 036.1 098.0 007.0 019.0 021.0 053.0 085.1 -- 005,51 050,2


CA2050 1.250” Pitch


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0502AC 052.1 573.0 793.0 875.0 080.0 002.0 304.0 894.0 597.0 109.0 001,6 010,1



CA2060H 1.500” Pitch



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H0602AC 005.1 005.0 664.0 786.0 021.0 332.0 475.0 576.0 931.1 942.1 005,8 014,1


A1, A1S

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J K N M L T

1A055AC 000.1 484.1 182.0 578.0 224.0 501.0

026AC 432.1 875.1 182.0 578.0 354.0 521.0

S1A 026AC 432.1 875.1 343.0 578.0 354.0 521.0


J K N M L T

1AX155AC 052.1 390.2 734.0 005.1 218.0 551.0

H0602AC 448.0 052.1 812.0 521.1 875.0 521.0

S1A H0602AC 448.0 052.1 262.0 521.1 875.0 521.0

11A H0602AC 448.0 052.1 343.0 521.1 875.0 521.0

*4A055AC 964.1 390.2 193.0 005.1 526.0 581.0

755AC 784.1 411.2 304.0 005.1 526.0 581.0

91A 755AC 000.1 024.1 182.0 521.1 265.0 521.0

*52A 755AC 000.1 024.1 343.0 521.1 265.0 521.0

62A H0602AC 448.0 052.1 604.0 521.1 875.0 521.0

A1, A1S, A11, A4, A19, A25, A26

Drives, Incorporated Roller Chain Attachments

* Attachment available only on pin link.


A2, A2S

A4, A1W, A24


J K N M L T

4A X155AC 964.1 260.2 615.0 057.2 057.0 002.0

W1A 026AC 906.1 521.2 093.0 053.2 265.0 021.0

42A 026AC 253.1 187.1 004.0 494.2 656.0 581.0


J K G N M L T

2A H0602AC 448.0 052.1 265.0 812.0 521.1 875.0 521.0

S2A H0602AC 448.0 052.1 265.0 182.0 521.1 875.0 521.0


A6


J K N M L T

6A 0502AC 229.0 092.1 812.0 526.0 001.0 080.0


A18, A19, A25, A27, A27S, A29

AH, AHM


J K N M L T

81A 055AC 260.1 604.1 182.0 578.0 005.0 501.0

91A055AC 000.1 604.1 182.0 578.0 005.0 501.0

*DH055AC 600.1 784.1 823.0 070.1 056.0 021.0

52A 055AC 000.1 604.1 343.0 578.0 005.0 501.0

72A 055AC 260.1 604.1 343.0 578.0 005.0 501.0

S72A 055AC 260.1 604.1 604.0 578.0 005.0 501.0

92A 055AC 000.1 604.1 604.0 578.0 005.0 501.0


J K N M L T

HA 055AC 964.1 578.1 443.0 057.0 542.0 501.0

MHA 055AC 964.1 578.1 443.0 000.1 542.0 501.0



AH

AHM


C2E

C4E


R S T

E2C H0602AC °5.22 000.3 021.0


R S T

E4C H0602AC °5.22 489.2 021.0



* C5 Attachment does not have embossment.

C5E


R S T

E5C 055AC °0.51 651.2 501.0

E5C 555AC °0.51 052.2 021.0

E5C H0602AC °5.22 052.2 021.0

*5C 055AC °0.51 651.2 021.0

CA550

CA555

CA2060H


C12E


R S T

E21C 055AC °0.9 343.2 501.0



R S T

E6C 055AC °0.02 881.2 501.0

JE6C 555AC °0.51 006.2 021.0

E6C H0602AC °5.22 005.2 021.0

C6E, C6EJ

CA550

CA555


CA2060H


J N R S T

E6C 069AC 578.0 QS043.0 °0.02 092.2 021.0

C6E


C11E

C13E


R S T

E11C 055AC °0.71 005.2 501.0


R S T

E31C055AC °0.51 526.3 501.0

026AC °0.51 526.3 521.0

C14E


R S T

E41C 026AC °0.52 656.2 521.0



C17E

C18E


R S T

E81C DH055AC °0.81 005.2 021.0



R S T

E71C 055AC °0.02 000.3 501.0


C25E

C30E


R S T

E52C 055AC °0.51 000.3 501.0


R S T

E03C026AC °5.22 213.2 521.0

055AC °92 000.2 501.0


CA620

CA550


E1

CPE

D1EP, D1EP2, D1EP5, D1EPS


R S T

EPC 055AC °0.02 005.2 501.0


K M

PE1D055AC 052.1 005.0

026AC 057.1 005.0

2PE1D 055AC 000.2 005.0

5PE1D 026AC 005.1 005.0

SPE1D 026AC 005.1 265.0



L M N T

1E 026AC 521.1 456.1 093.0 021.0


F2

F1, F4, F4A


J K N R S T

2F 055AC 260.1 052.3 052.0 578.0 573.1 781.0


J K N M R L T

*1F 055AC 144.2 703.3 043.0 972.1 787.0 062.1 501.0

4F055AC 578.1 118.2 043.0 354.1 912.1 886.1 501.0

DH055AC 382.2 045.3 652.0 792.1 787.0 064.1 021.0

A4F DH055AC 382.2 045.3 043.0 792.1 787.0 064.1 021.0


* Contour side bar attachment.


G27S


J K N M L R T

S72G 055AC 146.1 271.2 343.0 526.0 495.0 881.0 521.0

F5, F17, SE, SEH, SF, SFD


J K N M R L T V

5F 055AC 521.3 691.4 182.0 048.0 526.0 052.1 501.0 °75

71F 055AC 005.4 355.5 093.0 000.1 118.0 146.1 501.0 °06

ES 055AC 521.3 691.4 043.0 048.0 526.0 052.1 501.0 °75

HES 055AC 521.3 691.4 343.0 048.0 526.0 052.1 521.0 °75

FS 055AC 521.3 691.4 604.0 048.0 526.0 052.1 501.0 °75

DFS DH055AC 521.3 023.4 823.0 659.0 521.1 379.1 021.0 °22


F16


J K N L R V

61F 055AC 005.2 135.3 182.0 881.1 365.0 °01


GT2

K1, K1S, K11, K19, K25, K26


J K N R S T

2TG X155AC 364.3 182.4 343.0 057.0 213.1 781.0



J K N M L T

1KX155AC 005.2 781.4 734.0 005.1 218.0 551.0

H0602AC 786.1 005.2 812.0 521.1 875.0 521.0

S1K H0602AC 786.1 005.2 562.0 521.1 875.0 521.0

11K H0602AC 786.1 005.2 343.0 521.1 875.0 521.0

91K 755AC 000.2 048.2 182.0 521.1 265.0 521.0

*52K 755AC 000.2 048.2 343.0 521.1 265.0 521.0

62K H0602AC 786.1 005.2 604.0 521.1 875.0 521.0



K1, K1S

K1, AK27S


J K N M L T

1K055AC 000.2 969.2 182.0 578.0 224.0 501.0

026C 964.2 651.3 182.0 578.0 354.0 521.0

S1K 026AC 964.2 651.3 343.0 578.0 354.0 521.0


J K N M L T

1K DH055AC 621.2 518.2 533.0 098.0 005.0 021.0

*S72KA 755AC 052.2 711.3 615.0 521.1 545.0 021.0


* Contour sidebar attachment.


K2

AK25F


J K G N M L T

2K H0602AC 886.1 005.2 265.0 812.0 521.1 875.0 521.0



J K 1N 2N M L T

F52KA 055AC 000.2 808.2 164.0 823.0 578.0 005.0 501.0


K18, K19, K25, K27, K27S, K29, AK25M, AK29M


J K N M L T

81K 055AC 521.2 218.2 182.0 578.0 005.0 501.0

91K055AC 000.2 218.2 182.0 578.0 005.0 501.0

*DH055AC 800.2 479.2 823.0 070.1 056.0 021.0

52K 055AC 000.2 218.2 343.0 578.0 005.0 501.0

72K 055AC 521.2 218.2 343.0 578.0 005.0 501.0

S72K 055AC 521.2 281.2 604.0 578.0 005.0 501.0

92K 055AC 000.2 218.2 604.0 578.0 005.0 501.0

†*M52KA 055AC 000.2 079.2 033.0 130.1 056.0 501.0

†*M92KA 055AC 000.2 079.2 304.0 130.1 056.0 501.0

K35, K35M, AK39, K39, K39M, AK39M, AK39S


J K N M L T

53K 755AC 000.2 098.2 343.0 526.0 545.0 021.0

M53K 755AC 000.2 098.2 604.0 526.0 545.0 021.0

*93KA 055AC 000.2 218.2 043.0 526.0 005.0 501.0

93K 755AC 052.2 698.2 343.0 526.0 545.0 021.0

M93K DH055AC 052.2 450.3 304.0 526.0 055.0 021.0

*M93KA 055AC 000.2 218.2 604.0 526.0 005.0 501.0

*S93KA 055AC 000.2 218.2 043.0 573.0 005.0 501.0


* Contour sidebar attachment.

* Attachment available only on pinlink.† Contour sidebar attachment.


M1

M1W


N M R S T

1M H0602AC 343.0 521.1 886.0 871.1 521.0


M L T

W1M 055AC 573.2 265.0 501.0



M19

MS


R S T

SM 026AC 057.0 348.0 021.0

M2


N M G R S T

2M H0602AC 812.0 521.1 265.0 057.0 303.1 521.0



M L T

91M 055AC 578.0 781.1 501.0


1-800-435-0782

(Variety of attachments available upon request.)

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T-Bar

Drives, Incorporated T-Bar Product


1-800-435-0782

T-Rod

Benefits of T-Rod• Twice the Wear-Life

• Three times thefatigue life

• Fewer adjustments

• Runs smoother andquieter

• Fits standard #67sprockets

Drives, Incorporated T-Rod Product

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Pintlechain




Section 2


Drives, Incorporated Steel PintleChain Specifications

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502D 052.1 224.0 005.0 448.0 002.0 074.0 573.0 080.0 69 093.0 009,4 065

266D 466.1 797.0 578.0 526.1 182.0 027.0 609.0 521.0 27 050.1 002,11 007,1

H766D 313.2 578.0 130.1 437.1 213.0 578.0 000.1 521.0 25 071.1 009,21 009,1

X766D 052.2 130.1 141.1 359.1 734.0 739.0 360.1 071.0 35 068.1 007,12 000,3

*CX766D 052.2 130.1 141.1 359.1 734.0 739.0 360.1 071.0 35 001.2 001,52 006,3

K766D 052.2 521.1 432.1 521.2 734.0 260.1 870.1 002.0 35 044.2 007,92 000,4

*CK766D 052.2 521.1 432.1 521.2 734.0 260.1 870.1 002.0 35 065.2 009,03 008,4

K88D 906.2 521.1 432.1 521.2 734.0 260.1 870.1 002.0 64 003.2 009,62 000,4

*C803D 570.3 005.1 886.1 958.2 526.0 005.1 182.1 213.0 93 036.5 000,05 000,8

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*C88D 906.2 613.1 135.1 005.2 005.0 521.1 052.1 052.0 64 074.3 000,83 000,6

* Letter “C” denotes compression formed barrel on each pintle link.


AS, ASS, AS2


J K N M T

SA

266D 573.1 609.1 182.0 839.0 171.0

H766D 130.2 526.2 343.0 521.1 052.0

X766DCX766D

130.2 307.2 343.0 521.1 213.0

K766DCK766D

130.2 218.2 604.0 052.1 573.0

K88D 130.2 218.2 604.0 052.1 573.0

C88D 057.2 096.3 734.0 005.1 573.0

SSA

266D 573.1 609.1 343.0 839.0 171.0

H766D 130.2 526.2 604.0 521.1 052.0

X766DCX766D

130.2 307.2 604.0 521.1 213.0

K766DCK766D

130.2 218.2 864.0 052.1 573.0

K88D 130.2 218.2 864.0 052.1 573.0

2SAH766D 130.2 495.2 864.0 521.1 052.0

X766DCX766D

130.2 307.2 864.0 521.1 213.0


J K N M T

WSA K766DCK766D

057.2 213.3 573.0 052.1 052.0

ASW

Drives, Incorporated Pintle Attachments

Also available on both sides of chain, designated KS, KSS, KS2.

Also available on both sides of chain, designated KSW.


A22

AK1


J K E N M T

22A266D 573.1 573.2 526.0 182.0 839.0 171.0

K88D 521.2 573.5 005.2 604.0 005.1 573.0


J K N M G T

1KA 266D 839.2 005.3 182.0 573.1 834.0 021.0


Also available on both sides of chain, designated K22.

AN


K M T

NA

266D 578.1 839.0 171.0

H766D 917.2 052.1 213.0

X766DCX766D

886.2 521.1 213.0

K766DCK766D

218.2 052.1 573.0

K88D 218.2 052.1 573.0

Also available on both sides of chain, designated KN.


BRH


K M

HRB K88D 906.0 218.0


J K N M L T

OSA X766DCX766D

130.2 886.2 343.0 521.1 912.0 213.0

OSSA

H766D 130.2 498.2 604.0 521.1 881.0 052.0

X766DCX766D

130.2 886.2 604.0 521.1 912.0 213.0

K766DCK766D

870.2 218.2 604.0 052.1 213.0 213.0

TSA C88D 130.2 218.2 343.0 005.1 402.0 573.0

AS0, ASS0, AST


Also available on both sides of chain, designated KSO, KSSO, KST.


C1, C11


R S N T

1C266D 182.1 187.1 182.0 501.0

X766D 005.1 739.1 182.0 781.0

11C 266D 182.1 187.1 343.0 501.0



K M

1D 266D 870.2 005.0

D1

F12, F12H


J E K N R S T

21F H766D 005.3 000.2 573.8 343.0 052.1 912.2 501.0

H21F H766D 005.3 000.2 573.8 343.0 052.1 912.2 431.0


FS


J K N R S T

SF X766DCX766D

000.3 000.4 343.0 834.1 578.1 781.0


F10, F10L, F11


J K N R S T L

01F266D 005.3 573.5 343.0 000.1 969.1 501.0 265.0

H766D 005.3 573.5 343.0 052.1 912.2 501.0 526.0

L01F H766D 005.3 573.5 343.0 052.1 969.1 501.0 578.0

11F266D 005.3 573.7 343.0 000.1 969.1 501.0 265.0

H766D 005.3 573.7 343.0 052.1 912.2 501.0 526.0



FS7, FS15


J K E M N T R

7SFH766D 000.3 000.7 052.1 057.0 604.0 573.0 005.0

X766D 000.3 000.7 052.1 057.0 604.0 573.0 526.0

51SF K88D 008.3 008.11 000.3 000.1 343.0 052.0 135.0

G2, G9


J K E M N T

2GK88D 052.2 005.3 057.0 000.1 573.0 052.0

C88D 052.2 005.3 057.0 000.1 573.0 052.0

9G C88D 781.2 005.4 573.1 005.1 343.0 573.0

Also available on both sides of chain, designated FG2, FG9.


G27, G27T

G28


J K N R S T

72GH766D 130.2 495.2 343.0 265.0 521.1 052.0

X766DCX766D

130.2 886.2 343.0 265.0 521.1 213.0

T72GH766D 130.2 526.2 182.0 218.0 573.1 052.0

X766DCX766D

130.2 886.2 343.0 218.0 573.1 213.0


J K N R S T X

82G 266D 052.1 917.1 182.0 218.0 213.1 052.0 881.0

Drives, Incorporated Pintle AttachmentsG19


J K E M N T

91G K88D 052.2 057.2 526.2 005.3 604.0 052.0


G30


J K N R S T X

03G 266D 213.1 578.1 343.0 057.0 213.1 052.0 881.0


G37, G37S, G38

G50


J K N M R T

73G 266D 839.1 443.2 812.0 521.1 964.0 021.0

S73G 266D 839.1 443.2 182.0 521.1 964.0 021.0

83G 266D 839.1 443.2 343.0 521.1 964.0 021.0


J K N M R S T

05G266D 265.1 651.2 604.0 000.1 834.0 578.0 431.0

H766D 526.1 881.2 604.0 000.1 834.0 578.0 431.0



M S T

4BH

266D 027.0 443.2 521.0

H766D 027.0 005.2 521.0

X766DCX766D

027.0 052.2 521.0

S4BH 266D 457.0 057.1 021.0

HB1


M S T

1BH X766DCX766D

005.0 000.2 052.0

HB4, HB4S

HB10


M S T

01BH 266D 000.1 307.1 781.0



Drives, Incorporated Pintle AttachmentsK1, K19

K1C


J K N M T

C1K K88D 057.3 000.5 604.0 578.1 781.0


J K N M T

1K

266D 964.2 052.3 182.0 573.1 021.0

H766D 964.2 052.3 182.0 573.1 021.0

X766DCX766D

964.2 052.3 182.0 573.1 021.0

91K 266D 000.2 218.2 182.0 573.1 021.0


M2


R S N M T W

2M

X766DCX766D

182.2 651.3 578.0 005.1 213.0 005.1

K88D 604.2 182.3 578.0 005.1 213.0 005.1

C803D 348.2 817.3 578.0 005.1 213.0 739.1

K2C, K2M, K2P


J K N M G T

C2K K88D 881.4 000.5 343.0 052.2 052.1 781.0

M2K K88D 000.4 000.5 604.0 052.2 521.1 781.0

P2K K88D 526.3 000.5 343.0 052.2 052.1 781.0

K1, K1S


J K N M G T

1K C88D 000.4 000.5 604.0 578.1 000.1 781.0

S1K C88D 057.3 000.5 354.0 578.1 000.1 052.0





J K N R S T

DS H766D -- 052.5 -- -- 005.1 052.0

DSM 266D 005.2 052.3 182.0 187.0 443.1 431.0

SD, MSD

SF22


J K E M N T

22FS K766DCK766D

052.4 057.01 005.2 000.1 604.0 573.0


SH, SE


J K N M R S T

HS266D 521.3 000.4 182.0 526.0 000.1 265.1 021.0

H766D 521.3 000.4 182.0 526.0 881.1 057.1 021.0

ES266D 521.3 000.4 343.0 526.0 000.1 265.1 021.0

H766D 521.3 000.4 343.0 526.0 881.1 057.1 021.0

SHB


J K N R S T X

BHS 266D 005.2 052.5 182.0 578.0 005.1 021.0 °01



Special ordersprockets

Drives, Incorporated Sprockets

Made to Customer Specification• ANSI 35 through 240, 2040 through 2080.• A, B, and C style hubs• Various bore options: plain, keyed and splined• Hardened teeth upon request• Split sprockets• Mounting holesMade-to-order ANSI precision chain sprockets.

49

Section 3


Drives, Incorporated Sprocket Information

fo.oNhteeT

52 hctiP"4/1 53 hctiP"8/3 14,04 hctiP"2/1 05 hctiP"8/5 06 hctiP"4/3 08 hctiP"1

.aiDhctiP edistuO.aiD .aiDhctiP edistuO

.aiD .aiDhctiP edistuO.aiD .aiDhctiP edistuO

.aiD .aiDhctiP edistuO.aiD

hctiP.aiD

edistuO.aiD

9 137. 738. 690.1 652.1 264.1 476.1 728.1 290.2 391.2 115.2 429.2 743.3

01 908. 919. 412.1 083.1 816.1 938.1 320.2 992.2 724.2 857.2 632.3 876.3

11 788. 200.1 133.1 205.1 577.1 300.2 912.2 405.2 266.2 400.3 945.3 600.4

21 669. 380.1 944.1 526.1 239.1 661.2 514.2 807.2 898.2 942.3 468.3 233.4

31 540.1 761.1 765.1 747.1 980.2 923.2 216.2 119.2 431.3 394.3 971.4 756.4

41 321.1 642.1 586.1 868.1 742.2 194.2 908.2 311.3 173.3 637.3 494.4 289.4

51 202.1 623.1 408.1 099.1 504.2 256.2 600.3 513.3 706.3 979.3 018.4 503.5

61 182.1 704.1 229.1 111.2 365.2 418.2 402.3 715.3 448.3 122.4 621.5 726.5

71 163.1 784.1 140.2 132.2 127.2 579.2 104.3 917.3 280.4 264.4 244.5 059.5

81 044.1 865.1 951.2 253.2 978.2 531.3 995.3 029.3 913.4 407.4 957.5 172.6

91 915.1 846.1 872.2 374.2 830.3 692.3 797.3 021.4 755.4 549.4 670.6 395.6

02 895.1 927.1 793.2 395.2 691.3 754.3 599.3 123.4 497.4 581.5 293.6 419.6

12 776.1 908.1 615.2 317.2 553.3 716.3 391.4 225.4 230.5 624.5 017.6 532.7

22 757.1 988.1 536.2 338.2 315.3 877.3 293.4 227.4 072.5 666.5 720.7 555.7

32 638.1 969.1 457.2 459.2 276.3 839.3 095.4 229.4 805.5 709.5 443.7 578.7

42 519.1 940.2 378.2 470.3 138.3 890.4 887.4 221.5 647.5 741.6 166.7 691.8

52 599.1 921.2 299.2 491.3 989.3 852.4 789.4 223.5 489.5 783.6 979.7 615.8

62 470.2 902.2 111.3 413.3 841.4 814.4 581.5 225.5 222.6 726.6 692.8 638.8

72 351.2 982.2 032.3 434.3 703.4 875.4 483.5 227.5 064.6 768.6 416.8 651.9

82 332.2 963.2 943.3 455.3 664.4 837.4 285.5 229.5 996.6 701.7 139.8 574.9

92 213.2 944.2 864.3 376.3 526.4 798.4 187.5 221.6 739.6 643.7 942.9 597.9

03 293.2 925.2 885.3 397.3 387.4 750.5 979.5 123.6 571.7 685.7 765.9 411.01

13 174.2 906.2 707.3 319.3 249.4 712.5 871.6 125.6 314.7 528.7 588.9 434.01

23 155.2 886.2 628.3 330.4 101.5 773.5 673.6 127.6 256.7 560.8 202.01 357.01

33 036.2 867.2 549.3 251.4 062.5 635.5 575.6 029.6 098.7 403.8 025.01 270.11

43 017.2 848.2 460.4 272.4 914.5 696.5 477.6 021.7 821.8 445.8 838.01 293.11

53 987.2 829.2 381.4 293.4 875.5 558.5 279.6 913.7 763.8 387.8 651.11 117.11

63 968.2 800.3 303.4 115.4 737.5 510.6 171.7 915.7 506.8 220.9 474.11 030.21

73 849.2 780.3 224.4 136.4 698.5 571.6 073.7 817.7 448.8 262.9 297.11 943.21

83 820.3 761.3 145.4 157.4 550.6 433.6 865.7 819.7 280.9 105.9 011.21 866.21

93 701.3 742.3 066.4 178.4 412.6 494.6 767.7 711.8 123.9 047.9 824.21 789.21

04 781.3 723.3 087.4 099.4 373.6 356.6 669.7 613.8 955.9 089.9 547.21 603.31

14 662.3 604.3 998.4 011.5 235.6 318.6 561.8 615.8 897.9 912.01 360.31 526.31

24 643.3 684.3 810.5 922.5 196.6 279.6 363.8 517.8 630.01 854.01 183.31 449.31

34 524.3 665.3 731.5 943.5 058.6 131.7 265.8 419.8 572.01 796.01 007.31 362.41

44 505.3 646.3 752.5 864.5 900.7 192.7 167.8 411.9 315.01 639.01 810.41 285.41

54 485.3 527.3 673.5 885.5 861.7 154.7 069.8 313.9 257.01 671.11 633.41 109.41

64 466.3 508.3 594.5 807.5 723.7 906.7 951.9 215.9 099.01 514.11 456.41 912.51

74 347.3 588.3 416.5 728.5 684.7 967.7 753..9 117.9 922.11 456.11 279.41 835.51

84 328.3 469.3 437.5 749.5 546.7 829.7 655.9 119.9 764.11 398.11 092.51 758.51

94 209.3 440.4 358.5 660.6 408.7 880.8 557.9 111.01 607.11 231.21 806.51 671.61

05 289.3 421.4 279.5 681.6 369.7 742.8 459.9 903.01 449.11 173.21 829.51 594.61

15 160.4 302.4 190.6 503.6 221.8 704.8 351.01 805.01 381.21 016.21 442.61 318.61

25 141.4 382.4 112.6 524.6 182.8 665.8 153.01 707.01 224.21 948.21 265.61 231.71

35 022.4 363.4 033.6 445.6 044.8 527.8 055.01 709.01 066.21 880.31 088.61 154.71

45 033.4 244.4 944.6 466.6 995.8 588.8 947.01 601.11 998.21 723.31 891.71 967.71

55 973.4 225.4 965.6 387.6 857.8 440.9 849.01 503.11 731.31 665.31 715.71 880.81

65 954.4 206.4 886.6 309.6 719.8 302.9 741.11 405.11 673.31 508.31 538.71 604.81

75 835.4 186.4 708.6 220.7 670.9 363.9 643.11 307.11 516.31 440.41 351.81 527.81

85 816.4 167.4 729.6 241.7 632.9 225.9 445.11 209.11 358.31 382.41 174.81 440.91

95 796.4 148.4 640.7 162.7 593.9 186.9 347.11 201.21 290.41 225.41 937.81 363.91

06 777.4 029.4 561.7 183.7 455.9 148.9 249.11 103.21 033.41 167.41 701.91 186.91

16 758.4 000.5 482.7 005.7 317.9 000.01 141.21 005.21 965.41 000.51 624.91 000.02

26 639.4 080.5 404.7 916.7 278.9 951.01 043.21 996.21 808.41 832.51 447.91 813.02

36 610.5 951.5 325.7 937.7 130.01 813.01 935.21 898.21 640.51 774.51 260.02 736.02

Outside diameter dimensions are nominal. Note: Bottom diameter = pitch diameter - chain roller diameter.



fo.oNhteeT

52 hctiP"4/1 53 hctiP"8/3 14,04 hctiP"2/1 05 hctiP"8/5 06 hctiP"4/3 08 hctiP"1



.aiD .aiDhctiP edistuO.aiD

hctiP.aiD

edistuO.aiD

46 590.5 932.5 246.7 858.7 091.01 874.01 837.21 790.31 582.51 617.51 083.02 559.02

56 571.5 913.5 267.7 879.7 943.01 736.01 639.21 692.31 425.51 559.51 896.02 472.12

66 452.5 893.5 188.7 790.8 805.01 697.01 531.31 594.31 267.51 491.61 610.12 395.12

76 433.5 874.5 000.8 712.8 766.01 659.01 433.31 496.31 100.61 334.61 533.12 119.12

86 314.5 855.5 021.8 633.8 628.01 511.11 335.31 398.31 042.61 276.61 356.12 032.22

96 394.5 736.5 932.8 654.8 689.01 472.11 237.31 290.41 874.61 119.61 179.12 845.22

07 275.5 717.5 853.8 575.8 541.11 434.11 139.31 292.41 717.61 051.71 982.22 768.22

17 256.5 697.5 874.8 496.8 403.11 395.11 031.41 194.41 659.61 883.71 706.22 581.32

27 237.5 678.5 795.8 418.8 364.11 257.11 823.41 096.41 491.71 826.71 629.22 405.32

37 118.5 659.5 617.8 339.8 226.11 119.11 725.41 988.41 334.71 668.71 442.32 228.32

47 198.5 530.6 638.8 350.9 187.11 170.21 627.41 880.51 276.71 501.81 265.32 141.42

57 079.5 511.6 599.8 271.9 049.11 922.21 529.41 782.51 019.71 443.81 088.32 954.42

67 050.6 591.6 470.9 292.9 990.21 983.21 421.51 684.51 941.81 385.81 891.42 877.42

77 921.6 472.6 491.9 114.9 852.21 845.21 323.51 586.51 783.81 228.81 715.42 690.52

87 902.6 453.6 313.9 135.9 714.21 807.21 225.51 488.51 626.81 160.91 538.42 514.52

97 882.6 334.6 234.9 056.9 775.21 768.21 127.51 380.61 568.81 992.91 351.52 337.52

08 863.6 315.6 255.9 077.9 637.21 620.31 029.51 282.61 401.91 935.91 174.52 250.62

18 844.6 395.6 176.9 988.9 598.21 581.31 811.61 184.61 243.91 777.91 097.52 073.62

28 725.6 276.6 097.9 800.01 450.31 543.31 713.61 186.61 185.91 610.02 801.62 986.62

38 706.6 257.6 091.9 821.01 312.31 405.31 615.61 978.61 028.91 552.02 624.62 700.72

48 686.6 238.6 920.01 742.01 273.31 366.31 517.61 970.71 850.02 494.02 447.62 623.72

58 667.6 119.6 841.01 763.01 135.31 228.31 419.61 772.71 792.02 337.02 360.72 446.72

68 548.6 199.6 862.01 684.01 096.31 189.31 311.71 674.71 635.02 197.02 183.72 269.72

78 529.6 070.7 783.01 506.01 948.31 141.41 213.71 676.71 477.02 012.12 996.72 182.82

88 400.7 051.7 605.01 527.01 900.41 992.41 115.71 478.71 310.12 944.12 710.82 995.82

98 480.7 032.7 626.01 448.01 861.41 954.41 017.71 470.81 252.12 886.12 533.82 819.82

09 461.7 903.7 547.01 469.01 723.41 816.41 909.71 272.81 094.12 729.12 456.82 632.92

19 342.7 983.7 468.01 380.11 684.41 777.41 701.81 174.81 927.12 561.22 279.82 455.92

29 323.7 864.7 489.01 202.11 546.41 739.41 603.81 176.81 869.12 404.22 092.92 378.92

39 204.7 845.7 301.11 223.11 408.41 690.51 505.81 968.81 602.22 346.22 806.92 191.03

49 284.7 826.7 322.11 144.11 369.41 552.51 407.81 960.91 544.22 288.22 729.92 015.03

59 165.7 707.7 243.11 165.11 221.51 414.51 309.81 762.91 486.22 121.32 542.03 828.03

69 146.7 787.7 164.11 086.11 282.51 375.51 201.91 664.91 229.22 953.32 365.03 641.13

79 027.7 668.7 185.11 997.11 144.51 337.51 103.91 666.91 161.32 895.32 188.03 564.13

89 008.7 649.7 007.11 919.11 006.51 298.51 005.91 468.91 004.32 738.32 002.13 387.13

99 088.7 620.8 918.11 830.21 957.51 150.61 996.91 460.02 836.32 670.42 815.13 201.23

001 959.7 501.8 939.11 851.21 819.51 012.61 898.91 262.02 778.32 513.42 638.13 024.23

101 930.8 581.8 850.21 772.21 770.61 073.61 790.02 264.02 611.42 455.42 451.23 937.23

201 811.8 462.8 771.21 693.21 632.61 925.61 592.02 166.02 553.42 397.42 374.23 850.33

301 891.8 443.8 792.21 615.21 593.61 886.61 494.02 068.02 395.42 230.52 197.23 673.33

401 772.8 424.8 614.21 536.21 555.61 748.61 396.02 950.12 238.42 172.52 901.33 596.33

501 753.8 305.8 535.21 557.21 417.61 600.71 298.02 852.12 170.52 015.52 824.33 310.43

601 734.8 385.8 556.21 478.21 378.61 661.71 190.12 754.12 903.52 947.52 647.33 233.43

701 615.8 266.8 477.21 499.21 230.71 523.71 092.12 656.12 845.52 789.52 460.43 056.43

801 695.8 247.8 398.21 311.31 191.71 484.71 984.12 458.12 787.52 622.62 283.43 869.43

901 576.8 228.8 310.31 232.31 053.71 346.71 886.12 450.22 520.62 564.62 107.43 782.53

011 557.8 109.8 231.31 253.31 905.71 308.71 788.12 352.22 462.62 407.62 910.53 506.53

111 438.8 189.8 152.31 174.31 966.71 269.71 680.22 254.22 305.62 349.62 733.53 429.53

211 419.8 060.9 173.31 195.31 828.71 221.81 582.22 156.22 247.62 281.72 556.53 342.63

311 499.8 041.9 094.31 017.31 789.71 082.81 484.22 058.22 089.62 124.72 479.53 165.63

411 370.9 022.9 906.31 038.31 641.81 044.81 286.22 940.32 912.72 066.72 292.63 978.63

511 351.9 922.9 927.31 849.31 503.81 795.81 188.22 642.32 854.72 698.72 016.63 491.73

611 232.9 973.9 848.31 860.41 464.81 757.81 080.32 744.32 696.72 631.82 929.63 515.73

711 213.9 854.9 869.31 781.41 326.81 719.81 972.32 746.32 539.72 673.82 742.73 538.73

811 193.9 835.9 780.41 703.41 387.81 770.91 874.32 648.32 471.82 516.82 565.73 531.83

911 174.9 266.9 602.41 724.41 249.81 532.91 776.32 540.42 314.82 358.82 388.73 174.83

021 055.9 976.9 623.41 545.41 101.91 493.91 678.32 342.42 156.82 190.92 202.83 987.83




fo.oNhteeT

001 hctiP"4/11 021 hctiP"2/11 041 hctiP"4/31 061 hctiP"2 002 hctiP"2/12 042 hctiP"3




.aiD9 556.3 481.4 683.4 120.5 711.5 858.5 848.5 596.6 013.7 763.8 177.8 440.01

01 540.4 795.4 458.4 615.5 366.5 634.6 274.6 553.7 090.8 591.9 807.9 430.11

11 734.4 700.5 423.5 800.6 212.6 010.7 990.7 110.8 278.8 510.01 946.01 810.21

21 038.4 514.5 697.5 894.6 267.6 185.7 727.7 466.8 066.9 038.01 195.11 699.21

31 322.5 128.5 862.6 689.6 313.7 051.8 753.8 413.9 744.01 246.11 635.21 179.31

41 716.5 722.6 147.6 274.7 468.7 817.8 889.8 369.9 532.11 554.21 284.31 349.41

51 210.6 136.6 512.7 759.7 714.8 382.9 026.9 906.01 520.21 262.31 924.41 219.51

61 704.6 430.7 986.7 144.8 079.8 848.9 252.01 552.11 518.21 760.41 773.51 188.61

71 308.6 734.7 361.8 429.8 425.9 114.01 588.01 998.11 506.31 278.41 723.61 748.71

81 891.7 938.7 836.8 704.9 870.01 579.01 815.11 345.21 793.41 776.51 672.71 318.81

91 495.7 142.8 311.9 988.9 236.01 735.11 151.21 581.31 091.51 284.61 722.81 977.91

02 199.7 246.8 985.9 073.01 781.11 990.21 587.21 828.31 289.51 582.71 771.91 247.02

12 783.8 340.9 460.01 158.01 247.11 066.21 914.31 074.41 577.61 780.81 921.02 507.12

22 387.8 444.9 045.01 233.11 792.21 122.31 350.41 011.51 765.71 788.81 080.12 566.22

32 081.9 448.9 610.11 318.11 258.21 287.31 886.41 157.51 063.81 786.91 230.22 826.32

42 775.9 542.01 294.11 492.21 704.31 343.41 323.51 293.61 251.91 094.02 489.22 885.42

52 379.9 546.01 869.11 477.21 369.31 309.41 859.51 230.71 749.91 092.12 639.32 845.52

62 073.01 540.11 444.21 452.31 815.41 364.51 395.61 176.71 047.02 090.22 988.42 805.62

72 767.01 444.11 129.21 337.31 470.51 220.61 822.71 113.81 535.12 098.22 148.52 864.72

82 461.11 448.11 793.31 312.41 036.51 285.61 368.71 159.81 033.22 786.32 497.62 524.82

92 165.11 442.21 478.31 296.41 681.61 141.71 894.81 095.91 221.32 784.42 747.72 583.92

03 859.11 346.21 053.41 271.51 247.61 007.71 431.91 922.02 719.32 582.52 007.82 243.03

13 653.21 340.31 728.41 156.51 892.71 952.81 967.91 868.02 217.42 580.62 456.92 203.13

23 357.21 244.31 303.51 031.61 458.71 818.81 504.02 605.12 505.52 288.62 706.03 952.23

33 051.31 148.31 087.51 906.61 014.81 773.91 040.12 541.22 003.62 086.72 065.13 912.33

43 745.31 042.41 752.61 880.71 669.81 639.91 676.12 487.22 590.72 084.82 415.23 671.43

53 549.31 936.41 437.61 665.71 325.91 494.02 213.22 224.32 098.72 772.92 764.33 331.53

63 243.41 830.51 112.71 540.81 970.02 250.12 749.22 060.42 586.82 570.03 124.43 090.63

73 047.41 734.51 786.71 425.81 536.02 116.12 385.32 896.42 084.92 278.03 573.53 740.73

83 731.51 538.51 461.81 200.91 291.12 961.22 912.42 633.52 572.03 076.13 923.63 400.83

93 435.51 432.61 146.81 184.91 847.12 827.22 558.42 579.52 070.13 764.23 382.73 169.83

04 239.51 336.61 811.91 959.91 503.22 682.32 194.52 316.62 568.13 562.33 732.83 819.93

14 923.61 230.71 595.91 834.02 168.22 448.32 721.62 152.72 066.23 260.43 191.93 578.04

24 727.61 034.71 270.02 619.02 814.32 204.32 367.62 888.72 554.33 068.43 541.04 238.14

34 421.71 928.71 945.02 493.12 479.32 069.42 993.72 625.82 052.43 756.53 990.14 987.24

44 225.71 722.81 620.12 378.12 135.42 815.52 530.82 461.92 540.53 554.63 350.24 647.34

54 919.71 626.81 305.12 153.22 780.52 670.62 176.82 208.92 048.53 252.73 700.34 307.44

64 713.81 420.91 089.12 928.22 446.52 436.62 703.92 934.03 536.63 740.83 169.34 756.54

74 517.81 324.91 854.22 803.32 102.62 291.72 349.92 770.13 034.73 548.83 519.44 416.64

84 211.91 128.91 539.22 687.32 757.62 057.72 085.03 417.13 522.83 246.93 968.54 175.74

94 015.91 912.02 214.32 462.42 413.72 803.82 612.13 253.23 020.93 044.04 428.64 825.84

05 809.91 816.02 988.32 247.42 178.72 568.82 258.13 989.23 518.93 732.14 877.74 584.94

15 503.02 710.12 663.42 022.52 724.82 324.92 884.23 626.33 016.04 230.24 237.84 934.05

25 307.02 514.12 348.42 896.52 489.82 089.92 421.33 362.43 504.14 038.24 786.94 693.15

35 001.12 318.12 023.52 671.62 145.92 835.03 167.33 109.43 002.24 726.34 146.05 353.25

45 894.12 212.22 897.52 456.62 790.03 690.13 793.43 935.53 699.24 224.44 595.15 703.35

55 698.12 016.22 572.62 231.72 456.03 456.13 330.53 671.63 297.34 022.54 055.25 462.45

65 392.22 800.32 257.62 016.72 112.13 112.23 966.53 318.63 785.44 510.64 405.35 122.55

75 196.22 704.32 922.72 880.82 867.13 967.23 603.63 154.73 283.54 218.64 854.45 571.65

85 980.32 508.32 707.72 665.82 423.23 723.33 249.63 880.83 771.64 016.74 314.55 231.75

95 684.32 302.42 481.82 440.92 188.23 588.33 875.73 527.83 279.64 704.84 863.65 980.85

06 488.32 106.42 166.82 225.92 834.33 244.43 512.83 263.93 767.74 202.94 223.75 340.95

16 282.42 000.52 831.92 000.03 599.33 000.53 158.83 999.93 565.84 000.05 772.85 000.06

26 086.42 793.52 616.92 774.03 155.43 755.53 784.93 636.04 063.94 597.05 132.95 459.06

36 770.52 697.52 390.03 559.03 801.53 411.63 421.04 472.14 551.05 295.15 581.06 119.16



fo.oNhteeT

001 hctiP"4/11 021 hctiP"2/11 041 hctiP"4/31 061 hctiP"2 002 hctiP"2/12 042 hctiP"3




.aiD46 574.52 491.62 075.03 334.13 566.53 276.63 067.04 119.14 059.05 783.25 041.16 868.26

56 378.52 395.62 740.13 119.13 222.63 922.73 693.14 845.24 547.15 581.35 590.26 228.36

66 172.62 199.62 525.13 983.23 977.63 787.73 330.24 581.34 045.25 289.35 940.36 977.46

76 866.62 983.72 200.23 768.23 633.73 543.83 966.24 228.34 733.35 777.45 400.46 337.56

86 660.72 787.72 974.23 543.33 298.73 209.83 603.34 954.44 231.45 575.55 859.46 096.66

96 464.72 581.82 759.23 228.33 944.83 954.93 249.34 690.54 729.45 073.65 319.56 446.76

07 268.72 485.82 434.33 103.43 600.93 710.04 875.44 437.54 227.55 761.75 868.66 106.86

17 952.82 189.82 119.33 877.43 365.93 475.04 512.54 073.64 715.65 269.75 228.76 555.96

27 756.82 083.92 883.43 652.53 021.04 231.14 158.54 800.74 513.75 067.85 777.86 215.07

37 550.92 877.92 668.43 337.53 776.04 986.14 884.64 446.74 011.85 555.95 137.96 664.17

47 354.92 671.03 343.53 212.63 432.14 742.24 421.74 282.84 509.85 253.06 686.07 324.27

57 058.92 475.03 028.53 986.63 097.14 308.24 067.74 819.84 007.95 741.16 146.17 773.37

67 842.03 379.03 892.63 761.73 743.24 263.34 793.84 655.94 594.06 549.16 595.27 433.47

77 646.03 073.13 577.63 446.73 409.24 819.34 330.94 291.05 292.16 147.26 055.37 882.57

87 440.13 967.13 252.73 321.83 164.34 674.44 076.94 038.05 780.26 735.36 505.47 542.67

97 144.13 661.23 037.73 006.83 810.44 330.54 603.05 664.15 288.26 233.46 954.57 991.77

08 938.13 565.23 702.83 870.93 575.44 195.54 349.05 401.25 776.36 031.56 414.67 651.87

18 732.23 369.23 486.83 555.93 231.54 841.64 975.15 047.25 574.46 529.56 963.77 011.97

28 536.23 163.33 261.93 430.04 986.54 607.64 612.25 873.35 072.56 227.66 323.87 760.08

38 330.33 957.33 936.93 115.04 642.64 262.74 258.25 410.45 560.66 715.76 872.97 120.18

48 034.33 851.43 611.04 989.04 308.64 128.74 984.35 256.45 068.66 513.86 332.08 879.18

58 828.33 555.43 495.04 664.14 953.74 773.84 521.45 882.55 756.76 011.96 881.18 239.28

68 622.43 359.43 170.14 349.14 619.74 439.84 167.45 429.55 254.86 509.96 241.28 688.38

78 426.43 153.53 845.14 224.24 374.84 294.94 893.55 265.55 742.96 207.07 790.38 348.48

88 220.53 947.53 620.24 998.24 030.94 840.05 430.65 891.75 240.07 794.17 250.48 797.58

98 914.53 841.63 305.24 773.34 785.94 706.05 176.65 638.75 738.07 592.27 600.58 457.68

09 718.53 545.63 189.24 458.34 441.05 361.15 703.75 274.85 536.17 090.37 169.58 807.78

19 512.63 349.63 854.34 133.44 107.05 027.15 449.75 801.95 034.27 588.37 619.68 566.88

29 316.63 143.73 539.34 018.44 852.15 872.25 085.85 647.95 522.37 286.47 178.78 916.98

39 110.73 937.73 314.44 782.54 418.15 438.25 612.95 283.06 020.47 774.57 528.88 675.09

49 804.73 831.83 098.44 567.54 173.25 393.35 358.95 020.16 518.47 572.67 087.98 035.19

59 608.73 535.83 763.54 242.64 829.25 949.35 984.06 656.16 216.57 070.77 537.09 484.29

69 402.83 339.83 548.54 917.64 584.35 605.45 621.16 292.26 704.67 568.77 096.19 144.39

79 206.83 133.93 223.64 891.74 240.45 460.55 267.16 039.26 202.77 266.87 546.29 593.49

89 000.93 927.93 008.64 576.74 994.45 026.55 993.26 665.36 799.77 754.97 995.39 253.59

99 793.93 821.04 772.74 351.84 651.55 971.65 530.36 402.46 597.87 552.08 455.49 603.69

001 597.93 525.04 457.74 036.84 317.55 537.65 276.36 048.46 095.97 050.18 905.59 362.79

101 391.04 429.04 232.84 901.94 072.65 492.75 903.46 874.56 583.08 748.18 464.69 712.89

201 195.04 223.14 907.84 685.94 728.65 158.75 549.46 511.66 281.18 246.28 814.79 171.99

301 989.04 027.14 781.94 460.05 483.75 804.85 285.56 257.66 779.18 044.38 373.89 821.001

401 783.14 811.24 466.94 245.05 149.75 669.85 812.66 983.76 277.28 532.48 823.99 280.101

501 487.14 715.24 141.05 020.15 894.85 325.95 558.66 720.86 765.38 030.58 382.001 930.201

601 281.24 519.24 916.05 894.15 550.95 180.06 294.76 466.86 563.48 728.58 832.101 399.201

701 085.24 213.34 690.15 `579.15 216.95 736.06 821.86 992.96 061.58 226.68 291.201 749.301

801 879.24 017.34 475.15 254.25 961.06 491.16 567.86 639.96 559.58 024.78 741.301 409.401

901 673.34 801.44 150.25 039.25 627.06 157.16 104.96 375.07 257.68 512.88 201.401 858.501

011 477.34 605.44 825.25 804.35 382.16 903.26 830.07 012.17 745.78 210.98 650.501 518.601

111 171.44 509.44 600.35 688.35 048.16 768.26 476.07 848.17 243.88 708.98 110.601 967.701

211 965.44 403.54 384.35 463.45 793.26 524.36 113.17 684.27 731.98 206.09 769.601 327.801

311 769.44 107.54 069.35 148.45 459.26 289.36 849.17 221.37 539.98 004.19 129.701 086.901

411 563.54 990.64 834.45 913.55 115.36 935.46 485.27 957.37 037.09 591.29 678.801 436.011

511 367.54 394.64 519.45 297.55 860.46 090.56 022.37 883.47 525.19 299.29 138.901 195.111

611 161.64 398.64 393.55 272.65 526.46 156.56 758.37 030.57 223.29 787.39 687.011 545.211

711 855.64 392.74 078.55 257.65 281.56 012.66 494.47 966.57 711.39 285.49 047.111 994.311

811 659.64 196.74 843.65 032.75 937.56 867.66 031.57 603.67 219.39 083.59 596.211 654.411

911 453.74 980.84 528.65 707.75 692.66 523.76 767.57 349.67 707.49 571.69 056.311 014.511

021 257.74 684.84 203.75 381.85 385.66 088.76 304.67 775.77 205.59 079.69 506.411 463.611




Annular Rings and Mud ClearanceThe “Annular Ring” contacts the bottom edge of the pintlechain link, relieving the chain barrel and sprocket toothface of the chain load. This extends the service life of boththe chain and the sprockets.

The “Mud Clearance” feature consists of narrowing thebottom diameter of the sprocket in between the teethwhere it contacts the chain barrel. This allows debris toescape and prevents sprocket tooth build-up.

Pintle Sprocket Features• Premium quality cast sprockets

• Made to ANSI specifications

• Design includes “Annular Ring”

• Design includes “Mud Clearance”

• Plain bore or keyway & two set screws

• Hubs are precision machined

• Available for Drives #662 and #667XPintle chain

Drives, Incorporated Steel Pintle Sprocket

PintleSprocket


Drives, Incorporated Steel Pintle Sprocket

.cnI,sevirD.oNniahC

fo.oNhteeT

eroB snoisnemiDralunnA

gniReziSyeK

.oNtraP D W A B C .nI

63554 266 6 057.0 057.0 000.2 052.0 031.2 --

04554 266 6 578.0 057.0 000.2 052.0 031.2 781.0

24554 X766 6 057.0 578.0 082.2 213.0 029.2 --

44554 X766 6 005.1 578.0 082.2 213.0 029.2 573.0

84554 X766 8 057.0 578.0 035.2 213.0 054.4 --

05554 X766 8 005.1 578.0 035.2 213.0 054.4 573.0

25554 X766 8 000.2 578.0 035.2 213.0 054.4 005.0

Specifications


Section 4Drives,Inc.EngineeringInformation

Section 4

Engineeringinformation




57

Drives, Incorporated Engineering Information

Selection Guide

Step 1: Confirm the operating conditions of the conveyorThe following information is needed to design a chain conveyor.

1. Type of conveyor (slat conveyor, bucket elevator, etc.)

2. Method of chain travel (horizontal, inclined, or vertical conveyor)

3. Type, weight, and size of materials to be conveyed

4. Weight of materials to be transported per foot of conveyor length

5. Conveyor speed

6. Conveyor length

7. Lubrication

8. Considerations for special environments

Step 2: Tentatively select the chain sizeTo tentatively select the chain size, estimate the chain tension (P) by the formulas on the following page.A chain with an allowable load equal to or over the below calculated chain tension may be tentativelyselected. Use the following formulas to estimate the chain weight for this step.

Estimated Chain Weight for SelectionFor Chain Rolling: Chain Weight

W=(0.002) (M) (C)

For Chain Sliding: Chain WeightW=(0.004) (M) (C)

Where:M = Weight of Material Being Conveyed on Conveyor (Lbs./Ft.) (See Table VI)

C = Center Distance Between Sprockets

The following procedure is useful for economical and quick chain selection.

Step 1: Confirm the operating conditions of the conveyor

Step 2: Tentatively select the chain size

Step 3: Calculate the design chain tension (actual chain tension)

Step 4: Calculate design pull

Step 5: Calculate chain tensions

Step 6: Verify the chain selection


Selection GuideStep 3: Calculate chain tensionNext, the chain tension should be calculated using the actual weight of the conveyor chain and materialconveyed.

HorizontalP = C (2.1Mfm + Wfw) + J* + P1

* Where applicable (See next page)

HORIZONTAL - RETURN SIDESUPPORTED

VerticalMaterial Carried:P = (M + W) C + P1 / 2

InclinedWhere the angle of incline is known:P = (Mfm Cos a + Wfw Cos a + MSin a +WSin a) C + (Mfm Cos a - MSin a) C +J* + P1

When distances A and B are known:

Cos a = Sin a =

* Where applicable (See next page)

Note: When (Mfm Cos a - Msin a) is apositive quantity, multiply the difference by1.1 to allow for tail shaft friction.

GLOSSARYP = Total conveyor pull (lbs.)

P1 = Take-up force (lbs.)

M = Weight of chains, attachments,slats, etc. and other moving elements ofthe conveyor per ft. (lbs./ft.)

W = Weight of material per ft. on theconveyor (lbs./ft.) (See Table VI)

fm= Coefficient of friction of chainsliding or rolling Table II (fs) or Table I(fr)

fw= Coefficient of material sliding intrough Table III (fw) (Note: Whenmaterial is carried on chain fw = fm)

C = Center distance (ft.)

J = Pull (lbs.) caused by sideboardsliding friction (See next page)

BC

AC

CONVEYOR CHAIN PULL FORMULAS



Selection GuideStep 3: ContinuedAdditional Pull on Conveyor (J) MaterialSliding Against Sideboards

relloRfoepyT yrD detacirbuL

relloRezisrevO 21.0 80.0

relloRdradnatS 12.0 41.0

lairetaMtneiciffeoC

yrD detacirbuL

leetsnoleetS 33. 02.

emasnoleetstsacronoritsaCecafrus

05. 04.

eznorbnoleetS - 51.

doowdrahnoleetS 53. 52.

noleetstsacronoritsaCdoowdrah

44. -

citsalPWMHUnoleetS 52. 51.

Table I - Coefficient of ChainRolling Friction (fr)

Table II - Coefficient ofChain Sliding Friction (fs)

J = Ch2/R

Where:h = Height of material in inches

R = Variable factor for differentmaterials (see Table III)

C = Length of conveyor in feet


noitpircseDlairetaM leetSnonoitcirFfo.ffeoCfw

rotcaFediShguorTR

spmuL,mulA 54. 52

animulA 55. A/N

yrD,munimulA 04. 72

enillatsyrC,edirolhCmuinommA 97. A/N

dedderhS,sotsebsA 85. A/N

"½-yrD,laoC,sehsA 55. 7.53

"3-yrD,laoC,sehsA 56. 05

"½-teW,laoC,sehsA 55. 3.13

"3-teW,laoC,sehsA 56. 5.83

dehsurC,tlahpsA 14. A/N

essagaB 54. 761

yelraB 17. A/N

dellehS,elohW,rotsaC,snaeB 04. 2.71

yrD,yvaN,snaeB 04. 2.71

dnaltroPdetareA,tnemeC 07. 1.11

reknilC,tnemeC 57. 6.11

ratroM,tnemeC 45. A/N

dnaltroP,tnemeC 07. 1.11

laocrahC 14. A/N

reviRdnamluC,eticarhtnA,laoC 55. 3.31

"½-deziS,eticarhtnA,laoC 54. 6.51

deniM,suonimutiB,laoC 56. 6.91

deziS,deniM,suonimutiB,laoC 55. 02

kcalS,deniM,suonimutiB,laoC 55. 72

ezeerB,ekoC 07. 3.53

esooL,ekoC 06. 5.83

denimiclaC,lorteP,ekoC 06. 5.83

nroC 04. 32

detnileDtoN,yrD,deesnottoC 04. 3.38

dehsurC,etimoloD 45. A/N

ypmuL,etimoloD 45. A/N

rapsdleF 55. A/N

hsaylF A/N 41

muspyG 46. A/N

dehsurC,ecI 02. 3.13

etartnecnoC,erOnorI 74. A/N

erOdaeL 77. A/N

dekalsnU,dnuorG,emiL 54. 3.62

detardyH,emiL 36. A/N

elbbeP,emiL 55. 7.41

larutlucirgA,enotsemiL 56. 5.7

dehsurC,enotsemiL 07. 1.9

tsuD,enotsemiL 55. 1.11

kcoRetahpsohP 24. A/N

stelleP,etiryP 85. A/N

hseM001-ztrauQ 55. A/N

eciR 04. A/N

dnuorG,demialceR,rebbuR 35. A/N

eyR 53. A/N

esraoC,yrD,tlaS 75. A/N

pmaD,knaByrD,tlaS 09. 9.5

yrD,knaByrD,tlaS 56. 1.7

tuOekahS,yrdnuoF,dnaS 57. 9.31

aciliS,dnaS A/N 5.5

yrD,tsudwaS 54. 761

ecanruFtsalB,galS 84. A/N

thgiL,hsAadoS 54. A/N

elohW,naebyoS 14. A/N

hcratS 75. A/N

detaoC,sllirPaerU 36. A/N

taehW 34. A/N

deneercS,spihCdooW 54. 84

Table III - Material Characteristics



Selection GuideStep 4: Calculate Design Pull (DP)DP = P x V x E (See Tables IV & V)Using Table V under conveyor speed, read down to the number nearest 1.00 (this will be in the vicinity ofthe heavy dividing line). Read across to the left to obtain the optimum sprocket size. If space limitationsrequire using smaller sprockets, read across from the right from the number of teeth to the column underconveyor speed - obtain the Speed Correction Factor (E).

Table IV - Service Factor (V)

Table V - Speed Correction Factors (E)

VS VL VO VT

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)1(tneuqerfnI )1(ydaetSromrofinUmooretaredomdnanaelcylevitaleR

)1(erutarepmet)1(sruoH01-8

)2.1(tneuqerF

)2.1(kcohSetaredoM

)5.1(kcohSyvaeH

)2.1(ytsudyletaredoM

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)4.1(egnargnitarepo

)2.1(sruoH42

rebmuNhteeTfo

etuniMrePteeF/deepSroyevnoC

01 52 05 57 001 521 051 571 002 522 052 572 003 004 005

6 719.0 090.1 073.1 066.1 000.2 004.2 019.2 075.3 014.4 056.5 056.7 006.01 007.61 -- --

7 558.0 179.0 031.1 072.1 044.1 016.1 013.1 040.2 092.2 006.2 069.2 024.3 059.3 026.8 --

8 318.0 909.0 040.1 061.1 062.1 073.1 094.1 036.1 067.1 039.1 001.2 092.2 084.2 026.3 012.6

9 497.0 078.0 089.0 070.1 071.1 062.1 063.1 054.1 055.1 056.1 067.1 088.1 000.2 065.2 049.2

01 577.0 048.0 349.0 020.1 090.1 061.1 042.1 013.1 073.1 054.1 035.1 016.1 086.1 030.2 014.2

11 857.0 028.0 109.0 179.0 030.1 090.1 051.1 022.1 082.1 046.1 004.1 064.1 025.1 087.1 050.2

21 147.0 787.0 268.0 629.0 099.0 050.1 001.1 061.1 121.1 062.1 023.1 073.1 024.1 036.1 048.1

41 537.0 967.0 338.0 588.0 539.0 089.0 020.1 070.1 011.1 051.1 091.1 042.1 082.1 074.1 016.1

61 527.0 367.0 318.0 558.0 398.0 539.0 179.0 010.1 050.1 080.1 021.1 061.1 091.1 043.1 084.1

81 917.0 257.0 008.0 338.0 778.0 909.0 349.0 089.0 010.1 040.1 080.1 011.1 041.1 072.1 004.1

02 917.0 647.0 787.0 628.0 558.0 398.0 719.0 259.0 089.0 010.1 040.1 070.1 001.1 022.1 043.1

42 417.0 537.0 967.0 008.0 028.0 748.0 778.0 109.0 539.0 269.0 089.0 010.1 040.1 051.1 062.1

Note: Service Factor V = VS x VL x VO x VT



Selection Guide

Step 6: Verify the Chain SelectionCompare the chain tension of Step 5 to the maximum recommended working load for the chain. The chaintension should be less than the working load. If the chain tension is much smaller than the working load,try the next smaller chain size. If the chain tension is greater than the working load, try the next largerchain size. Repeat Steps 3-5 for the new chain size.

Helpful Engineering FormulasMaterial Weight per Ft. on Conveyor (M) for Bulk Materials (Lb./Ft.)

Step 5: Calculate Chain Tensions (T)Single strand conveyor T = DP

Double strand conveyor T = (DP) (1.2) /2

Triple strand conveyor T = (DP) (1.2) /3

More than three strands Consult Drives, Incorporated Engineering

M =

M =

Where:

Q = Capacity (Tons/Hr.)

S = Chain Speed (Ft./Min.)

CFM = Capacity or conveyed material flow rate(Ft.3/Min.)

d = Material density (Lbs./Ft.3)

(33.3) (Q)

S

(CFM) (d)

S

Chain Speed (S) Where:

S = Speed (Ft./Min.)

P = Chain pitch (In.)

N = Number of teeth in sprocket

RPM = Rotational speed of sprocket

S = (P) (N) (RPM)

12

Horsepower (HP) Where:

t = Torque transmitted by headshaft (In. Lb.)

T = Torque transmitted by headshaft (Ft. - Lb.)

rpm = Speed of headshaft

P = Total conveyor pull (Lbs.)

S = Chain Speed (Ft./Min.)Note: 1.1 compensates for motor efficiency.

(t) (rpm) (1.1)

63,025

(T) (rpm) (1.1)

5,252

(P) (S) (1.1)

33,000

Note: The 1.2 multiplier is used toprovide for possible overload inone strand due to unequal loaddistribution.


Engineering ConversionsBUSHELS – bu

x 1.2445 = Cubic feet (ft3)

CENTIMETRES – cmx 0.3937 = inches (in)

CENTIMETRES PER SECOND – cm/sx 1.9685 = Feet per minute (ft/min)x 0.03291 = Feet per second (ft/s)x 0.03600 = Kilometres per hour (km/h)x 0.6000 = Metres per minute (m/min)x 0.02237 = Miles per hour (mph)

CUBIC CENTIMETRES – cm3

x 3.5315 x 10-5 = Cubic feet (ft3)x 6.1024 x 10-2 = Cubic inches (in3)x 1.308 x 10-6 = Cubic yards (yd 3 )x 2.642 x 10-4 = U.S. gallons (U.S. gal)x 1.000 x 10-3 = Litres (l)

CUBIC FEET – ft3x 0.02832 = Cubic metres (m3)x 2.832 x 104 = Cubic centimetres (cm3)x 1728 = Cubic inches (in3)x 0.03704 = Cubic yards (yd3)x 7.481 = U.S. gallons (U.S. gal)x 6.229 = Imperial gallons (imp gal)x 28.32 = Litres (l)

CUBIC INCHES – in3

x 1.6387 x 10-5 = Cubic metres (m3)x 16.387 = Cubic centimetres (cm3)x 0.016387 = Litres (l)x 5.787 x 10-4 = Cubic feet (ft3)x 2.143 x 10-5 = Cubic yards (yd3)x 4.329 x 10-3 = U.S. gallons (U.S. gal)x 3.605 x 10-3 = Imperial gallons (imp gal)

CUBIC METRES – m3

x 1000 = Litres (l)x 35.315 = Cubic feet (ft3)x 61.024 x 103 = Cubic inches (in3)x 1.3080 = Cubic yards (yd3)x 264.2 = U.S. gallons (U.S. gal)

CUBIC YARDS – yd3

x 0.7646 = Cubic metres (m3)x 764.6 = Litres (l)x 7.646 x 105 = Cubic centimetres (cm3)x 27 = Cubic feet (ft3)x 46.656 = Cubic inches (in3)x 201.97 = U.S. gallons (U.S. gal)

DEGREES, ANGULAR (O)x 0.017453 = Radians (rad)x 60 = Minutes (‘)x 3600 = Seconds (“)x 1.111 = Grade (gon)

DEGREES PER SECOND, ANGULAR (o/s)x 0.017453 = Radians per second (rad/s)x 0.16667 = Revolutions per minute

(r/min)x 2.7778 x 10-3 = Revolutions per second

(r/s)

FEET – ftx 0.3048 = Metres (m)x 30.480 = Centimetres (cm)x 12 = Inches (in)x 0.3333 = Yards (yd)

FEET PER MINUTE – ft/minx 0.5080 = Centimetres per second

(cm/s)x 0.01829 = Kilometres per hour (km/h)x 0.3048 = Metres per minute

(m/min)x 0.016667 = Feet per second (ft/s)x 0.01136 = Miles per hour (mph)

FOOT-POUNDS-FORCE – ft . lbfx 1.356 = Joules (J)x 1.285 x 10-3 = British thermal units (Btu)x 3.239 x 10-4 = Kilocalories (kcal)x 0.13825 = Kilogram-force-metres

(kgf.m)x 5.050 x 10-7 = Horsepower-hours (hp.h)x 3.766 x 10-7 = Kilowatt-hours (kW.h)

GALLONS, U.S. – U.S. galx 3.785.4 = Cubic centimetres (cm3)x 3.7854 = Litres (l)x 3.7854 x 10-3 = Cubic metres (m3)x 231 = Cubic inches (in3)x 0.13368 = Cubic feet (ft3)x 4.951 x 10-3 = Cubic yards (yd3)

GRAMS – gx 15.432 = Grains (gr)x 0.035274 = Ounces (oz) av.x 0.032151 = Ounces (oz) troyx 2.2046 x 10-3 = Pounds (lb)

GRAMS-FORCE –gfx 9.807 x 10-3 = Newtons (N)

HORSEPOWER – hpx 745.7 = Watts (W)x 0.7457 = Kilowatts (kW)x 1.0139 = Horsepower (metric)

INCHES – inx 2.540 = Centimetres (cm)x 25.4 = Milimetres (ml)

KILOGRAMS – kgx 2.2046 = Pounds (lb)x 1.102 x 10-3 = Tons (ton) short

KILOGRAMS-FORCE – kgfx 9.807 = Newtons (N)x 2.205 = Pounds-force (lbf)

KILOWATTS – kWx 1.3410 = Horsepower (hp)

LITRES – lx 1000 = Cubic centimetres (cm3)x 0.035315 = Cubic feet (ft3)x 61.024 = Cubic inches (in3)x 1.308 x 10-3 = Cubic yards (yd3)x 0.2642 = U.S. gallons (U.S. gal)

METRES – mx 3.281 = Feet (ft)x 39.37 = Inches (in)x 1.0936 = Yards (yd)

METRES PER MINUTE – m/minx 1.6667 = Centimetres per second

(cm/s)x 3.281 = Feet per minute (ft/min)x 0.05468 = Feet per second (ft/s)x 0.03728 = Miles per hour (mph)

MICROMETRES — formerly m/cronx 10-6 = Metres (m)

MILES – mix 1.6093 x 103 = Metres (m)x 1.6093 = Kilometres (km)x 5280 = Feet (ft)x 1760 = Yards (yd)

MILES PER HOUR – mphx 44.70 = Centimetres per second

(cm/s)x 1.6093 = Kilometres per hour (km/h)x 26.82 = Metres per minute (m/min)x 88 = Feet per minute (ft/min)x 1.4667 = Feet per second (ft/s)

MILES PER MINUTE – mi/minx 1.6093 = Kilometres per minute

(km/min)x 2682 = Centimetres per second(cm/s)x 88 = Feet per second (ft/s)x 60 = Miles per hour (mph)

MINUTES, ANGULAR – (‘)x 2.909 x 10-4 = Radians (rad)

NEWTONS – Nx 0.10197 = Kilograms-force (kgf)x 0.2248 = Pounds-force (lbf)

POUNDS-FORCE – lbf av.x 4.448 = Newton (N)x 0.4536 = Kilograms.force (kgf)

POUNDS – lb av.x 453.6 = Grams (g)

RADIANS – radx 57.30 = Degrees (o) angular

TONS-MASS – tonm longx 1016 = Kilograms (kg)x 2240 = Pounds (lb) av.x 1.1200 = Tons (ton) short

TONS- ton shortx 907.2 = Kilograms (kg)x 0.9072 = Metric tons (t)x 2000 = Pounds (lb) av.x 0.8929 = Tons (ton) long



Lubrication Increases the Service LifeOne of the most important factors in getting the best possible performance out of yourroller chain is proper lubrication. No matter how well a transmission system is designed,if it is not properly lubricated, it’s service life will be shortened.

LubricationWear between the pin and bushing causes chain toelongate. These parts should, therefore, be welllubricated. The clearance between the pin link plateand the roller link plate on the slack side of thechain should be filled with oil. This oil forms a filmwhich minimizes wear on the pin and bushing, thusincreasing the chain’s service life. It also reducesnoise and acts as a coolant when the chain runs athigh speeds.

Suggested LubricantsOnly high quality oil should be used to lubricatechain. Neither heavy oil nor grease is suitable. Theviscosity of the oil used will depend on the chainsize, chain speed, and ambient temperature. Thelubricants suggested for specific temperature rangesare given in the table to the right.

Note: Chains with thru hardened pins may wear atan increased rate if they lack adequate effectivelubrication.

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02+-02- 01EAS

04-02 02EAS

001-04 03EAS

021-001 04EAS

041-021 05EAS

Standard Lubricating Systems:

Manual LubricationOil is applied with an oil filler or brush in the gapbetween the pin link and roller link on the slackside of the chain. It should be applied about everyeight hours or as often as necessary to prevent thebearing area of the chain from becoming dry.

Always turn off and lockout the power switchbefore lubricating or servicing a chain system.

Drip LubricationA simple casing can be used. The oil is suppliedby drip feed. Each strand of chain should ordi-narily receive 5 to 20 drops of oil per minute,according to increases in the chain speed.



Troubleshooting Guide

ProblemExcessive noise

Chain vibration

Wear on inside of link plate andone side of sprocket teeth.

Chain climbs sprockets

Broken pins, bushings or rollers

Chain clings to sprocket

Chain gets stiff

Breakage of link plate

Possible Causes• Misalignment of sprockets• Loose casings or bearings• Too little or too much slack• Chain and/or sprocket wear• Inadequate lubrication or no

lubrication• Chain pitch size too large

• Resonance to the vibration cycle ofmachine to be installed

• High load fluctuation

• Misalignment

• Excessive chain wear• Excessive chain slack• Heavy overload

• Chain speed is too high for pitchand sprocket size

• Heavy shock or suddenly appliedloads

• Material build-up in sprocket toothpockets

• Inadequate lubrication• Chain or sprocket corrosion

• Center distance too long or highload fluctuation

• Excessive chain slack• Excessive chain wear

• Misalignment• Inadequate lubrication• Corrosion• Excessive load• Material build-up in chain joint• Peening of link plate edges

• Subjected to shock load• Vibration• Moment of load inertia is too large

What to Do• Realign sprockets and shafts• Tighten set-bolts• Adjust centers or idler take-up• Replace chain and/or sprocket• Lubricate properly• Check chain drive selection

• Change vibration cycle of chainor machine

• Use torque converter or fluidcoupling

• Realign sprockets and shafts

• Replace chain• Adjust centers or idler take-up• Reduce load or install stronger

chain

• Use shorter pitch chain or installlarger diameter sprockets

• Reduce shock load or installstronger chain

• Remove material build-up orinstall side gashed sprockets(mud relief)

• Lubricate properly• Install anti-corrosive chain or

sprockets

• Adjust the center distance orinstall idler take-up

• Same as above• Replace chain

• Realign sprockets and shafts• Lubricate properly• Replace with anti-corrosive chain• Reduce load or replace with

chain or suitable strength• Shield drive from foreign matter• Check for chain interference

• Reduce shock (e.g., install ashock absorber)

• Install a device to absorb vibra-tion (e.g., tensioner idler wheel)

• Chain section should be checked(increase number of strands orselect next larger size chain)


AAngle of Flex: The total angle of chain joint articulation as a chain enters or leaves a sprocket orwheel. The angle is equal to 360 degrees divided by the number of teeth in the sprocket.

ANSI: The abbreviation for “American National Standards Institute” which is the organization whichsets the standards which chains should be manufactured.

Articulation (v,”articulate”): The action of a chain joint flexing from the straight to an angle andback to straight, as the joint enters and leaves the sprocket or other path, causing it to flex.

BBacklash: Movement (if any) of the chain along the pitch line of the sprocket when the direction ofchain travel is reversed.

Block Chain: An alternative name used by some manufacturers for bar-link chain or for certain stylesof leaf chain.

Bottom Diameter: The diameter of a circle measured between one toothgap and the opposite gapfor a sprocket with even number of teeth.

Bushing: Internal component in a roller chain which the pin articulates around and the rollerrotates on.

CCable Chain: See Leaf Chain.

Caliper Diameter: The distance measured between one tooth gap and the nearest opposite gap fora sprocket with an odd number of teeth.

Caterpillar Drive Chain: Chain with pushers which is used to drive Drop Forged chain.

Center Distance: The distance between the centers of the shafts of a chain drive.

Chain Casing: An oil-retaining safety enclosure around a chain drive.

Chain Guard: An open guard of sheet metal, expanded metal, or similar construction around achain drive.

Glossary


Chain Length: The actual chain length between the joint centers at each end of a taut chain strand.This distance is usually expressed in feet and/or inches or in pitches.

Chain Pitch (Nominal): The average distance between the joints (except for staggered pitch chains)of an assembled chain. In some cases, “joint”, as defined here, will be a center of flexure not specifi-cally identified with individual parts of the chain.

Chain Pitch Elongation or Chain Elongation: Increase in measured length due to wear or excessiveload. Normally expressed in percent of length.

Chain Take-up: A mechanical device which takes-up chain slack. This could be an idler sprocket orsimilar device mounted on an adjustable bracket to adjust the slack in a chain installation.

Chain Width: Defined somewhat differently for various chains, but usually the inside width of thechain, between roller link plates.

Chordal Effect (Chordal Action): The effect produced by the chain joint centers being forced tofollow arcs instead of chords of the sprocket pitch circle.

Clevis Connector: A connector which is used to connect a strand of leaf chain that has a inner linkend to a clevis block that has an inner link configuration.

Clevis Pin: A pin which is used to connect a strand of leaf chain that has an inner link end to a clevisblock that has an outer link configuration. The clevis manufacturer should supply this part so that onecan be assured that it will be compatible with the clevis block.

Compressive Stresses: Stresses that act to compress a material and place the material incompression.

Connecting Link: For a Roller Chain, a pin link made with one link plate easily detachable to facilitateconnecting or disconnecting the chain.

Cotter Key: The retaining pin for a connecting link.

Creep: The flow of plastic deformation of metals held for long periods of time at stresses lower thanthe normal yield strength. The effect is particularly important if the temperature of stressing is in thevicinity of the recrystallization temperature of the metal.

Crescent Chain: Standard chain with a crescent shape top plate.

Curve Chain: Chain designed to bend around curves in the horizontal position.

Cycle: Change in load level as a chain completes a cycle around a system. Usually the change is fromnegligible load to a load peak on a regular basis as the chain undergoes a complete cycle of operation.


DDeep Link Conveyor Chain: Chain design with a carrier roller which protrudes down below theside bar but does not protrude above the side bar.

Design Horsepower: The specified horsepower for a chain drive multiplied by a service factor. It isthe value used to select the chain size for the drive.

Double-Pitch Roller Chain: A Roller Chain having double the pitch of a standard Roller Chain, butotherwise having standard pins and bushings and standard or over-size rollers.

Duplex Roller Chain: Double strand chain (80-2)(Double Strand)

EElastic Limit: The highest load a part (i.e., chain strand) can sustain without incurring a permanentchange in length.

Embrittlement: Reduction in ductility of materials due to exposure to certain environments ortemperatures.

FFatigue Strength: Fatigue is the phenomenon leading to fracture under repeated fluctuating stresseshaving a maximum value less than the tensile strength of material. Fatigue strength is the maximumstress that can be sustained for a specified number of cycles (10E7) without failure.

GGalling: Developing a condition on the live bearing surface of a pin or bushing of a chain whereexcessive friction between high spots results in localized welding with subsequent tearing and a furtherroughening of the contact surfaces.

Gap Tooth Sprocket: An even number tooth sprocket designed with clearance for a thru rod orsaddle. D-5 or GK1 attachment chains are used on this style sprocket.

HHardness: Chain hardness is typically measured in Vickers, Brinell or Rockwell.

Hollow Pin Roller Chain: Chain manufactured using a bushing as the pin holding the pin link plates.This chain is generally used in pairs with the two strands running parallel and a thru rod tying themtogether.

Hoist Chain: Chain manufactured strictly for a lifting application.

JJoining Link: See Connecting Link.


LLength Tolerance: The length of new chain must be within when measured under a given load.

Link Plate: One of the side plates of either a pin link or a roller link in a Roller Chain.

Leaf Chain: Is a chain manufactured from standard chain parts consisting of interlacing side platesand riveted pins. These chains are manufactured in accordance with ANSI standard B29.8. This chainis typically used in lifting and/or tensioning applications.

Load Classification: A classification of drive loads based on the intensity of shock that is imposed onthe drive.

Loading Frequency (Time): Loading frequency is the number of times per unit of time that the chainis exposed to a complete cycle of loading. A complete loading cycle normally occurs when a particu-lar link moves completely around the system and returns to its starting point.

MMaster Link: See Connecting Link.

Matching & Tagging: 2 or more strands are to vary with a given tolerance. Chains are to bemeasured under a specified measuring load.

Maximum Allowable Load: A maximum tension a chain may be safely subjected to. This valueshould never be exceeded by actual design load factored by speed, temperature and dynamic adjust-ments as applicable.

Measuring Load: The specified standard load under which a chain is to be measured for length.(1% of tensile strength)

Multiple Strand Chain: A Roller Chain (or other chain) made up of two or more strands assembledas a single structure on pins extending through the entire assembly.

Multiple Strand Factor: A factor by which the horsepower rating of a single-strand chain ismultiplied to obtain the horsepower capacity of a chain with two or more strands.


OOffset Link: A special offset link, as termed in Roller Chain descriptions, made for use in straight linkchain when an uneven number of links in the total strand is required.

Offset Section: For a Roller Chain, a factory-assembled section, made up of a roller link and an offsetlink. Offset sections are used to connect strands of chain having an odd number of pitches.

Overchaining: A drive is overchained when it incorporates a chain of substantially higher rating thanthat indicated by normal selection procedures to have been necessary.

PPin Oven Chain: A chain used to convey cans through a drying oven. Typically 60 chain with anextended pin every 7th pitch is used.

Pitch: See Chain Pitch; Pitch Diameter.

Pitch Diameter: The diameter of the sprocket pitch circle.

Press Fit: Standard designed interference fit between side plate pitch hole and pin/bushing.

Prestressing Dynamic: Dynamic prestressing is the process of subjecting chain to a load as it isarticulated or wrapped around multiple sprockets. Dynamic prestressing is done to seat the chaincomponents and to reduce initial (break in) elongation in chain drives.

Prestressing Static: Static prestressing is the process of subjecting chain to a load at a minimum of20% of the ultimate strength. The chain is pulled in a straight line. Static is done to seat the chaincomponents and to minimize the variation in strand lengths of attachment chain used in pairs.

Pulsation: Fluctuations of a cyclic nature in load or speed. (see cordal action)

RRollers: The component on the chain which engages the sprocket. The roller allows the chain to rollinto the sprocket. The roller rotates on the bushing.

Root Diameter: The theoretical bottom diameter of a sprocket, equal to the pitch diameter minusthe chain roller or barrel diameter. (see Bottom Diameter)

Run-in: The initial period of operation of any mechanism, during which the component parts seatthemselves.


SScoring: Marring or scratching of pin or bushing caused by metallic debris being picked up in thecontact surfaces on one of the parts.

Seating Curve: A specific term for the pocket curve of a Roller Chain sprocket.

Seizing: Stiffening (or “freezing”) of a chain joint as a result of roughness and high friction caused bygalling. This occurs between the pin & bushing and/or link plates.

Semi-Press Fit (Tap Fit): Min. interference fit between side plate and pin.

Service Factor: A factor by which the specified horsepower of working load of a chain is multipliedto compensate for operating conditions.

Sheave: A grooved wheel or pulley. Typically used with leaf chain to change its direction.

Shot Peening: Process which is used on the side plates to improve fatigue strength.

Sidebar: Another name for Link Plate.

Side Bow Chain: See Curve Chain.

Simplex Roller Chain: Single strand chain (80).(Single Strand)

Sinter Bushing: Bushing made from powdered metal and then oil impregnated.

Skip Tooth: A sprocket designed such that the chain engages only every other tooth on the sprocket.Typically used with staggered pitch chain.

Slip Fit: No interference fit between side plate and pin.

Slip Stick : Slip stick occurs when the motor drives continually, sprocket rotates, but the chain movesahead by stopping and starting at intervals. This could be caused by the following:

a) Fluctuations in the coefficient of friction between bushing and rollers (i.e. rotating, sticking,rotating, sticking)

b) Insufficient chain hardness on conveyor lines

c) Insufficient drive equipment or frame hardness

Staggered Pitch Chain: A chain with alternate links of differing pitches, one usually being consider-ably greater than the other.

TTensile Strength: See Ultimate Strength

Tension Linkage: A chain application primarily transmitting motion back and forth or up and down atlow speeds. Typical example is a forklift reciprocating system.

Tight Joint: See stiff joint

Top Roller Chain: Chain which has a roller on top to allow for accumulation of product on top ofchain while the chain is moving.


Torque: Torsional force, expressed in inch-pounds in chain calculations, which is the product of chainpull and one-half the sprocket pitch diameter.

Transverse Clearance: Clearance between roller link plate and pin link plate.

Transverse Pitch: The lateral distance between the centerlines of each strand of multiple strandchain, or between the tooth profiles on a sprocket for a multiple strand chain.

Triplex Roller Chain: Triple strand chain (80-3).(Triple Strand)

UUltimate Strength: The Ultimate Strength of a chain is the single maximum load that breaks thechain. Typically specified as either average or minimum.

Underchaining: A drive is underchained when it incorporates a chain of substantially lower ratingthan that indicated to be needed from normal selection procedures.

WWorking Load: An allowable recommended chain load used on conveyors, drives with nonstandardchains, or other application of lower relative speed.

Wrench Chain: Wrench chains are leaf chains with pins extending beyond both sides of the chain. Itserves as a tension linkage for holding pipe securely in pipe wrenches. The extended pins permit thischain to support a load not in line with the chain without danger of pulling the link plates off the pins.The pins are used to lock on a mechanism to accommodate various pipe sizes.

YYield Strength: The elastic limit or yield strength of a chain is the load that causes permanentelongation of the chain.

72

DRIVES - INCORPORATEDSTANDARD TERMS AND CONDITIONS OF SALEANY PURCHASE ORDER PURSUANT TO ANY QUOTATION SHALL NOT RESULT IN A CONTRACT UNTIL IT IS APPROVED AND ACCEPTED BY THE FULTON, ILLINOIS, OFFICE OF DRIVES–INCORPORATED (“SELLER”).

1 . CONDITIONS OF SALE

All orders shall be subject to these terms and conditions of sale; no terms and conditions may be added to, modified, superseded or otherwise altered except by a written instrument signed by an authorized executive of Seller.Failure of Seller to object to any terms or conditions that may be contained in any acknowledgment, invoice or other form from Buyer shall not be construed as a waiver of these conditions nor an acceptance of any such provision.

2. TAXES

The amount of the present or future sales, revenue, excise, occupation, use or other applicable taxes shall be added to the purchase price and shall be paid or reimbursed by Buyer.

3 . DELIVERY

Delivery terms are F.O.B., Seller’s factory or warehouse unless otherwise specifically provided in Seller’s acknowledgment. Buyer shall assume all risk of loss or damage upon delivery to the carrier at the point of shipment. Anyreference by Seller to a date of delivery shall be deemed to refer to the approximate date of shipment from factory and is a careful estimate of the approximate date of delivery, not a guaranty of a particular day of delivery. Sellershall not be liable for any delay in delivery. Without limiting the generality of the preceding sentence, Seller shall not be liable for failure to deliver the goods specified where such failure to deliver is due to contingencies beyondSeller’s control, including strikes, lockouts and differences with workmen, when these events affect either Seller or its suppliers of material, or individuals or corporations upon whom Seller is dependent for transportation of suppliesand delivery of its manufactured goods, and also including war, insurrection, embargoes, fire, flood, injuries to works when the goods or raw materials are manufactured, government regulations of fuel, transportation, labor orproduction, and inability for whatever reason to secure necessary labor, materials or supplies. In case of curtailment of production for any of the above reasons, Seller reserves the right to deliver pro rata the goods which itproduces to all customers from whom it may have orders, and to invoice Buyer for partial shipment accordingly, and Buyer shall make payment on the purchase price in amounts as so invoiced. When a shipment is deferred atBuyer’s request beyond the date of completion, the order will be subject to invoicing, payment and storage charges from date of completion.

4 . TITLE

Title to all products sold by Seller to Buyer and all replacements, substitutions, repairs and additions thereto, and all proceeds of the foregoing, shall remain in Seller until full payment of the purchase price and all other amountsdue Seller hereunder has been made. Buyer shall indemnify and hold Seller harmless from and against all claims of parties claiming under or through Buyer with respect to the products.

5 . CREDIT APPROVAL

Shipments, deliveries and performance of work shall at all times be subject to the requirements of the Credit Department of Seller, including the requirement that Buyer may be required to pay part or all of the purchase price inadvance.

6 . TERMS OF PAYMENT

Subject to the provisions of “Credit Approval” above, terms of payment shall be 1% 10, NET 30 days and shall be effective from date of invoice.

7 . QUOTATIONS

Prices stated on Seller’s most recent published price list are in effect on the date listed and are subject to change by Seller at any time. Prices are for Seller’s standard packaging specifications. All written quotations automaticallyexpire thirty (30) calendar days from the date issued and are subject to termination by notice within that period. Verbal quotations expire the same day they are made. Quotations shall only be deemed to be binding if theyspecifically identify product or component part and list the actual quantities involved. All stenographic and clerical errors are subject to correction.

8 . SHIPPING WEIGHTS AND DIMENSIONS

Published weights are careful estimates but are not guaranteed.

9 . CANCELLATION

Orders accepted by Seller are subject to cancellation by Buyer only upon the consent of Seller. Upon such cancellation and consent, Seller shall cease work and hold for Buyer all completed and partially completed articles andwork in process and Buyer shall pay Seller for all work and materials that have been committed and/or identified to the order plus a cancellation charge as prescribed by Seller, in addition to Seller’s reasonably projected profit onthe entire contract. Changes in design or construction requested by Buyer are Buyer’s expense.

10. INSTALLATION

Seller’s products shall be installed by Buyer at the expense of Buyer.

11. INSURANCE

After delivery to the carrier, Buyer assumes the risk of all loss or damage resulting from any cause. Buyer shall provide and maintain insurance protecting each party against loss or damage.

12. CLAIMS

Seller will not consider claims for shortage or error unless made promptly upon receipt of products.

1 3 . RETURNED GOODS

No goods will be accepted for return without prior approval. Freight must be prepaid on all returned goods. A minimum 25% handling and restocking charge will be applied to all authorized returns. Special products or made-to-order products are not returnable.

1 4 . MINIMUM ORDER REQUIREMENTS

A minimum charge of $100 net per order applies to all orders. Minimum run quantity for made-to-order assemblies is 250 feet per order or a setup fee of $50 may apply.

1 5 . ILLINOIS LAW

The validity, interpretation and performance of any agreement shall be governed by the laws of the State of Illinois (including without limitation the Uniform Commercial Code). Any agreement shall be deemed to have been madein the City of Fulton, Whiteside County, Illinois, and the parties shall submit to the jurisdiction of the Circuit Court of the Fourteenth Judicial Circuit, Whiteside County, Illinois, for the purpose of adjudication of all their respectiverights and liabilities.

1 6 . DEFAULT

In the case of default or breach of Buyer in the performance of any or all of the provisions of any agreement, Seller may cancel any outstanding order(s) from Buyer, and declare all obligations immediately due and payable, andBuyer shall, in addition, be liable for Seller’s expenses incurred in exercising any remedies available to it, including reasonable attorney’s fees and legal expenses. All unpaid obligations shall bear interest at the highest lawful ratefrom the date they become due and payable.

1 7 . WARRANTY

Seller warrants that the products of Seller’s manufacture which are delivered by Seller hereunder shall be free from defects in material and workmanship during the warranty period. The warranty period for all such products is oneyear, which shall begin from date of shipment. If during the warranty period any such products are proven to be defective upon Seller’s inspection, Seller’s sole obligation is to repair any such products, or, at Seller’s option, tosupply a replacement product or component part, F.O.B., Seller’s factory or warehouse upon receipt of the defective product or component part at Seller’s factory, transportation charges prepaid. Seller shall not be responsible forcharges for correcting defects, nor will Seller accept returns of allegedly defective products unless Seller is first notified in writing and the return is authorized by Seller in writing. Seller shall be released from all obligations under thiswarranty as to any products which have been subject to neglect, accident, misuse or improper operation or care, and any products on which repairs or modifications are made by persons other than Seller.

THE ABOVE WARRANTY IS IN LIEU OF ALL OTHER WARRANTIES EXPRESS OR IMPLIED. ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED BY SELLERAND EXCLUDED FROM ANY AGREEMENT.

1 8 . LIMIT OF LIABILITY

In no event shall Seller be responsible or liable for penalty clauses of any description, or for indemnification of Buyer or others for costs, damages or expenses whether based in tort or contract, or for indirect or consequentialdamages under any circumstances. THE REMEDIES SET FORTH HEREIN ARE EXCLUSIVE. SELLER EXPRESSLY EXCLUDES, DENIES AND DISCLAIMS ANY LIABILITY FOR ANY OTHER WARRANTIES OTHER THAN THOSESPECIFIED IN SECTION 17 ABOVE, INCLUDING BUT NOT LIMITED TO ALL CLAIMS FOR BREACH OF CONTRACT OR WARRANTY, NEGLIGENCE OR FOR ANY LOSS OR DAMAGE ARISING OUT OF, CONNECTED WITH,OR RESULTING DIRECTLY OR INDIRECTLY FROM THE CONTRACT BETWEEN BUYER AND SELLER OR ITS SUBJECT MATTER.

1 9 . NOTICE OF BREACH

Buyer must give Seller written notice of each and every alleged breach of any of the warranties provided herein no later than sixty (60) days after Buyer has discovered or, by the exercise of reasonable diligence, should havediscovered, such alleged breach. Failure to give timely written notice of an alleged breach of warranty as provided herein shall be deemed a complete waiver by Buyer of any claim for any such breach. Any written notice ofbreach shall be deemed to be notice only with respect to the product or component part addressed by the notice and only with respect to the alleged problem specified therein.

2 0 . TIME TO BRING SUIT

Any action against Seller arising out of, in connection with, or resulting directly or indirectly from this Agreement or the products sold pursuant hereto must be filed within one year after the date of delivery to Buyer’s F.O.B. point,regardless of Buyer’s knowledge or lack of knowledge of the alleged breach; failure to bring such action within said period shall be deemed to constitute a waiver by Buyer of any such claim.

2 1 . NON-ASSIGNABLE

Neither this Agreement nor any part hereof is assignable by Buyer without the prior written consent of Seller.

2 2 . ENTIRE AGREEMENT

This Agreement and Seller’s price lists (as revised from time to time by Seller) shall constitute the entire Agreement between Buyer and Seller irrespective of inconsistent or additional terms and conditions in Buyer’s purchase ordersor other documents submitted to Seller, whether or not the same have been executed or otherwise accepted by Seller. Except as specifically set forth herein all other agreements, proposals and understandings with respect tothe subject matter hereof are merged herein, and there are no promises, terms, conditions or obligations with respect thereto other than those contained herein and in Seller’s currently published price lists (as revised from time totime by Seller). Any and all representations, promises, warranties or statements by Seller’s agents that differ in any way from the terms and conditions of this Agreement shall be of no force or effect.

08/01/ /00 09/11 /00

73

BE THE BEST

We believe we must strive each

day to be the best

in quality and service.

Keep it simple.

Strive each day to bring

“what is” closer to

“what it should be”.

ISO 9001 REGISTERED

Golden RuleWe believe we must treat others as we would like tobe treated. This applies to employees, shareholders,customers, and suppliers.

PeoplePeople are our most important asset. We believe thatby building our people we will build our company. Wewill promote teamwork and active participation indecision-making.

Be the BestWe believe we must strive each day to be the best inquality and service. Keep it simple. Strive each day tobring “what is” closer to “what it should be”.

ProfitProfit is a measurement of accomplishment.

CommunicationWe believe effective communication is important to allemployees, customers, and suppliers. We support theopen door and open floor policy.

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Drives, IncorporatedSince 1959, Drives, Incorporated has become aleading manufacturer of ANSI Precision Roller Chain,Pintle Chain, Agricultural Conveyor Chain, Engineer-ing Class Chain and Auger products. The company’smarkets include North and South America, Europe,Asia, Africaand Australia.

Today Drives, Inc. employs approximately 400 teammembers with manufacturing facilities exceeding370,000 sq. ft. Our company’s philosophy is sharedbelow and expresses our objectives.

Company PhilosophyEach employee in respecting his own dignity, mustrespect the rights and privileges of his fellow employ-ees, including the necessity of Drives, Incorporated toachieve it’s fair and reasonable objectives.

CitizenshipWe will conduct our business in a professional andethical manner with high integrity.


ISO 9001: 2000 RegisteredThe American Petroleum Institute’s Quality Plus programgoes beyond the ordinary to the extraordinary. The APIQuality Plus program confirms that Drives, Incorporatedmeets the strictest quality standards ever established.

Drives, Incorporated registration to API Spec Q1combined with ISO 9001:2000 is a world class qualitysystem. It means if you meet these requirements, you’veshown you live up to the expectations of one of the mostdemanding industries in the world – the oil and naturalgas industry.

Drives, Incorporated manufactures quality productswithout compromise.

PEOPLEPeople are our most

important asset.

We believe that by building our people

we will build our company.

We promote teamwork and active

participation in decision-making.

ISO 9001 REGISTERED

AmericanPetroleumInstituteLICENSED UNDERSPEC 7F-0022

ISO 9001: 2000 Requires aContinuous Team Effort

74

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Look for us on the web atwww.drivesinc.com or e-mail us at

[email protected]

American Chain Association(ACA)

Conveyor EquipmentManufacturers Association

(CEMA)

Association of EquipmentManufacturers (AEM)

Grain Elevator andProcessing Society

(GEAPS)

Power TransmissionDistributors Association

(PTDA)

Algeria • Argentina • Australia • Austria

Brazil • Bulgaria • Canada • Croatia

Czech Republic • Egypt • France

Germany • Holland • Hungary • India

Italy • Lithuania • Mexico

Montenegro • Morocco • Poland • Qatar

Romania • Serbia • Slovakia • Spain

Tunisia • Ukraine • United Arab Emirates

United Kingdom • United States

Venezuela • Yemen Sparks, NevadaCrossville, Tennessee

Denver, ColoradoHouston, TexasNewcastle, UK

Fulton, Illinois

Home Office & ManufacturingFulton, Illinois 61252-0350

Phone 1-800-435-0782Fax 1-815-589-4420

Arlington • Birmingham • ChicagoDallas • Davenport • Denver

Des Moines • Detroit • Fort WorthHouston • Indianapolis • Kansas City

Los Angeles • Mexico City • MilwaukeeMinneapolis • Mississauga • Modesto

Montreal • NewcastlePhiladelphia • Portland • RichmondRochester • St. Louis • Salt Lake City

Tampa • Tucson • Vancouver

ISO 9001 REGISTERED75

2

Drives, Incorporated901 19th Avenue

Fulton, Illinois 61252-0350

Customer Service1-800-435-0782

Fax 1-815-589-4420www.drivesinc.com

E-mail [email protected]

© Copyright Drives, Incorporated 2007 Catalog 1301

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