CONTENTS...sprocket is as important as choosing the right chain. It is necessary, · first of all, that the design of both chain and sprocket be compatible. and for this reason it

CONTENTS

GENERAL INFORMATION

CHAIN TYPES

SPROCKET WHEELS

ELEVATOR BUCKETS

CAST DETACHABLE CHAIN

Attachments

RIVETED PINTLE CHAIN

Attachments

GRAY PIN CHAIN

Attachments

STEEL BUSHED CHAIN

Attachments

STEEL AND MALLEABLE

COMBINATION CHAIN

Attachments

TELESCOPIC ROLLER CHAIN

Attachments

DRAG LINK CHAIN

SWARF HANDLING CHAIN

CASE CARRIER CHAIN

GRAIN CONVEYOR CHAIN

SWIVELS

MALLEABLE IRON BUCKETS

SEAMLESS STEEL BUCKETS

CONTINUOUS TYPE ELEVATOR

BUCKETS

NUMERICAL INDEX

2/5

6/7

8/9

10/11

12 13/15

16 17

18 19/20

22 23

24 25/26

28 29

30

31

32

33

34/35

36/38

39/46

47

48

Our policy is one of continuous improvement. All dimensions and weights given in this catalogue are accurate at time of publication but should be confirmed at time of ordering.

r

Introduction

John King and Company (Leeds) Ltd., are manufacturers and designers of malleable iron chains and materials handling equipment. This catalogue describes the range of British pattern chains and ancillary products marketed under the following trade mark:

Climax

Klimal

In accordance with the policy of John King & Co. (Leeds) Ltd. to constantly improve its products, the specifications given in this catalogue are subject to change without notice.

Other publications are available describing American pattern chains and associated products and the activities of the materials handling division .

Climax and Klimal are the registered trade names of John King & Co. (Leeds) Ltd. as applied to its products.

1

GENERAL INFORMATION

Manufacturing materials

CLIMAX Tested Chains are made from the finest materials available by skilled labour under expert supervision in our fully mechanised foundry and may be relied upon to be accurately constructed in accordance with standard specifications and generally interchangeable with other reputable makes. Their excellent wearing qualities have been proved by users throughout the world.

KLIMAL is the registered name of our specially toughened metal which, whilst incorporating the properties of CLIMAX, gives greater resistance to shock and deformation. All patterns of cast chains can be supplied in Klima! metal.

STAR.MAL is a new and metallurgically refined pearlitic structured material which is the result of continuous research to give even higher yield strength than our KLIMAL metal and which provides extra wear resistance by uniform through hardness from surface to core centre in the range 250-265 BH. This material is designed for applications necessitating strength with high resistance to wear and shock. The inherent characteristic properties of ST ARMAL are thus offered with confidence against others obtainable elsewhere in the world.

2

.. " " ·.•

,---,•

•'

Typical properties of metals

Material Tensile strength

Tons/in2 lb/in2

CLIMAX 55000

KLIMAL 33·33 75000

STARMAL 83500

0·5% Permanent set stress

Tons/in 2 lb/in2

32000

23·83 53000

62000

Elongation in 2in length Typical Brinell hardness

(Section)

11% 140-180

7% 220-260

6% 230-270

Comparative figures for Standard Pearlitic Malleable Irons

British Pearlitic Mall. Spec,

B.S.3333 P33/4 33·00 Min 73920 Min 20·00 Min 44800 Min 4% Min HB 170/229

American Pearlitic Spec. A220-71 Typical

Grade 50003 70000 Min 50000 Min 5% Min 179/229

Grade 60002 80000 Min 60000 Min 4% Min 241 /285

3

GENERAL INFORMATION

Recommended working loads

The maximum working load, under normal conditions, should not exceed one-sixth of the listed load and circumstances may necessitate it being considerably reduced for efficient service.

Recommended speeds

The linear speed of a cast chain should not exceed 400 feet per minute. Drive Ratios of more than 6 : 1 are not recommended.

Matching of chains

Whenever two strands of chain are required to run together for instance in the case of double stranded elevators or slat conveyors, it is essential, for long wearing life and correct working, that the two chains be matched at our works and used in conjunction with calibrated sprocket wheels. It is therefore, our policy to mark the Right Hand chains with RED labels and the Left Hand chains with BLUE labels, the coils being also numbered consecutively for easy assembly.

All chains are thoroughly tested before despatch to predetermined test loads.

We shall be pleased to advise which chain is the most suitable for any particular application.

4

Correct

•

Incorrect

GENERAL INFORMATION

Direction of Travel

IMPORTANT

It is important to check that for conveyor and elevator

work the open end of the link leads, thus obviating any frictional wear which could take place between the link and the driving wheel teeth.

From the diagram it can be seen that if the closed

end of the link leads, then the link itself rotates on

the driving tooth as the wheel articulates, whereas, if in the correct position, with the open end of the

link leading the following link to the one actually

being driven merely articulates on its pin as the sprocket wheel revolves.

These remarks also apply to chain drives where the

driver is smaller than the driven wheel, but when both

are of equal size the direction of travel is immaterial.

5

Conveying CHAIN TYPES

Detachable Chain The distinctive features of Climax Ewart's Type Detachable Chains are their simplicity and as the name implies, detachability. Each link is fitted into the next by means of the specially designed 'nip' or indented portion on the tail-bar -once in position the link is securely held, It is an easy matter to uncouple links for tensioning the chain or to straighten damaged links and.no special tools are required. Used extensively in agricultural and other industries. Climax Ewart's Type Detachable Chains far outwear cheaper pressed steel links and are more able to withstand adverse climatic and chemical conditions.

Pintle Chain Climax Tested Riveted Pintle Chains are designed to replace Climax Tested Ewart's Type Detachable Chains of corresponding pitch where greater strength is required or in conditions where the open end of the hook is troublesome due to the ingress of grit and dirt. They are used extensively for transmitting power, for instance, from motor units to the headshafts of Conveyors and Elevators. as well as for general light conveyor and elevator carrying mediums.

The Links are made from King's Special High Tensile Malleable Iron (CLIMAX or KLIMAL) and assembled together with bright steel rivets. Bright Steel pins and cotters in lieu of rivets are available at extra cost.

6

Gray Pin Chain Climax Tested Gray Pin Chains are designed to fulfil a purpose between Pintle Chains and Steel Bushed Chains.

Generally similar as regards pitching and application to Climax Tested Steel Bushed Chain, the Gray type of link is less costly and well adapted physically and dimensionally for many applications in Conveying and Elevating work. together with the advantage of being able to replace certain Ewart's Type Detachable and Pintle Chains for Power Transmission, and can be adapted. in many cases, to the same sprocket wheels.

The links are made from our Special High Tensile Malleable Iron (CLIMAX or KLIMAL) connected together with Carbon Steel Pins and Cotters. being readily renewable. The heads of the pins are 'Tee· shaped, located in slots in the parent link. and are thus prevented from rotating in the side bars, elongating the holes and altering the pitch of the chain. Pins may be supplied in manganese steel or specially heat treated and toughened carbon steel.

Steel Bushed Chain Climax Steel Bushed Chains, very similar in appearance and gearing dimensions to Gray Pin Chains. are designed to fulfil the function of Gray Chain coupled with being able to withstand the most severe conditions of operation. They are especially suitable for handling coal, coke, sand, stone. gravel, cement and most abrasive materials.

The links are made from our Special High Tensile Malleable Iron (CLIMAX or KU MAL) the main feature being the renewable carbon steel bushes inserted in the links hydraulically. The links themselves are so designed that the parent metal in no way comes in contact with any wearing part. The chain pins revolve in the bush and the sprocket teeth engage against the bushes through recesses formed in the barrel of the link castings. Thus any wear is confined to that occurring at the internal and external surface of the bushes. and in this way, by replacing the pins and bushes. when worn, the life of a Climax Tested Steel Bushed Chain is considerably lengthened.

Pins and Bushes are readily available in Manganese Steel or specially heat treated and toughened Carbon Steel at extra cost, to combat excessive wear under acute conditions.

'

Conveying CHAIN TYPES

Combination Chain Climax Tested Steel and Malleable Combination Chains are constructed from our Special High Tensile Malleable Iron (CLIMAX or KLIMAL) Block Links with Steel side bars. The renewable steel pins have locking devices which engage in corresponding holes in the side bars preventing any rotation of the pin.

This type of chain is used for a great variety of purposes mainly in Elevator work but can be adapted by means of bi-planer attachments, to the Overhead Monorail type Conveyor. The great advantage of this chain is.that the pitch can be controlled and held to much closer tolerances than can the normal malleable series of chains, particularly advantageous to double stranded chain and bucket elevators.

Drag Link Chain Climax Drag Link Chains are designed to handle such materials as refuse, coal and ashes at slow speeds. Some are plain

Roller Chain Climax Roller Chains are divided essentially into two different types. Both are made from our Special High Tensile Malleable Iron (CLIMAX or KLIMAL) the difference being in design.

Climax Interlocking Bolted Roller Chains are made up of Malleable Iron Side Bars with projecting bosses. the roller running on these bosses. The Links are joined together by means of bolts and nuts, the nuts automatically locking themselves on projections· cast on the links over which the nuts spring.

Climax Telescopic Roller Chains are fitted with Pins and Cotters and have Malleable Iron Side Bars with interlocking bosses. one of the bosses being extended and stepped down to telescope into the other. In this manner the pin is presented with a clean and smooth 'straight through' bearing surface.

Climax Roller Chains are used in considerable quantities in the Sugar Mills and for Slat Conveyors generally, the roller in the chain relieving the load .

chains, which convey the materials by means of the bulk flow principle but others are available with flights of different lengths.

Case Carrier Chain Climax Case Carrier Chains constructed from our Special High Tensile Malleable Iron are provided with large wearing surfaces with flush riveted pins. The chain is designed to traverse radii of minimum si'ze 30" and operate in both horizontal and vertical planes. As a general rule a radius of 7r is the most ideal working size. Two or more strands of chain are usually employed, for handling crates and cases of bottles.

Whilst every endeavour has been made to ensure accuracy it is possible that due to our policy of continual review and improvement certain dimensions may be altered from time to time.

7

r

Conveying SPROCKET WHEELS

''� Since the performance of the whole conveyor or drive installation ' depends largely on sprocket-chain-interaction, choosing the right

sprocket is as important as choosing the right chain. It is necessary, · first of all, that the design of both chain and sprocket be compatible. and for this reason it is recommended that sprockets normally beobtained from the manufacturers of the chain.

Sprocket wheels for Climax Tested chains are designed to operate smoothly and quietly with new chains. Wear alters tooth configuration, therefore new sprockets should always be used with new chains and new chains with new sprockets.

Sprocket Types

Sprockets are made from various metals and in various forms and shapes according to the features required on particular applications.

Cast Iron Sprockets are supplied as standard for most of our malleable iron chains but in the case of Climax Bushed Chains, Combination Chains and some Roller Chains where the duty is severe, the Sprocket Wheels are made with teeth cast in chills giving a skin of very hard material which is sufficient to combat premature wear. In exceptional

· cases Sprocket Wheels can be supplied in Cast Steel but these are veryexpensive as the period required for their manufacture takesconsiderably longer than for Cast Iron or Chilled Wheels.

Sprocket Wheels are normally supplied in two basic types - PlateCentre and Spoked Armed. Plate Centre wheels are generally used onsmaller sprockets whose size prohibits the use of spoked arms and ondrives and conveyors which are subjected to frequent shock loads.

8

Conveying SPROCKET WHEELS

Split Sprockets are becoming increasingly popular for ease of erection and replacement and are supplied at extra cost for most chains.

Traction Wheels, or toothless sprockets, are manufactured for most chains and are used, in the main, for tail wheels on elevators. Their advantage lies in their ability to work in the boot when completely immersed in the material. This prevents the material from building up on sprocket teeth and thereby affecting the pitch of the wheel with characteristic "jumping" or climbing of the chain. In many cases, they are also used as the driving wheel at the head of Vertical Elevators, the drive being transmitted to the chain by the "nut cracker" effect it exerts on the wheel rim. Should the chain jam in the trunking or in the boot the traction wheel will continue to skid thus eliminating sheared shafts, bearing failure and damage to the driving gear .

Matched Wheels

On Twin Stranded Conveyors and Elevators where matched chains are used it is equally important that matched wheels are specified since this involves careful keyway cutting to ensure that both wheels engage the chain at exactly the same time. No extra charge is made for this work provided that MATCHED PAIRS of wheels are specified at the time of ordering. In the case of tail wheels on Twin Strand Elevators, one wheel should be keyed to the shaft and the other should run loose to allow for chain stretch which is bound to occur at first with a new chain.

Keyways

Standard Keyways are cut in Sprocket Wheels unless otherwise specified .

Bosses

All sprocket wheels are normally supplied with a central boss relative to the size of the bore in accordance with the boss classification, but where bosses are required to special dimensions, either central or offset, details must be clearly stated at the time of ordering. Extra cost is incurred if bosses are specified of additional dimensions.

Wheels are normally supplied with the boss faced one side only, but can be faced both sides to give precise dimensions, again at extra charge.

Bushings

Wheels can be supplied with Brass, Gunmetal or Phosphor Bronze bushings in the bore, and with clutch jaws cast integral with the boss and complete with their mating clutches, all at extra cost.

9

Conveying ELEVATOR BUCKETS

Elevator Buckets are available in a variety of styles and sizes in both malleable iron and steel. They are used in handling a wide range of bulk materials in centrifugal and positive discharge bucket elevators. Ail a guide in selecting buckets we have listed with each type the materials for which the buckets are most suitable.

Malleable Iron Buckets are made from King's high quality CLIMAX Malleable Iron for handling hard, coarse or abrasive materials. Certain sizes are provided with thickened lips to give greater resistance to wear when dredging and as a further aid under arduous conditions, buckets can be made from our special KLIMAL shock and wear resistant metal.

Seamless Steel Buckets are solid drawn with smooth surfaces giving a clean discharge to free flowing materials and having rounded corners to prevent "build-up" in the buckets.

· Both Malleable Iron and Seamless Steel Buckets can be enamelled togive easier discharge for sticky materials or galvanised to give greaterresistance to corrosion.

Fabricated Steel Buckets of the Continuous Overlapping and non-overlapping types can be made to the standard sizes listed or to a customer's particular requirements.

Buckets can also be supplied in ALUMINIUM (welded or cast) and STAINLESS STEEL.

Capacities or Malleable Iron Buckets specified in the lists are the liquid capacities of the buckets when run on vertical elevators or elevators inclined at 60 degrees respectively. The average carrying capacity depends upon the shape of the bucket, the regularity of feed, the angle of repose of the material being handled and the inclination of the elevator.

Capacities or Seamless Steel Buckets are actual quantities the buckets will hold when the top edge of the buckets is in a horizontal position. For estimation purposes, therefore. the working capaqty should be taken as being not more than one third of the listed figures for Style SA and not more than one half of the listed fiigures for Styles SB. SC, SD and SF. These factors are based on the assumption that the elevator is vertical.

10

Conveying ELEVATOR BUCKETS

Malleable Iron Buckets Seamless Steel Buckets

•

A Type SB Type

SC Type

SF Type

11

B Type

Conveying CAST DETACHABLE CHAIN

I I

l-Ej r r

i '! :,:

"' t::: a:: cc "->-"i-� --- -

--JcL Style A Style B

BRITISH PATTERN

Nominal dimensions No. of Average Average

Diameter Maximum links in ultimate net Chain

Number Style Approx. Pitch Width of crossbar sprocket face 10 ft strength weight

A C E

in mm in mm in mm in mm lb kg lb/ft kg/m

32 A 1 · 14 29 1., 26 .,., 4 ½ 14 106 850 385 0·42 0·62

33 A 1 · 38 35 1 -1, 27 ,.,,. 4 ½ 14 87 850 385 0·42 0·62

A 1 · 38 35 1i 35 ¼ 6 i 16 87 2000 910 0·72 1 ·08

45 A 1 · 61 41 1 t 35 * 5.5 tt 17 75 1500 680 0·57 0·85

48 A 2·03 51 •5 1 I 41 ..

5·6 ;; 23 59 2000 910 0·66 0·98 ..

52 A 1 •52 38·5 1l- 38 ¼ 6 # 21 80 2250 1020 0·90 1 ·34

65 A 1 ·64 41 ·7 1t 35 * 6·5 I 16 73 2500 1140 1 ·00 1 · 51

57 A 2·32 59 2 50 .... 8 tt 25 52 3000 1360 1 · 16 1 · 74

57S A 2·40 61 2.,,. 52 li 10·5 tt 24 50 5000 2275 1 · 85 2·76

60 A 1 ·75 44·5 H 44 .... 8 ¼ 19 69 3000 1360 1 · 10 1 ·64

61 A 1 ·80 45·7 2-i', 56 t 10 1 -i', 30 67 5000 2275 2·30 3·44

63 A 3·00 76 2 .... 59 t 10 1 ,,. 30 40 5000 2275 1 · 75 2·62

67 8 2·32 59 2-,\ 65 i 10 H 29 52 5500 2500 2·50 3.74

74 A 2·38 60·5 2 tt 611 .,,. 11 1 ,,,. 30 51 6000 2730 2·90 4·33

78 8 2·63 67 2t 73 t 10 tt 24 46 6000 2730 2· 50 3·74

79 8 5·25 133·5 2 tt 68 li 10-5 26 23 6000 2730 2·00 2·98

88 B 2·66 67·7 3¼ 82 ½ 12 26 45 7500 3400 3·70 5·51

94 B 4·04 102·7 4¼ 114 * 13·5 2 50 30 8000 3640 4·20 6·26

101 A 3·55 90·2 4 102 ¼! 15 11 41 34 12500 5700 6·20 9·25

103 8 3·02 77 3½ 89 ,,. 14 H 28 40 9000 4100 4·30 6·43

104 8 4·05 102·8 4,',- 116 * 15 2 50 30 10000 4550 5•30 7·87

Dimensions are subject to change or correction. Request certified drawings for exact dimensions.

12

T

F J-c

Style A

Style B

Conveying CAST DETACHABLE CHAIN Attachments

Type Al

Dimensions Chain Number A B

32

42

45

48

52

55

57

57S

60

in mm in mm

• 22 ,',- 14

1 ,\; 27 Ii 17

H 28 i 22

1 ,',- 34 1 ¼ 29

1 f. 30 ft 17

1 ,', 30 y 22

1 ½ 38 1 ,I, 30

1 ,0. 40 1 ,0. 33

1 -I', 33 a 24

Type C3

Chain Number

48

57

63

78

103

Dimensions

C

in mm

• 22

19

1 "8 36

1 -r. 26

H 38

C

in mm

.,,. 2

¼ 3

Dt E

in mm in mm

i\-0 5

8

tt 17

ii 24

-h 2·5 ¼ o 6 1 ,', 30

-h 2·5

¼ 3

-1, 4

., 6

-1, 4

E

in mm

40

54

48

54

2¼ 64

1"'.i 8 1 i 35

8 , ,,, 27

,o. 8 1 ¼ 28

• 70 H 41

8 1 t 41

,\ 8 11 29

F

in mm

35

41

54

60

3i 82

Within limits these attachments can be drilled to suit customers' requirements.

Type C3

Chain Number

84

94

104

Dimensions

C

in mm

1 ti 46

H 45

H 45

E

in

31

31

3¾

mm

92

92

95

F

in

51

6

mm

150

143

152

F

in mm

,.. 8

I 16

16

16

l 19

ii 77

ti 24

ti 24

,', 14

T

in

T

in

¼


tBolt diameter O Round holes


T

in mm

• 3

.,,. 4

• 3

.,,. 4

,... 5

.,,. 4

,,, 5

¼ 7

.,,. 4

mm

4

4

5

4

6

mm

5

6

6

13


Type D5

Chain Dimensions

Number A B F G

mm in mm in mm in mm

42 in * 21 ½ 13 1 ,', 39 ½ 13

62 ¾ 19 i 16 11 41 H 13

55 ¾ 19 ¾ 19 1 .,,. 36 H 13

57* • 23 1 ..... 30 2 50 ½ 13

*No. 57 does not have a boss and is designated D.3.

Type Fl

Chain Dimensions

Number C E F G T ,);,f

in mm in mm in mm in mm in mm

46 1¼ 30 1¾ 32 21 60 ¾ 19 .. 4

52 26 1¼ 32 2i 67 * 21 • 3

65 1 ..... 30 1 ..... 30 2 ..... 65 * 21 .. 4

57 11 41 1 ..... 40 3 76 ft 24 ,.., 4

67 H 47 Ht 46 3¼ 80 -a 24 +, 6

Withill limits these attachments can be drilled to suit customers' requirements.

Type Gl

Chain Dimensions

Number Style C c, E F G T

in mm in mm in mm in mm in mm in mm

57 A 1t 35 1 ¼ 33 1 f. 40 2! 70 on on

·i\, 5CL CL

63 B 1 f. 40 1 f. 40 H 48 3,,. 78 f 16 .. 4

78 B 1 t¾ 46 H 41 1¾ 45 3 ,', 78 on on

+, 6 CL CL

88 B 1,\ 47 H 47 H

47

3 ,', 90 • 10 ¼ 7


Type G20

Chain Dimensions

Number B C E F R T


57 .. 4 1 ,�i:- 34 21 60 2½ 63 ,., 4

67 I 16 H 41 3i 86 2¾ 70 ½ 13 ¼ 7

74 ½ 13 11 41 3 ,', 84 21t 68 ,,, 11 +, 6

79 25 H 38 3½ 89 n 73 ½ 13 +, 6

88 ¼ 7 1,.. 40 21 66 31 80 ½ 13 ¼ 7

103 ¾ 20 H 48 3½ 89 3½ 89 i 16 ¼ 7

No. 57 is square not shaped. No. 79 8 dimension is above the centre line. Within limits these attachments can be drilled to suit customers' requirements.


14

G B

��1 r-G=cj

�

-,y I E

he F-

T

I tc1

Style A Style B

D


Type Kl

Chain Dimensions

Number A

in mm

32 2 51

33 2 51

42 2 ,,._ 55

45 2 57

48 2-,', 62

52 2¼ 58

55 2 ,,,_ 55

57 3,,. 78

60 2l- 63

61 3-/1- 84

63 31 92

67 31 98

74 3-,,.. 88

78 3l 95

88 41 105

101 51 730

103 4-f, 110

Type K2

Chain Dimensions

Number A

in mm

79 4-,', 703

88 4 102

94 5 ft 148

103 4-f, 109

104 5¼ 149

B C

in mm in mm

" 16 ¼ 6

tt 17 ¼ 6

t¼ 17 I 70

: 19 • 70

1-,,. 27 ' 14To

¾ 79 , "' 77

�¾ 20 t 70

1 ¼ 29 ft 74

ft 27 l- 73

• 22 t 16

H 38 ¾ 20

1¼ 29 tt 78

1¼ 32 ft 15

1-fs 33 ¾ 19

1 .,., 33 ft 27

H 48 25

H 38 l¾ 27

B C Dt

in mm in mm in

1t 35 f¾ 21 ½

l¾ 21 ¼ 20 I

1 l"s - 33 • 22 , "

tt 24 i 22 I

1 f, 33 • 22 ,,,.

No, 79 has two lugs each side as indicated by dotted lines.

tBolt diameter.

Dt E

in mm in mm

--f,;-0 5 ¼ 19

,\-0 5 ¾ 19

,\-0 5 ¾ 19

f,O 5 • 22

-.',O 8 1 ¼ 28

,,. 8 ft 20

.,.110. 8 25

I 10 1¼ 32

-1\, 8 25

i 10 25

I 10 1½ 38

I 10 1 i\ 33

,,,. 71 1 -,:\- 34

t 70 H 35

-,,.. 17 1½ 38

½ 13 2 50

-,,.. 17 1 tt 43

E F

mm in mm in

12 3¾ 95 5¼

10 2 50 5

11 2i 67 7

10 2,,. 55 5½

17 2¾ 66 7

For Flight wing attachments suitable for grain conveyors see also page 33.

F

in mm

2= ,. 71

2 ti 74

3 'ft 80

2 " ,. 77

3t 86

3¼ 79

3,'., 80

4J; 105

3t 85

4i 717

4¼ 124

4¾ 124

4,',- 116

5 127

5¼ 133

7¼ 187

5-,,i, 747

G

mm in mm

134 2½ 63

727 25

178 1l- 38

740 11, 28

178 H 38


T

in mm

¼ 3

¼ 3

,., 4

1 3

l, 3

,., 4

1 3

... 4

,.. 4

* 5

* 5

.,,,_ 4

'1,5

,,,_ 5

.. 5

¼ 6

¼ 6

T

in mm

¼ 7

¼ 7

'1,6

¼ 7

.,., 8

15

Conveying RIVETED PINTLE CHAIN

t F \ !

/---.... ,

/ \' .... 0 __

;./ ' ' \ ': .... �_;

TRAVEL ...

BRITISH PATTERN

Nominal dimensions

Chain Approx. Number Pitch Width

in mm in mm

133 1 · 38 35 u 21

150 2·16 55 H 29

151 1·63 41·5 l¼ 24

162 1 · 38 35 tt 24

153 1 · 51 38·5 1-,,, 27

156 1 · 61 47 l¾ 24

157 2·30 58·5 1 -f, 33

158 2·04 52 25

163 3·00 76 1i 35

170 1 ·75 44·5 1 ¼ 30

� -

Diameter Maximum Width of Pin Sprocket

face

B C E

in mm in mm in mm

-/\; 24 ¼ 6 ½ 72

1 ,', 30 i 10 i 16

H 29 -f, 8 ¼ 15

• 12

H 29 -h 8

H 29 .f,; 8 I 76

1 ¼ 27 .,,. 8

H 35 i 10 ½ * 7

2 27

1 ¼ 30 ..,..,

8

tt

1t 35 ½ 13 25

1¼ 32 i 70 ,'I- 15

Dimensions are subject to change or correction. Aeciuest certified drawings for exact dimensions.

16

Depth of Sidebar

F

mm in

,.ll

17

1 25

ii 19

19

l • 27

'I 19

l¼ 24

¼ 19

25

u 24

No. of Average Average links in ultimate net 1 Oft strength weight

lb kg lb/ft kg/m

87

7810

1 · 3 1 ·94

56 9000 2·3 3·44

74 7000 3180 1 · 6 2·39

87 6500 2960 1 • 6 2·39

80 7000 3180 2·2 3·28

75 6500 2960 1 • 6 2·39

53 9000 4100 2·5 3.73

59 7000 3780 1 ·7 2·53

40 10000 4550 3.4 5·05

69 10000 4550 2·8 4· 17

T

D

Conveying RIVETED PINTLE CHAIN Attachments

Type C3

Chain Dimensions

Number C

in mm

133 ,,, 14

155 "' 21 "

170 On Pitch Line

170* 11 28

E

in mm

ti- 43

1 ½ 38

2¼ 57

2¾ 60

F

in mm

25

25

1i 35

1 fo- 30

,.,Designated C9 Within limits these attachments can be drilled to suit customers· requirements.

Type Gl

Chain Dimensions

Number B C c, E F

T

in

¼

½

w

a IT


133 ti- 17 1,/,, 26 * 24 2, 73

166 • 22 H 35 H 35

• 22

• 22 2¼ 57

Within limits these attachmaints can be drilled to suit customers· requirements.

Type Kl

Chain Dimensions

Number A B C Dt E F


133 2-,,.. 52 tt 17 .,,. 11 ¼ 6 ¾ 19 3 76

151 2.,,. 52 * ,,,_ 74 ¼O 6 f¾ 21 3 76

152 2-i', 59 • i 70 ¼ 6 ¾ 19 3 76

152 2 57 i i 10 ¼O 6 ¾ 19 3 76

153 21 57 ¾ f,,- 8 3¼ 82 ,.. 74

155 21 57 i

21

16

16

79

22 -i', 14 ,,,_ 8 3,,. 87 ------�

157 3 76 1 fo- 27 i 16 ,,, 8 4 lll;- 703 -····--------

158 2½ 63 25 ½ 73 ¾O 10 3½ 89

170 2i 60• 22 ¾ 79 ,,, 8 3i 85

mm

3

3

5

5

T

in mm

,II, 4

,., 4

T

in mm

•

--------

170 2¼ 57 i 22 ¾ 19 -f..-0 8

• 22

• 22 1¼

31 1 ti

28 1t

24 -t¾

24 3,..

In the case of No. 152 and 170 the square hole attachment is standard.

tBolt diameter ORound holes

For Flight wing attachments suitable for grain conveyors see also page 33. Dimensions

are subject to change or correction. Request certified drawings for exact dimensions,

.

84

3

,11,4

¼4

¼4

¼4

¼4

,,, 5

-I, 4

fo- 5

fo- 5

17

Conveying GRAY PIN CHAIN

BRITISH PATTERN

Nominal dimensions

Diameter Maximum Chain Approx. N�mber Pitch Width Width of Pin Sprocket

face

B C E


6·04 153·5 2t 67 3 76 i 16 1 I 41

3·02 77 2 51 2¼ 57 ,,.. 14 1¼ 29

4·06 103 2¾ 70 2i 73 i 16 11 41

2·32 59 1½ 38 Ht 43 ¾ 10 • 23

674 2·38 60·5 2 51 2¾ 57 .;, 14 1¼ 33

578 2·63 67 1 .;, 40 1 tt 43 n, 11 ;)

25

5079 5·23 133 1 fi 40 1 tt 43 .,. 11 25

330 6·30 160 2;¾ 70 2, 73 ¾ 19 1i 38

333 3·05 77·5 2-?,, 56 2¾ 60 l 19 25

3140 6· 15 156 3i 86 3, 99 • 22 2½ 64

444 4·00 102 2 51 2¼ 57 ¾ 19 l- 22


18

Depth of No. of Average Average Sidebar links in ultimate net

10ft strength weight

F

in mm lb kg lb/ft kg/m

1! 38 20 25000 11400 6·0 8·95

1 -f..- 33 40 20000 9100 6·2 9·25

1 ,', 40 30 27500 12400 8·5 12·66

1 n. 27 52 12500 5700 3·5 5·22

1 -fs 33 50 20000 9100 7·5 11 · 15

1 �. 27 46 15000 6800 4·0 5·96

1¼ 32 23 15000 6800 3·2 4.79

1¾ 45 19 40000 18200 10·0 14·92

H 48 39 27500 12400 10·2 15·22

2¼ 57 20 50000 22750 16 · 4 24·44

2 51 •30 27500 12400 9 · 1 13·58

T..W--i....JL

Conveying GRAY PIN CHAIN Attachments

Type A42

Chain Number

503

578*

*Designated AS20

Type Fl

Dimensions

A

in mm

2 51

1l 45

B

in mm

Dt

in mm

F

in mm

T

in mm

1 ½ 38 ¼ 14 ¾ 18 i 10 ----'------'-'-- -------

n, 29 • 12 I 16 I 10

Chain Dimensions

Number C -

E

F----- ---- ----- G ------- T ----

' C---l 1------F in mm

4¼ 108

in mm

2i 60

in mm

7¼ 184

in mm in mm

2i 60 ¼ 6 ! -i t---T f I

_

� 500

I E

3

_5_0_

3 ____ 2_,,. __ 6_2 ___ 2_¾_68 ____4 __ 1_0_1 ___1_ ¼__ 1 ____½_12 __

I

Tiec�

I I

I .,,-... ,

'O

'_ I ...... ....

"" I I

I 11 I

-�- E

,,��l Style A

Style B

567

578

H 48

2 51

2¼ 54

2¼ 57

3¼ 80

31 92


Type G20 Style A

Chain Dimensions

Number B C E

25

1¼ 29

F

¼ 6

¼ 6

T


503 1,'. 33 2,\- 52 3 76 3,,._ 87 ¼ 6

504 1½ 38 2¾ 70 3,'l, 90 3½ 89 .... 7

567 H 45 1 ,'. 39 2¾ 683¼ 82 ... 6

574 H 38 2 ,,. 55 3 76 2i 73 ... (J


Type G20 Style B

Chain Dimensions

Number B C E F T


567 ½ 13 2 ,� 56 21 66 3 fir 84 ,'. 8

578 on CL 2,', 53 2 '. 72

.12.

3i 86 ,,. 5

444 on CL 2½ 64 4 102 4¼ 108 ,'. 8

B dim on No. 567 is below the CL Within limits these attachments can be drilled to suit customers· requirements.

tBolt diameter


19

i

' !

,,

I '

I

I I ' II I

1: 1! 1 I 11

;

I'

i1li i ,,Ii: , i1I' 1i i: 'i ' I:'J: 11:·1, 1i ,;, '

I, I·!;i,1 I 'i

;!

( ''I

,,'I

Ii'

Conveying GRAY PIN CHAIN Attachments

Type Kl

Chain Dimensions

Number A B C Dt E


503 4,',,

113

1¼ 38 • 22 ,,.

11

1¼ 38

504 6 152 2 51 ½ 12 1 t¼ 43 '"'. 24

567 3¼ 98 1 -f, 30 ¾ 19 i 19 1¼ 31

574 3 ,', 84 25 ¾ 19 ,o 12 1 -,. 33

95 H 35 ¾ 19 t 19 1 ,\- 30 578 3¾

No, 574 has round holes.

Dimensions

A B C Dt E F

F T

in mm in mm

5 t¼ 145 ¼ 6

7¼ 184 • 10

5¼ 730 ,"!f 8

4¾ 121 1 -f, 30

5 727 .... 8

G T

in mm in mm irl<'( mm in mm

in mm in ·mm in mm in mm

5i 137 ;; 22 ii 22 .,,..

11

2i\ 73 7 178 1 lt 46 ¼ 6

504 5 ti 148 1 f, 33 • 22 ½ 72 2½ 64 6¾ 1'72 1½ 38 i

567 3i\ 98 i 16 ¾ 19 t 10 1 ti 46 5i 130 25 .. 5

678 4 102 '. 24 • 19 i

10

2.,/, 52 5¼ 130 1 25 ¼ 6

333 5t 136 25 1,', 30 ,,. 11 3 76 7 178 1 ti 46 ,,. 11

Type K2 Style B Chain

Dimensions

Number A B C Dt E F G T

in mm in mm in mm inmm in mm in mm in mm in mm

500 5¼ 133 H 41 25 ½ 12 H 38 6¼ 175 2, 73 ½

5079 4--,\i- 103 1 ,', 40 ¾ 19 i 10 25 5 127 2½ 64 +., 5

5t 136 7¼ 181 330

5, 149 2 50 1 -f, 33 ; 16 H 45 7; 194

21 70 ½ 12

3140 7 'f

1G 179 H 48 1 t 47 i 16 1 ¾ 48 B, 226 2ft; 65 ½

111220

In the ease of No. 330 the smaller dimension is at the top,

tBolt diameter


20

�

D

Style A

Tl

A

Style B

Conveying STEEL BUSHED CHAIN

TRAVEL .,

BRITISH PATTERN

Nominal -dirriensions

Chain Approx. Diameter Maximum

Number Pitch Width Width of Pin Sprocket face

Average net

Depth of No. of Average

Sidebar links in ultimate 10ft strength weight

A B C E

in . mm in mm in mm in mm in mm in mm lb kg lb/ft kg/m

6·04 153·5 2¾ 70 3 76 ft 18 H 45 2¼ 54 20 30000 73800 10·4 15·51

3•03 77 2;. 52 2 ,', 56 ,,. 15 1¼ 32 1 ,'. 40 40 20000 9700 7·4 17·02

ti04 4·03 702:5 2i 70 z. 73 t 76 2 57 H 48 30 27500 12400 10·0 14•92

704 4:05 703 3 76 3¼ 83 ti 21 2¼ 57 2¼ 54 30 35000 15900 15·2 22·63

1200• 12·02 305·5 3; 89 3¾ 95 • 22 21 70p2¾ 70 10 42500 19300 14·5 21 ·65

1207* 12•04 306 4 102 4½ 774 ,,,. 27 2i 70 3¼ 83 10 70000 37800 21 ·O 37 •32

6140 6·00 152·5 3½ 89 3¾ 95 • 22 21 67 Ht 75 20 42500 19300 18·0 26·90

7140 6·06 154 4 702 4¼ 714 1 ;. 27 2i 73 3¼ 83 20 70000 31800 31 ·O 48·25

*Supplied as attachments only. Weights are of K2 attachments.


22

l*_jI �c

.&1 1 CEll 1----F----.i

Style A

Style B

Conveying STEEL BUSHED CHAIN Attachments

Type G20 Style A

Chain Number

603

604

Dimensions

B

in mm

1 ft 43

2 51

C

in mm Z. 54

3 76

E

in mm 3l- 89

4 100

Within limits these attachments can be drilled to suit customers· requirements.

Type G20 Style B

Chain Number

600

Dimensions

B

in mm 1 ,', 30

C

in mm 3l- 89

E

in mm 3! 95


. Type Kl

Chain Dimensions

Number A B

603

604

600

in mm 4l- 115

5 tt 145

6 152

Type K2 Style A

Chain Dimensions

Number A B

in mm 1� 37

2 51

3 76

C

C

in mm 26

1 � 30

1.;. 27

Dt

Dt

in mm ¼ 11

¼O 13

I 76

E

F

in

3i

F

in

41

E

mm

86

121

mm 117

in mm 1i 41

21 67

H 45

F

F

T

in

i

T

in

¼

in mm 5¾ 146

7 178

7¼ 197

G

mm

7

10

mm 6

T

in mm ¼ 6

I 10

½ 13

T

in mm in mm in mm in mm in mm in mm in mm in mm 603 25 ,', 11 3.;. 78 7 177 1¾ 44 "" 7

604

5¼ 138 li 21

5¾ 746 1.;. 27 1¼ 31 ¼ 12 2.,,. 65 6i 174 H 38 ¼ 11

704 5tt 144 1¼ 32 25 ,',·'11 2¾ 70 7{', 183 H 38 I 10

Type K2 Style B

Chain Number A

Dimensions

A1 B

in mm in mm in mm 600 4, 124 6¼ 156 11 41

C

in mm 1¼ 32

Dt

in mm ¼ 12

1200 7 178 7¼ 184 2 li 72 H* 45 i 19

1207 7 ¼ 181 7 178 3 76

6140 8,216 9¾ 248 1, 38

7140 10 254 10 254 1¼ 32

*C1 dimensions on No. 1200 is 11 in/41mm *C1 dimensions on No. 1207 is 1tf ln/46 mm

2"rt*52 ¾ 79

1 i 41 ¾ 19

H 48 ¾ 19

F G

in mm in mm 7½ 191 2i 70

T

in mm ..... 8

9¼ 235 6¼ 159 ½ 13

9¼ 235 6¼ 759 I 16

11, 302 3½ 89 ,\, 14

12 305 3½ 89 ½ 13

tBolt diameter O Round holes


23

.,.

ii :.,,

i

, !I

,,,, '

'•

)i!lill

!:I 1 1!

,;1 1I

:

:1!11 ii· ::i'

111

Ii' i

l l I'

Conveying STEEL AND MALLEABLE

n----'

F ( i

�'�\/ '

r--PITCH

' .

' ':t

_j_

', '

! /

BRITISH PATTERN

Chain

Nominal dimensions

Approx.

Number Pitch Width

A

mm in mm in

2·32 • 22 59

4·00 102 2¼ 54

¼ 4·00 702 2.,,. 52

• 4·04 103 2¼ 56

6·00 152 2.,,,. 52

4·76 121 60

3·07 78

2t

1

43

C.132 6·06 154 tt3 f, 81

C.133 3·00 76 1¼ 29

C.134 3·00 76 35

C.160 2·30 58·5 1,., i 1 33

C.188 2 ·61 66·5 H 32

C.1226 6·00 752 21 67

Chain No. of Average Number ultimate

1 Oflinks

t in�

strength

lb kg

C.57 52

4800 2180

C.102 30 24000 71900

C.102¼ 30 18000 8200

C.102½ 30 36000 76400

c.110 20 24000 77900

C.111 24 36000 16400

C.131 39 24000 17900

C.132 20 50000 22700

C.133 40 12500 5680

C.134 40 17500 7950

C.160 52 17500 7950

C.188 46 14000 6360

C.1226 20 43000 79600

C

:2_1

Width

B

in mm

25

2! 57

2,.,2 f< 656

0 2 f, 56

67 21 1

tt 49

3¼ 83

1¼ 32

1 ,;. 37

1 ,., 40

H 35

2 tt 68

Average net

weight

lb/ft kg/m

1 ·64

1 · 7·5 1

17 · 157·0 10·43

9·0 73.45

9·35·9 13·878·79

6·7 10·00

13 2·· 1 7 79·524·03

3·7 5.57

3·5 3·0 54·46·22

9·6 74·30

C01VIB1NATI0N CHAIN

Diameter

of Pin

C

8

in . mm

�

i 16

¼ 13

¾ 79

l 16

¾ 19

I 16

25

.,,,. 11

•

• 13

• 13

• 73

22


24

Maximum Depth of

Sprocket face Sidebar

E F

in mm in mm

t 76

tt

,..

4878

1! 38

2 50 H 38

H 48 H 45

H 48 1! 38

21, 54 H 45

H H 3829

3¼ 79 2 57

* 27 1 25

1 25 1¼ 32

• 22 25

• 22 H 29

2¼ 57 1¾ 45

Thickness of

Sidebar

G

in mm

.,., 4

¾ 70

i 70

i 70

t 70

j 10

i 10

• 73

f, 5

¼ 6

¼ 6

¼ 6

½ 73

- - ----

Conveying STEEL AND MALLEABLE C01VIBINATION CHAIN Attachments

Type A42

Chain Number

Dimensions

A B D* E F T

in mm 2i 60

in mm 3 76

in mm in mm 2 51

in mm in mm

C1.10

C134 H 38

C188 1 ,', 40

C1226 2 ti 72

Type All4

Chain Number

Dimensions

A B

H 38

1 -I', 33

3 76

C

¾ 19

,', 11

"' 11

I 16

o•

1 ,.. 30

1¼ 32

2 51

E

25

-1\, 14

I 16

25

F

½ 13

"' 11

I 10

½ 13

T

C102½

in mm 2½ 64

in mm 2 51

in mm 1i 41

in mm I 16

in mm H 45

in mm , 22

in mm I 70

C131 H 48 H 38

Type G20

Chain Number

Dimensions

B

in mm C131 -.'. 2

H 38

C

in mm 2 f. 55

---------- - - - ----- -

C134

C188

H 10

¼ 6

1t 41

H 45

; 13

E

in mm 2i 73

2ti 55

31 79

1¼ 32 t 76

F

in mm

3¼ 89

3111" 78

3 ,', 87

8 dimension on No. C188 is below the centre line.

Within limits these attachmerts can be drilled to suit customers· requirements.

Type Kl

Dimensions

i 10

T

in mm

¼ 6

¼ 6

¼ 6

Chain Number A B C Dt E F T

C57

in mm in mm 3 76 1/,- 29

in mm in mm in mm in mm in mm I 16 ID 10 1¼ 32 4-,',- 103 -.'.- 5

- -- -------------------------

C131

C160

C188

tBolt diameter

4¼ 705 H 38

2,t 75 ,,,., 29

3¾ 95 ,,., 33

25 i 70

-11, 14 -1\, 8

i 19 I 70

•Pin diameter D C57 has square holes

21 68

1¼ 32

1¼ 32

5,', 138 -1\, 8

4,', 706 +., 5

5 127 ¼ 6


26

I:

i

,:iiii

· i

I'

%

. r,If· :i

'I

Conveying STEEL AND MALLEABLE COIVIBINATION CHAIN Attachments

Type K2

Chain Dimensions


in mm in mm in mm in mm in mm in mm in mm in mm

C102 5,..

135

H 28 tt 24 i 10 2¾ 70 6½ 165 H 45 .. 6

C102¼ 5,.. 135 H 28 25 i 10 2¾ 70 6½ 165 H 45 f,- 5

C102½ 5,', 138 1 I,, 29 1i 29 i 10 3 76 6¾ 172 H 45 ¼ 6

C110 5,.. 135 21 54 • 22 I 10 2i 68 6½ 165 H 45 ¼ 6

6¼ 159 1¼ 32 1 ¼ 29 ¾D 10 3½ 89 7½ 191 2,.. 59 ¼ 6

4,.,. 106 l 19 25 ½ 13 2¾ 70 5,,. 138 1½ 38 ,.. 8

3½ 89 ! 19 ti 24 j 10 21 67 41 118 H 38 ¼ 6

C188 41 105 tt 18 ti 21 ,.. 8 21 54 5¼ 130 1¼ 32 ¼ 6

tBolt diameter D No. C111 has square holes

· :For Fllght wing attachments suitable for grain conveyors see also page 33.


26

ii'

f !i I I, j

l_·•'.1 !

'.i ';'

.

Conveying TELESCOPIC ROLLER CHAIN

1-P\TCH

- E

TRAVEL ..

BRITISH PATTERN

Chain

Number

903

904

906

9060

Chain

Number

903

904

906

9060

Nominal dimensions

Approx. Pitch Width

A

in mm in

3-70 94 11

4·02 107 1 tt

6·06 154 H

6·05 154 H

No. of Average links in ultimate

10ft strength

lb kg

33 15000 6820

30 20000 9100

20 30000 73600

20 40000 18200

Diameter Width of Pin

B C

mm in mm in mm

41 1tt 43 t 16

43 ,. 48 ti- 18

48 2 51 I 16

48 2¼ 54 • 22

Average net weight

----

lb/ft kg/m

5·2

7·74

7·4 11·02

8·6 12· 79

10· 3 15·42

Dimensions are subject to change or correction. Request certified drawings for exact dimensions. 28

Diameter of Roller

D

in mm

1 tt 46

2 51

2i 67

21 67

• Width of Depth of Roller Sidebar

E F

in mm in mm

25 H 31

1-,. 27 H 38

1¼ 32 H 45

1¼ 32 2! 54

i

t-1

C T�

ConveyingTELESCOPIC ROLLER CHAIN Attachments

Type A42

Chain Dimensions

Number A B o• E F T


903 1 ti 46 1 ti 46 i 16 1½ 38 ¾ 19 li 12

904 2l- 54 2 51 I 16 H 38 ¾ 19 • 13

9060 2¼ 57 3 76 ¾ 19 1¾ 44 • 22 H 14

Type Kl/KlO

Chain Dimensions

Number A B C Dt E F T

on Bolt C/L in mm in mm in mm inmm in mm in mm in mm

903 4 102 1 n 46 1 � 30 ¼ 13 1t 41 51 143 ¼ 6

904 4 102 2-,'s- 52 1¼ 31 ½ 13 H 41 Ht 145 ¼ 6

9060 3¾ 99 3 76 1 f¼ 43 I 16 1 i 48 5i 137 * 7

Type K2

Chain Dimensions


in mm in mm in mm inmm in mm in mm in mm in mm

906 4 102 1 i 48 H 41 • 13 3¼ 89 51 143 1 I 48 -1',8

9060 5¾ 146 1 ½ 38 1 l 41 • 13 3& 92 7¼ 184 2¼ 57 ¼ 6

Type Kll

Chain Dimensions

Number A B C Dj· E F G .;;--�� . 7�.,-�

in mm inmm in mm in mm in mm in mm in mm in

906 3¾ 95 2 51 H 35 • 13 1½ 38 ft 18 2l 60 ¼

tBolt diameter *Pin diameter


29

j ! '

I'

I

ij1 ':i;, ..!i· ,·

.,!

,1:!1.![ li·j

\iiii

'ii..f1

''I' I:! i I'

]i,

';h

,I

,

�

;,- .

1, J

!: I

Conveying DRAG LINK CHAIN 'H' Class Style 430 Style Straight Side Bar Style

I , c½ �lff# i�

� r-PITett�t-------PllcH- � ��> +-

�I §--+-©-I E----ohfl

-PITCH---,

r

'H' Class Style 430 Style

BRITISH PATTERN 'H' Class Style

Nominal dimensions

T

{i,� 11 .ll\== =-5;3) -PITCH�---PITCH- �

Straight Side Bar Style

No. of Average Average Chain Approx. Diameter Maximum Depth of links in ultimate Number Pitch Width of Pin Sprocket face Sidebar

A C E F

In mm in mm in mm in mm in mm

H97 5·00 127 6½ 165 -I', 14 3½ 89 1i 35

H102 5·00 127 9¾ 248 I 16 6i 162 1½ 38

H104 6·00 152 7½ 191 I 16 4¼ 105 1/, 38

H106 6·00 152 10¼ 267 I 16 7 178 1½ 38

H110 6·00 152 12¼ 318 I 16 9 229 1½ 38

H112 8·00 203 12½ 318 I 16 9 229 H 38

H113 6·00 152 13 330 ! 19 9 22!1 1-1', 40

H116 8·00 203 161 416 I 16 13 33f 1i 41

H120 6·00 152 1 Z. 327 i 19 Si 222 2 51

H480 8·00 203 16 406 ¾ 19 1H 283 2 51

BRITISH PATTERN 430 Style

Nominal dimensions

Chain Approx. Maximum Depth of Number Pitch Width Sprocket face Sidebar

A E F

in mm in mm in mm in mm

430 6·00 152 9½ 241 21 60 1¼ 32

430X 6·00 152 9½ 241 2¼ 57 1¼ 32

BRITISH PATTERN Straight Side Bar Style

Nominal dimensions

Chain Approx. Maximum Depth of Number Pitch Width Sprocket face Sidebar

A E F

in mm in mm in mm in mm

B3A 3•0(;/',· 76 5¾ 146 2 51 ¾ 19

B4A 4·00 102 8 203 2i 60 25

LB6A 6·00 152 9i 245 2¼ 57 1 ¼ 32

I B6A 6·00 152 11 ¾ 296 3i 92 H 38

Dimensions are subject to change or correction. Request certified drawings tor exact dimensions.

3Q

-!I;

,_j,',<

1 Oft strength

lb kg

24 20000 9080

24 28000 12720

20 28000 12720

20 24000 10900

20 28000 12720

15 28000 12720

20 30000 13620

15 28000 12720

20 38000 17250

15 40000 18200

No. of Average links in ultimate 1 Oft strength

lb kg

20 17500 7950

20 25000 11380

No. of Average links in ultimate 1 Oft strength

lb kg

40 10000 4550

30 15000 6820

20 25000 11380

20 40000 18200

net weight

lb/ft kg/m 7·8 11 ·64

10·7 15·97

8·0 11·94

12· 5 18·70

12 · 9 19·22

10·8 16·07

16 · 7 24·93

14·6 21 · 71

18 · 5 27·49

18 · 1 26·96

Average net weight

lb/ft kg/m

6·2 9·25

7·0 10·43

Average net weight

lb/ft kg/m

3·6 4·46

4·5 6·69

7·0 10·40

11 · 0 16,40

Conveying SW ARF HANDLING

This scraper type of Swarf Handling Chain was specially developed for the handling of Cast Iron Swarf. It was designed with rollers on every link to run on elevated guide bars to prevent contact between the chain flights and the conveyor or machine trough. This reduces to a minimum the wear which normally takes place at this point.

BRITISH PATTERN Scraper style

Chain Flight

Number Pitch Width Depth

A B

in mm in mm in mm

SM5 5·00 127 11 279 1½ 38

AON 5·00 127 11 i 289 1½ 38

ADM 5·00 127 14¾ 365 1½ 38

ADW 5·00 127 19¾ 502 1½ 38

BRITISH PATTERN Apron Feeder style

This chain is made up of a series of hinged trays to form a continuous carrying surface. It is this feature which makes it the most suitable medium for conveying steel chips and larger cuttings as well as curly steel swarf for which the scraper type of chain is not suitable. The trays, made in varying widths up to 30 ins. wide, are mounted on double strand Hollow Bearing Steel Roller Chain.

Details on application.

Scraper style Apron Feeder style

Test C D Load

in mm in mm lb kg

1½ 38 4¾ 121 5000 2250

1¼ 32 4," 111 4000 1800

1¼ 32 7 178 4000 1800

1 j_

4

32 12¾ 314 4000 1800

31

.,

. ,1,,

'i I I

''I I I' I

,,j

_ __J

r - -

l: :.I

- ,I ·� .. J,

- -

--

�-

- -- -

Conveying CASE CARRIER CHAIN

PITCHr-. -;

_Jc� RIVET DIA.

>---�

TRAVEL � TRAVEL ..

Standard Type

BRITISH PATTERN

Nominal dimensions

Chain Approx. Diameter Maximum Depth of Number Pitch Width of Pin Sprocket face Sidebar

A C E F


CC175 1 · 75 44·5 1 ,,. 33 -f's 8 ¼ 6 ti 21

CC600 2·52 64

1 ,,_ ,.

43 -i< 11 ½ 13 1l-29

CC600D 2·52 64 11-¼ 43 ... 11 ¼ 13 H· 29

CC1300 3·25 83 2-,',-52 ... 14 l 10 1½ 38

CC1300D 3·25 83 2-,',-52 -,',- 14 ii 10 1¼ 38

UD1 2·32 59 1¼ 32 ¼ 13 i 16 1 � 32

Chain No. of Average Average Minimum Number links in ultimate net Radius"

1 Oft strength Weight

lb kg lb/ft kg/m in mm

CC175 69 6000 2730 2·0 0·90 14 356

CC600 48 10000 4540 3·75 1·70 19 483

CC600D 48 10000 4540 4·00 1·82 19 483

CC1300 37 15000 6800 11-3 16-82 40 1016

CC1300D 37 15000 6800 13·0 19·35 40 1016

UD1 52 10000 4525 4-50 6·70 30 762

*Designed to flax in both directions

Dimensions are subject to change or correction. Request certified drawings for exact dimensions. 32

_Jc� RIV�: �IA l

D Type

G H

in mm in mm

2/, 54 t¼ 18

2 ,!..!..

,.

68 ti 24

BRITISH

� Chain Number

42

42

42

48

48

57

57

57

BRITISH

Chain Number

157

157

157

158

170

BRITISH

Chain Number

C57X

C67X

C67X

C160X

C160X

C160X

Conveying GRAIN CONVEYOR CHAIN

TRAVEL ..

. urITTm�;

A

-

i I) I ,1, I·

1 I I I l II

' '

Style A

PATTERN STYLE A

Approx. Pitch

Average ultimate strength

in mm lb kg

1 ·38 35 2000 910

1 ·38 35 2000 910

1 ·38 35 2000 910

2·03 51·5 2000 910

2·03 51·5 2000 910

2·32 59 3000 1360

2·32 59 3000 1360

2·32 59 3000 1360

PATTERN STYLE B

Approx. Pitch


in mm lb kg

2·30 58·5 9000 4100

2·30 58·5 9000 4100

2·30 58·5 9000 4100

2·04 52 7000 3180

1 ·75 44·5 10000 4550

PATTERN STYLE C

Approx. Pitch


in mm lb kg

2·32 59 4800 2180

2·32 59 4800 2180

2·32 59 4800 2180

2·30 58·5 17500 7950

2·30 58 ·5 17500 7950

2·30 58·5 17500 7950

TRAVEL ..

Style B

No. of links in 1 Oft

87

87

87

59

59

52

52

52


53

53

53

59

69


52

52

52

52

52

52

- - --- - ----

Flight attachments

Width A

in mm

5¾ 133

6 152

6½ 165

5¾ 133

5! 143

5¾ 146

6 152

7¾ 197

Flight attachments

Width A

in mm

4 102

5 127

6 152

5¾ 146

7 178

Flight attachments

Width A

in mm

5¾ 146

7½ 191

7¾ 197

6 152

7¾ 197

8¾ 222

'

Style C

Height

F

in mm

i 10

½ 13

½ 13

i 16

16 �

" !� '

i

16

16

16

Height

F

in mm

25

25

25

¾ 19

25

Height F E

in mm in mm

t 16 .,,. 8

16 ' 8 ..•

Tir

i 16 .,., 8

25 t 16

25 i 16

25 ! 16

33

i'

Iii I '!

:! Conveying SWIVELS

/,

'' ·1 To suit

Chain Number

C134

To suit Chain Number

903

904

9060

9060

l, To suit Chain

Number

I C102¼

'1 :r1

,,J' : '' 'j

lC131

l ' ;:

STYLE A

Dimensions

A B C in mm in mm in mm

2¼ 52 M 70 ti 24

G H J

in mm in mm

H 29 •in mm

12 ¼ 6

STYLE B

Dimensions

A B C

in mm in mm in mm 3n: 81 i 19 1:i 29

G H J

in mm in mm in mm

.!,_H 'li 78 _ft_ .9 A B C in mm in mm in mm 3 :I', 81 � 19 1t 29

G H J

in mm in mm in mm

14 'I¼ 18 .. 9


3 .... 81 1 25 1,'1, -

G H J in mm in mm

lt 18 •in

mm

23 I 10


3¼ 82 1 25 H 35

G H J

in mm in mm in mm

n 18 :f1 24 I 10

STYLE

Dimensions

A B C in mm in mm in mm 2¼ 57 H 35

G H J in mm in mm in mm

2. 63 1 25 i 19


D

in mm..... 8

L in • 12

mm

D in mm

·a 11

L in mm

• 16Din mm

.,,. 11 L in mm

i 16

D in mm

; 12

L

in mm./, 74 D

•in mm

12

L

in mm

¾ 19

D

in mm' ' 72

L

in mm

i 18D

in mm

E in mm in mm

2¼ 57 3.,. 78

T in mm

i 6

E F

in mm in mm

1 I 41 4L.1Q§_ T in mm

f, 8

E F in mm in mm

11 47 4¼ 108

T in ,fiir, f, ?f? E F

in mm in mm

---1..Ji..iL_ 4?, 113

T in mm

...... 8

E F ' in mm in mm

2' 50 4¼ 114

T in mm

.:I; 8

E F in mm in mm

4 ,;! 103 3; 89

T in I E

in 2 ii, 58 __ . ____ )L 28 -- i 10 _ 3 G H J L T in mm in mm in mm in mm in

mm

70

F mm in mm 76-·- 3i 92

mm

H 41 t 16 I 19 ¼ 12 ..... 8

Dimensions are subject to change or correction. R�uest tertifiod drawings for exact dlmer:siorn;,

ii: 34

B Lpin D

Styl&A

F j--A

Style B

T

-iJt---

' �D

Styl• C

�

---I J 1--

.-ft-.o I'!' '!' I

Style D

�l=r

Lpin

r.:it-r

�·' - .

Lpin B--+11-J

. A'

Style E

Conveying SWIVELS

STYLE D To suit Dimensions Chain Number A B C D E

in mm in mm in mm in m in mm

C131 3,1 89 1¼ 32 ,,,_ m

17 3¾ 95 G H J L T in mm in mm in mm in mm in mm

2! 63 i 76 ¾ 79 • 72 ,.. 8

STYLE E

To suit Dimensions Chain Number A B C D E

in mm in m in mm in mm in mm

578 21, 54 ,,,_ m

71 1 25 i 70 21 66 G H J L T in mm in mm in mm in mm in mm

1 -h 40 • 12 ,., 7 • 72 ,'1,8

A B C D E in mm in mm in mm in mm in mm

578 u. 56 ,,. 74 1j, 28 i 70 3½ 89 G H J L T in mm in mm in mm in mm in mm

11 47 • 72 -1, 7 ! 72 ¼ 6 A B C D E in mm in mm in mm in mm in mm

503 2½ 63 ! 72 1-i\- 27 i 10 31, 89 G H J L T in mm in m in mm in mm in mm

2¼ 54 .,,. m

74 ¼ 6 ! 72 ¼ 6 A B C D E in mm in mm in mm in mm in mm

C110 2¾ 70 ,.. 74 1 • 38 l: 72 3 76 G H J L T in mm in mm in mm in mm in mm

1¾ 44 I 79 8 ¾ 79 " 6 A B C D E in mm in mm in mm in mm in mm

C131 3! 89 H 38 ,a 24 i 70 31 86 G H J L T in mm in mm in mm in mm in mm

2 57 * 78 ,,,_ 77 ½ 72 ,.. 8 A B C D E in mm in m in mm in mm in mm

C188 2i 54 ,,,_ m

77 1 25 i 70 21 66 G H J L T in mm in mm in mm in mm in mm

1 ,'I, 40 ! 72 ,., 7 ½ 72 ,\18 A B C D E in mm in mm in mm in mm in mm

C188 2-,\- 56 -f, 74 H 28 i 70 3, 89 G H J L T in mm in mm in mm in mm in mm

1i 47 ¼ 72 ,., 7 • 72 ¼ 6 A B C D E in mm in mm in mm in mm in mm

C1226 3_!_ 70 ,.. 74 H 38 • 72 3 76 G H J L T in mm in mm in mm in mm in mm

H 44 ¾ 79 .,,. 8 ¾ 79 ¼ 6


---_._:_::�- -·-- ----

F in mm

4¾ 721

:i;,:� F

I i,

in mm I, 2ti 72

''•!

I i i I

I I F I

in mm ,,

31, 89

i' 111

ii!

F i'',1,

' :·

in mm

31, 89 111 •I ii

!1 li F in mm

,I j!li l'i

4 702 ii·J! 1:1

F in mm

4, 724

I i,lj ,· F

in mm 1:-,1! I ' 2ti 72 f I

F in mm

3! 89

F in mm

4 702

35

.,

.I

I

'.

iii: I

/If /11 i 1!

:11 I, I

i!

Conveying MALLEABLE IRON BUCKETS

BRITISH

Ref.

Number

A3M

A4M

A6M

A6M

A7M

ABM

ABM

A10M

A12M

A14M

A16M

A18M

PATIERN

Suitable for general use on Inclined and Vertical Elevators, also suitable for carrying Grain, Seeds, Chemicals, Cement, etc.

A Type

Approximate dimensions

Length outside Breadth Depth Thickness

D

in mm in mm in mm swg. mm

3¼ 83 3 76 2¼ 64 12 2·64

4¼ 108 3½ 89 2¾ 70 12 2·64

5¼ 133 4 102 3 76 9 3.55

6½ 165 4½ 114 31 86 8 4·06

71 187 5 127 3½ 89 8 4·06

81 213 5¼

133

4 102 7 4.47

91 245 5, 149 41 105 7 4.47

101 264 6½ 165 4½ 114 6 4·88

121 321 6, 175 5¼ 133 6 4·88

141 372 7l 200 51 149 6 4•88

161 422 81 219 6i 162 5 5·50

181 473 9 229 61 168 5 5·50

Projection

p

ins mm

n 73

3¼ 83

3¾ 95

4t 111

41 118

4, 124

5¼ 133

5¼ 133

61 162

7¼ 184

8 203

8½ 216

Dimensions are subject to ch&™Je or correction. ReQuest certified drawinQs for exact dimensions.

36

Approximate capacity

at 60° Vertical

cu. in c.c. cu. in c.c.

14 230 10 164

18 295 14 230

30 492 20 328

50 819 35 574

65 965 45 738

82 1344 60 983

120 1966 90 1475

160 2622 120 1966

220 3604 180 2950

350

5735

250 4097

460 7538 360 5899

600 9832 470 7702

Approx. weight each

lb kg

0·8 0·36

1 ·2 0·55

2·0 0·91

2·3 1 ·04

3·0 1 ·36

4·0 1· 81

4·8

2· 17

6·0 2·72

10·0 4·54

14·0 6·36

18·0 8· 18

23·0 10·42

�

Conveying MALLEABLE ffiON BUCKETS

BRITISH

Ref. Number

B6M

BRM

B10M

B12M

B15M

B18M

Mainly used on Inclined and Vertical Elevators, also suitable for Small Coal, Coke and Minerals generally.

PATTERNB Type (with thickened lips)

Approximate Dimensions

Length ,,, outside Breadth Depth Thickness Proj�on

B D p

in mm in mm in mm swg. mm in mm

61 168 5¼ 133 51 130 9 3•55 4! 121

Bi 222 61 162 6 152 8 4•06 5t 143

10½ 267 71 181 7 178 6 4•88 6¼ 159

121 321 St 219 Bi 213 5 5•50 7; 194

151 397 1 o, 257 10 254 3 6·40 Bi 222

19¼ 489 12! 318 11¾ 299 3 6·40 111, 283

Dimensions are subject to change or correction, Request certified drawings for exact dimensions.


Approx. at 60" Vertical weight

each

cu. in c.c. cu. in c.c. lb kg

110 1803 75 1229 4•5 2·04

160 2622 110 1803 6•6 3•00

225 3687 152 2490 11 •O 5·00

440 7211 275 4506 16 •2 7·36

720 11800 500 8194 26•0 11·78

1100 18025 780 12783 40•0 18•20

37

tI'

i ;:

I : !!·.

,1.,i.1 'I :i

j;: I'':;; i ii

J!

1.1.1

__ ,

i Conveying MALLEABLE IRON BUCKETS

{}

BRITISH

Ref.

Number

C8M

C7M

C9M

C10M

C12M

PATTERN

Suitable for Sugar, Flour, Lime, Wood Pulp, Wet Grain and other light but sticky materials.

C Type



D

in mm in mm in mm swg mm

6t 168 5 127 3¼ 95 10 3·40

8 204 5, 149 4¼ 108 8 4·06

91 245 6¾ 174 5 127 7 4.47

11 279 7½ 791 5i 137 7 4.47

13 330 8¼ 222 6

153

6 4·88

Projection

p

in mm

4, 705

4, 124

5½ 140

6 152

6, 175


38


at 60° Vertical

cu. in c.c. cu. in c.c.

50 820 24 393

64 1049 30 492

110 1803 48 787

160 2622 70 1147

250 4098 100 1639

Approx. weight each

lb kg

2·4 1·70

3·8 1·72

5·0 2·25

6·0 2·74

9·5 4·30

·.�

Conveying SEAMLESS STEEL BUCKETS

i----p----i

BRITISH PATTERN

Suitable for: Grain, Flour, Starch, Meal, Sugar, Clay or soft and sticky substances.

SA Type


Ref. Length Number outside Breadth Depth Thickness

B D


SA2 3 76 4 102 2¼ 57 18 1,22

SAS 4 102 4 102 2¼ 57 18 1·22

SA11 5 127 4 102 2l 57 18 1·22

SA12 5 127 4 102 2¼ 57 16 1·63

SA13 6 152 4 102 2¼ 57 18 1·22

SA14 6 152 4 102 2¼ 57 16 1·63

SA18 4 102 4' 2

114 2¾ 70 18 7·22

SA19 5 127 4½ 114 2¾ 70 16 1·63

SA21 6 152 4½ 114 2¾ 70 16 1·63

SA26 5 127 5¼ 133 3½ 79 18 1-22

SA32 7 178 5¼ 133 3½ 79 16 1·63

SA34 8 203 5¼ 133 3¼ 79 16 1·63

SA39 9 229 5¼ 133 3½ 79 11 2·95

SA49 7 178 5¾ 746 3½ 89 16 1·63

SA62 8 203 5¾ 146 3½ 89 16 1·63

SA55 8 203 5¾ 146 3½ 89 10 3·25

SA59 9 229 5¾ 146 3½ 89 11 2·95

SA67 8 203 7½ 191 4' ' 121 10 3·25

SA69 10 254 1; 191 4¾ 121 10 3·25

SA72 12 305 8½ 220 6 152 10 3·25

Projection Approx.

Approximate capacity weight

p each

in mm cu. in c.c. lb kg

3 76 15 246 0,3 0·142

3 76 20 328 0-4 0·198

3 76 25 410 0·5 0·227

3 76 25 410 0·7 0·312

3 76 30 492 0·6 0·283

3 76 30 492 0·7 0·326

31, 89 32 492 0·5 0·227

3½ 89 40 623 0·8 0·340

3., 2 89 48 770 0·9 0·425

4 102 55 770 0·8 0·340

4 102 75 1114 1-1 0·510

4 102 85 1295 1 ·4 0·624

4 102 95 1459 2·8 1·247

4½ 114 105 1491 1 ·4 0·652

4½ 114 115 1721 1-5 0109

4' 2

114 115 1721 3·2 1·446

4½ 114 125 1787 3-5 1·588

5½ 146 160 2753

5¾ 146 200 3539

4-4 2·013

5·1 2·325

6� 159 320 6063 7·5 3·402

39

,, �

'

I,:•

1111 ,,ii :1 !,I l'I I,I,1

I;, ii· '

:,1 i I


�8

-:::;

Ii

Suitable for: Clay, Sugar, Cement, Flour, Wet Sand, Plaster, Clay and sticky materials.

Also Grain, Rice, Seeds and other cereals.

,1 p

BRITISH PATTERN SB Type

Ref.


Length Number outside Breadth Depth Thickness Projection

' Approx. Approximate capacity weight

B D p each

in mm in mm in mm swg. mm in mm cu. in c.c. lb kg

SB10 2½ 64 2¼ 57 1-s..#"

•·

41 18 1·22 2 51 7 0·2 0·085

SB17 3 76 3 76 2 51 20 0·91 2' 4

70 10 0·2 0·099

SB26 4½ 114 3 76 2 51 16 1·63 2¾ 70 18 0·4 0·213

S8345 3 76 3-½ 89 2 51 18 1·22 3 76 12 0·3 0·135

SB35 3½ 89 3' 95 2¼ 57 18 1·22 3¾ 86 20 0·3 0·156

SB38 4 102 3¾ 95 2¼ 57 18 1·22 3% 86 24 0·4 0·184

SB44 5 127 3¾ 95 2¼ 57 18 1·22 3¾ 86 30 0·4 0·213

SB59 4½ 114 4 102 .. 2½ 64 18 1·22 3½ 89 30

98

180

295

213

295

344

443

475 0-4 0·213

SB63 5 127 4 102 2½ 64 18 1·22 3½ 89 33 542 0·5 0·227

SB66 5½ 140 4 102 2½ 64 18 1·22 3½ 89 38 590 0·6 0·283

SB70 6 152 4 102 64 18 1·22 3½ 89 40 655 0·7 0·298

SB72 6 152 4 102 64 14 2·03 3½ 89 40 655 1 ·0 0·482

SBBO 7 178 4 102 64 18 1·22 3½ 89 47 770 0·8 0·340

SB85 8 203 4 102 64 18 1·22 3½ 89 56 901 0·8 0·397

SB86 8 203 4 102 64 16 /·63 3½ 89 56 901 1 ·0 0·454

SB91 9 229 4 102 64 16 1·63 3½ 89 64 1016 1 ·4 0·624

SB95 4 102 4¼ 108 70 18 1·22 3¾ 95 30 492 0 ·5 0·227

SB114 6 152 4i 108 70 18 1·22 3¾ 95 44 721 0·6 0·283

SB1'!17 6 152 4¼ 108 70 11 2·95 3¾ 95 44 721 1 ·6 0·737

SB124 7 178 4¼ 108 70 18 1·22 3¾ 95 52 852 0·8 0·368

se1:!!I 8 203 4¼ 108 70 18 1·22 3¾ 95 60 1000 0·9 0·397

SB132 8 203 4i 108 70 11 2·95 3¾ 95 60 1000 2·3 /·049

SB134 9 229 4¼ 108 70 18 1·22 3¾ 95 68 1147 1 ·0 0·454

SB136 9 229 4¼ 108 70 16 1·63 3¾ 95 68 1147 1·7 0·595

SB147 6 152 5 127

- 2½2i

2½2½2½2½2¾

2¾2' 2¾

2¾ 2¾ 2¾

2¾

3½

79 16 1·63 4½ 114 :64 1049 1 · 1 0·510

SB148 6 152 5 127 79 14 2·03 4½ 114 � 1049 1 -4 0·624 3i" SB149 6 152 5 127 79 11 2·95 4½ 114 64 1049 2·1 0·964

SB151 7 178 5 127 79 16 1·63 4½ 114 74 1213 1-1 0·567

SB153 7 178 5 127 79 11 2·95 4½ 114 74 1213 2·3 1·021

SB155 8 203 5 127 79 16 1·63 4½ 114 84 1377 1 ·3 0·624

SB166 8 203 5 127 79 14 2·03 4i 2 114 84 1377 1 ·8 0194

SB157 8 203 5 127 79 11 2·95 4½ 114 84 1377 2·4 1·077

SB166 5 127 5¼ 133 83 18 7-22 4¾ 121 55 934 0·7 0·326

SB170 51 140 51 133 83 18 1·22 4¾ 121 60 1049 0·9 0·397

SB175 6 152 5¼ 133 83 16 1·63 4¾ 121 66 1147 1 ·2 0·539

S8188 7½ 191 5¼ 133 83 14 2·03 4¾ 121 81 1443 1 · 5 0·709

SB200 9 229 5¼ 133 83 14 2·03 4' 4

121 96 1705 2·0 0·936

11

SB201 9 229 5¼ 133 83 11 2·95 4¾ I 21 96 1705 3·0 1·361

SB205 10 254 5¼ 133 83 11 2·95 4¾ I 21 106 1966 3·5 1·588

i I .,

SB211 7 178 5½ 140 83 16 1·63 5 127 88 1475 1 ·5 0 ·680

1 I SB219 8 203 5½ 140 83 16 1-63 5 127 100 1721 1 ·5 0137

SB220 8 203 5½ 140

3¼ 3¼

3¼

3¼

3¼ 3½ 3¼

31 3¼

3¼

3¼ 3¼ 3¼

3¼ 3¼ 3¾

83 14 2·03 5 127 100 1721 1 9 0·851

40

Conveying SEAIVILESS STEEL BUCKETS

BRITISH PATTERN SB Type continued


Ref. Length Number outside Breadth Depth Thickness Projection

Approx. Approximate capacity weight

B D p each in mm in mm in mm swg. mm in mm cu. in c.c. lb kg

SB221 8 203 5½ 140 83 11 2-95 5 127 100 1721 3-0 1·361

l'.

3i 4

SB223 8½ 216 5½ 140 3-¼ 83 16 5 127 106 1836 1-8 0-822SB225 8½ 216 5½ 140 3-¼ 83 11 5 127 106 1836 3-2 1·446SB227 9 229 5½ 140 3¼ 83 16 5 127 11 2 1951 1-8 0·822SB234 9½ 241 5½ 140 3¼ 83 11

1-63

2·95

1·63

2·95 5 127 118 2064 3·6 1·644 SB236 10 254 5½ 140 3l 83 16 5 127 124 2179 1 9 0·879 SB237 10 254 5½ 140

4

3¼ 83 14 5 127 124 2179 SB238 10 254 5l 140 3¼ 83 11 5 127 124 2179

2·-2 0·992

3-7 1·673SB240 11 279 2

5½ 140 3¼ 83 16 5 127 136 2409 1 9

0-851 ;i SB242 11 279 5½ 140 3¼ 83 11 5 127 136 2409 3··9 1·758

fSB246 12 305 5½ 140 3¼ 83 11 5 127 148 2622 4-5 2·041SB258 8 203 6 152 3½ 89 16 5¼ 133 130 1901 1

6 0-794

SB261 8 203 6 152 3½ 89 10 5¼ 133 130 1901 3· ·4 1·531

'

'·;

SB263 9 229 6 152 3½ 89 16 5¼ 133 145 2130 2·0 0·907 'ii' ,!I

SB266 9 229 6 152 3½ 89 10 5¼ 133 145 2130 3-3 1·616 IISB268 10 254 6 3½ 89 16 5¼ 133 160 2-1 0·964

11 152

1-63

2·03

2·95

1·63

2-95

2·95

1·63

3-25

1·63

3·25

1·63 2409

C SB269 10 254 6 152 3½ 89 14 2-03 5¼ 133 160 2409 2·6 1·191 SB271 10 254 6 152 3½ 89 10 3·25 5¼ 133 160 2409 3-6 1·644 SB275 11 279 6 152 3½ 89 12 2·64 5¼ 133 175 2622 3·5 1·588

11· SB278 1 2 305 6 152 3½ 89 16 1·63 5¼ 133 190 2917 2·5 1·134 iSB281 12 305 6 152 3½ 89 10 3·25 5¼ 133 190 2917 4-7 2·126 SB283 13 330 6 152 3;!

4 95 16 1·63 5¼ 133 210 3441 2·8 1·247 SB285 13 330 6 152 3¾ 95 11 2·95 5¼ 133 210 3441 4·4 1·985 SB293 8½ 216 6l 165 4 102 11 2·95 5i 143 127 2458 4-0 1·814SB297 8 203 2

6¾ 171 4 102 11 2·95 5a 146 145 2376 3·7 1·673 SB300 10 254 6¾ 171 4 102 14 4

5¾ 146 172 2950 3·4 1·531 SB301 10 254 6¾ 171 4 102 11 5¾ 146 172 2950 5-0 2·268 SB303 12 305 6¾ 171 4 102 16 5i! 146 208 3523 2·9 1·304

1 ii SB305 12 305 6¾ 171 4 102 11 5¾ 146 208 3523 5-4 2·438 SB307 15 381 6¾ 171 4l 108 16 6 152 280 4588 3·7 1·673

, 1 1:

SB364 10 254 7 178 5 127 14

2-03

2·95

1·63

2·95

1·63

2·03 5f 149 220 3605 3·4 1·531 SB365 10 254 7 178 5 127 10 3·25 5i 149 220 3605 5·6 2·552 SB314 10 254 7½ 191 4¾ 121 11 2·95 61! 168 200 3687 5·5 2·495 SB323 12 305 8 203 5 127 12 2-68 6' 171 312 5113 5·8 2·608 SB324 12 305 8 203 5 127 10 3·25 6i! 171 312 5113 6·4 2·920 SB328 14 356 8 203 5 127 10 3·25 6i! 171 364 5965 8·4 3-799

SB335 12 305 8l a

216 5½ 140 10 3·25 6' 171 320 5899 8·0 3·657 SB337 10 254 9 229 5l 133 11 2·95 7a 4 197 300 5244 6-8 3·090SB339 15 381 9 229 5:lf 133 11 2·95 7i 197 450 7866 9·0 4-082SB340 18 457 10 254 5¾ 146 10 9 229 650 11143 11

·3 5·103

SB341 18 457 10 254 5¾ 146 --'--

3-25

4·76 9 229 650 11143 17 ·7 8-023

41

'i .•.1l,I '!II' · ii

:

...• ,'· .·.

:

I


Suitable for: Grain, Malt, Seeds, Slag, Cinders, Coal, Coke, Cement, Lime, Sand, Ores, Broken Stone, etc.

BRITISH PATTERN SC Type

Ref.

Number

sea

SC240

SC12

SC14

SC242

SC16

SC19

SC21

SC186

SC187

SC26

SC27

SC30

SC33

SC35

SC36

SC37

SC38

SC42

SC47

SC190

SC65

SC67

SC193

SC70

SC75

scso

SC98

SC103

SC104

SC108

SC111

SC114

SC116

SC118

42


Length outside

in mm 3 76 3½ 89 4 102 4 102 4½ 114 5 127 5 127 6 152 3 76 4 102 4 102 4 102 5 127 5 127 6 152 6 152 6 152 6 152 7 178 8 203

5 127 5 127 5½ 140 6 152 7 178 8 203

5 127 6 152 6 152 7 178 7 178 8 203 8 203

9 229

Breadth B

in mm 3½ 89 3½ 89 3½ 89

3½ 89 3½ 89 3½ 89

3½ 89 3½ 89 4 102 4 102 4 102 4 102 4 102 4 102 4 102 4 102 4 102 4 102

4 102 4 102 4¼ 108 4¼ 108 4¾ 108 4¼ 108 4¼ 108 4¼ 108 4.1 108

41 117 41 117 4i 117 41 117 41 117 4i 117 4i 117

41 117

Depth

D

in mm 2¾ 70 2¾ 70 2¾ 70 2¾ 70

2¾ 70 2¾ 70

2¾ 90 2jf 70 3 76 3 76

3¼ 83

3¼ 83 3¼ 9

3 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¼ 83 3¾ 95 3¾ 95 3¾ 95 3¾ 95 3¾ 95 3¾ 95 3¾ 95 3¾ 95

Thickness

swg. mm 18 1·22 18 1-22

18 1·22 14 2·03 18 1-22 18 1·22 12 2·64 18 1·22 18 1-22

18 1·22 18 1·22 14 2·03 18 1·22 11 2·95 18 1 ·22 16 1·63 14 2·03 11 2·95 14 2·03 14 2·03 18 1·22 18 1·22 14 2·03 18 1 ·22

18 1·22 18 1·22 18 1·22

18 1 ·22

18 1 ·22

16 1 ·63 18 1 ·22

11 2·95 16 1·63 11 2·95 18 1 ·22

Projection p

in mm 3 76 3 76 3 76 3 76 3 76 3 76 3 76 3 76 3¾ 86 3¾ 86 3½ 89 3½ 89 3½ 89 3½ 89 3½ 89 3½ 89 3½ 89

3½ 89

3½ 89 3½ 89 31 92

31 92 31 92 3i 92 3} 92 3% 92 3i 92 4 102 4 102 4 102 4 102 4 102 4 102 4 102 4 102


cu. in c.c.

18 262 21 328 24 377 24 377 27 426 30 492 30 492 36 590 27 344 33 492 36 590 36 590 45 737 45 737 54 885 54 885 54 885 54 885 63 1032 72 1180 44 720 48 786 48 786 52 852 57 934 66 1081 75 1229 60 983 72 1180 72 1180 84 1376 84 1376 96 1573 96 1573

108 1770

Approx. weight each

lb kg

0·3 0·142 0-4 0·1700-4 0·1980·7 0·312 0·5 0·227 0·5 0·255 1 ·0 0·454 0·6 0·284 0-4 0·170 0-4 0·1980·5 0·241 0·8 0·368 0·7 0·312 1·6 0·737 0·7 0·312 0·9 0·392 1 ·1 0·510 1 ·8 0·822 1 ·3 0·595 1·5 0·709 0·6 0·284 0·6 0·298 1 ·0 0·482 0·8 0·354 0·8 0·340 0·8 0·369 0·9 0·425 0·8 0·340 0·9 0·425 1 ·1 0·510 1 ·0 0·454 2·5 1-1341·5 0·680 2·8 1-247 1 ·1 0·510

I

----�


BRITISH PATTERN SC Type continued

\1 - '· � Approximate Dimensions

Ref. Length Approx. Number outside Breadth Depth Thickness Projection Approximate capacity weight

D p each


I SC120 9 229 4t 117 3¾ 95 14 2·03 4 102 108 1770 2·1 0·964

SC123 5 127 5¼ 133 4¼ 108 18 i.22 4½ 114 75 1229 0·9 0·397 :i SC128 6 152 133 108 18 1·22 4½ 114 90 1475 1 ·O 0·454

ii 5l

4

4l 4 SC129 6 152 5¼ 133 4¼ 108 16 1·63 4½ 114 90 1475 1 ·3 0·567

SC131 6 152 5¼ 133 4-¼ 108 10 3·25 4½ 114 90 1475 2·5 1·134 :1 SC135 7 178 5¼ 133 108 16 1·63 4½ 114 105 1721 1 ·6 0-7374l

4

I! SC138 7 178 5¼ 133 4¼ 108 10 3·25 4½ 114 105 1721 3·0 1·474

SC140 8 203 5¼ 133 4¼ 108 18 1·22 4½ 114 120 1966 1 ·3 0·595

SC141 8 203 5¼ 133 108 16 1·63 4½ 114 120 1966 1· 4 0-879 4l 4 SC144 8 203 5¼ 133 4¼ 108 10 3·25 114 120 1966 3·5 1·758 4i

2 I SC147 9 229 5¼ 133 4¼ 108 16 1·63 4½ 114 135 1212 2·0 0·907

SC148 9 229 5l 133 108 14 2·03 114 135 1212 2·5 1·134 :I', 4l

4

4l 2 SC150 9 229 5¼ 133 4¼ 108 10 3-25 4½ 114 135 1212 3·8 1·729

• 10 254 5¼ 133 4¼ 108 16 1·63 4½ 114 150 2458 2·0 0·936 SC154

SC156 10 254 5-¼ 133 4l 4

108 10 3·25 4½ 114 150 2458 3·3 1·503

SC162 7 178 6 152 5 127 16 1·63 5,i 137 140 2294 1· 9 0·851

SC166 8 203 6 152 5 127 16 1·63 5¾ 137 160 2622 2·1 0·964

SC168 8 203 6 152 5 127 11 2·95 5i 137 160 2622 4·0 1·814

SC170 9 229 6 152 5 127 16 1·63 5i 137 180 2950 2·3 1·021

SC171 9 229 6 152 5 127 14 2·03 5¾ 137 180 2950 2·8 1·247

SC172 9 229 6 152 5 127 11 2·95 5i 137 180 2950 4·5 2·070

:1 SC174 10 254 6 152 5 127 16 1·63 5j 137 200 3277 2·4 1-106

SC175 10 254 6 152 5 127 14 2·03 5t 137 200 3277 3·0 1·361

SC176 10 254 6 152 5 127 11 2·95 5¾ 137 200 3277 5·

1 2·325

SC211 10 254 6 752 5 127 8 4·06 5} 737 200 3277 6·3 2·835

SC179 11 279 6 152 5 127 16 1·63 5¾ 137 220 3605 2·9 1·304

SC181 11 279 6 152 5 127 11 2·95 5i 137 220 3605 5·8 2·636

SC183 12 305 6 152 5 127 16 1·63 5i 137 240 3933 3·1 1·418

SC184 12 305 6 152 5 127 14 2·03 5¾ 137 240 3933 3·6 1·644

SC185 12 305 6 152 5 127 11 2·95 5i 137 240 3933 5·9 2·665

SC231 14 356

7½191 6 152 10 3·25 7 178 400 6555 8·0 3·629

SC213 12 305 6¾ 771 7 178 10 3·25 6½ 165 345 6555 7·8 3·515

SC232 1 2 305 8 203 7 178 ' 4·76 7½ 191 432 7702 12 ·8 5-783T<

43

· 1 Conveying SEAMLESS STEEL BUCKETS

. i

. i:,I

BRITISH PATTERN

Suitable for : Elevating Grain, Malt, Cinders, Coke, Coal, Slag, Cement, Gravel, Lime, Ores, Sand, Broken Stone, etc.

SD Type


Ref. Length Number outside Breadth Depth Thickness

D


SD134 4½ 114 4 102 3½ 89 18 1·22

SD8 6 152 4½ 714 4 102 14 2·03

SD9 6 152 4' ' 114 4 702 11 2·95

SD10 7 178 5 727 4¼ 108 16 1·63

SD11 7 178 5 127 4' 4

108 12 2·64

SD18 7 178 5 127 4¾ 121 10 3·25

SD157 7 178 4½ 114 5½ 140 12 2·64

SD20 8 203 5½ 140 4½ 114 14 2·03

SD21 8 203 5½ 140 4½ 114 11 2·95

SD22 8 203 5½ 140 5 127 14 2·03

SD23 8 203 5� 140 5 727 11 2·95

SD32 9 229 6 752 5 727 14 2·03

SD46 10 254 6½ 765 5½ 740 13 2·34

SD49 10 254 6½ 765 5½ 740 10 3·25

SD62 9 229 7 178 6 152 16 7·63

SD55 9 229 7 778 6 152 10 3·25

SD58 10 254 7 778 6 752 14 2·03

SD69 10 254 7 178 6 152 12 2·64

SD81 10 254 7 178 6 152 10 3·25

SD62 11 279 7 178 6 152 14 2·03

SD64 11 279 7 178 6 152 10 3·25

SD86 11 279 7 178 6 152 ' 4·76 T,

SD69 12 305 7 178 6 152 10 3·25

SD70 12 305 7 178 6 152 , 4-76To

SD81 12 305 7,' 190 7 178 10 3·25

SD86 12 305 8 203 6' 165 10 3·25

SD159 10 254 Sf 216 6½ 165 10 3·25

SD88 12 305 Bf 216 6 152 10 3·25

SD140 12 305 B½ 216 6 152 _... 4·76 '8

SD91 "13 330 8 203 6 152 11 2·95

SD96 14 356 Bi 276 6½ 165 10 3·25

SD97 14 356 8' 2

216 6½ 165 .,,.. 4·76

SD106 15 381 Bf 216 6½ 165 11 2·95

SD108 15 381 Bi 216 6½ 165 ' 4-76,... SD153 16 406 B½ 216 52' 164 ,'. 4·76

44

Projection Approximate capacity

p

in mm cu. in C.C.

3½ 89 45 737

32 8

98 72 1180

3f 98 72 7180

4�" 117 105 1721

4"' 111 105 1721

4½ 114 11 5 1803

4¾ 108 144 2163

42 124 135 2212

42 8 124 135 2272

4, 724 145 2376

42 8

124 145 2376

5' 130 170 2884

5½ 740 220 3687

5' 740 220 3687

6 752 225 3802

6 152 225 3802

6 152 250 4277

6 752 250 4277

6 152 250 4277

6 152 290 4752

6 152 290 4752

6 152 290 4752

6 152 325 5244

6 152 325 5244

6½ 165 350 6309

6�4 171 320 6277

7 178 288 5244

7 178 330 5899

7 178 330 5899

6�4 171 390 6391

7 178 430 7784

7 178 430 7784

7 178 500 8439

7 778 500 8439

7 178 535 9013

ll Approx. weight each

lb kg

0·6 0·284

1· 5 0·680

2-4 1·077

1 ·4 0·666

2·3 7·021

3·1 1·417

2·5 1·503

2·1 0·964

3·4 1·531

2-4 1·077

3·6 7·644

2·7 1·219

3·9 7-786

5·7 2·580 -2·8 7·247

5·8 2·608

3·1 7·644

4·5 2·041

6·3 2·835

4·3 1·928

6-8 3·515

9·5 4·309

7·0 3·175

10 ·5 4-763

7·5 3·402

7·8 3·515

7·0 3·175

7·8 3·515

11 ·6 5·273

8-4 3·799

9·1 4·139

12 ·8 5-783

9·8 4·423

14 ·0 6·450

16·5 7·484

Conveying SEAIVILESS STEEL BUCKETS

BRITISH PATTERN SD Type continued

:e Approximate Dimensions

Ref. Length Number outside Breadth Depth Thickness Projection

Approx. Approximate capacity weight

D p each


SD160 16 406 8' 2

216 7½ 791 10 3-25 7½ 791 720 71471 13-3 6-010

SD180 16 406 8½ 276 7�- 791 ' 4-76 7½ 191 720 11471 17·0 7·717 To

SD118 18 457 8½ 216 7¾ 797 10 3·25 7½ 191 750 72290 6·350

SD120 18 457 81 216 7¾ 197 ' 4·76 7½ 191 750 72290 8·165 TI"

SD173 17 432 9 229 7 778 10 3·25 7,r 200 692 71799 5·557

SD123 20 508 9 229 8 203 " 4-76 8 203 900 15568

12-6

18·0

12·3

21 ·5 9-752To

SD126 24 610 9 229 8 203 -'- 4·76 8 203 1100 18845 27-5 12-251"

SD143 21 533 1 O½ 267 8 203 ' 4-76 8¼ 210 1155 78026 24·0 10-826TI<

SD131 24 610 10½ 267 8 203 10 3·25 8¼ 210 1300 20894 19·6 8·901

SD132 24 670 10½ 267 8 203 -'- 4-76 270 1300 20894 30·0 13-608" 8' 4

45

,,

' !

,11I.

:1

I

L


D

BRITISH

Ref. Number

SF1

SF3

SF5

SF27

SF9

SF12

SF13

SF15

SF34

SF33

SF19

SF25

SF2S

46

PATTERN

Suitable for: Liquids, Ice, Sewage, Coal, etc.

The top of back projects forward at an angle causing liquids to clear shoot when emptying.

SF Type



D


5 127 4 102 4¼ 108 16 1·63

6 152 4½ 114 4i 2 114 16 1-63

7 178 4¾ 121 5 127 16 1·63

7 178 4,

•

121 5 127 11 2·95

8 203 5-1 130 5'

•

133 11 2·95

9 229 5½ 140 5¾ 146 14 2·03

9 229 5½ 140 5,

•

14,.6 11 2·95

10 254 6 152 4 6' 159 11 2-95

12 305 6¾ 171 7 178 10 3·25

14 356 6¾ 171 7 778 10 3·25

15 381 6¾ 771 7 178 10 3-25

18 457 7½ 197 8 203 11 2·95

18 457 8½ 276 8¼ 270 11 2·95

Projection Approximate capacity

p

in mm cu. in c.c.

4 102 60 983

4i

,

114 84 1508

4Ji 117 120 1966

4i 117 120 1966

5 127 160 2622

5½ 140 205 3359

5½ 140 205 3359

5f 149 280 4588

6f 168 430 6719

6•

•

168 500 7866

6• 8

168 520 8527

7½ 797 756 72388

8 203 865 14748

Approx. weight each

lb kg

1 ·2 0·539 1"4 0·652 1 ·9 0·850

3.5 1·588

4·5 2·041 3-2 1·446

4·8 2·183

5-2 2·353

7·8 3·544 9·6 4·366

10-0 4·536

12-6 5-727

13·2 5·982

t-PROJ.-j

.-�, >- " X "

e, " � " :::r: '�,

1_ ___ ,__,�,'1-4)

I I

l I I

I

Conveying CONTINUOUS TYPE ELEVATOR BUCKETS

LENGTH

t-PROJ.--J LENGTH

I

I I I ! ', ;:;.;""'

" ;= >- "

lX ,, e, ,, ,, ,,X ,, L ,� ... ;

Overlapping Style Non-Overlapping Style

Suitable for : Quarries, Mines, and High Capacity Elevators.

BRITISH PATTERN

Approx. capacity Approx. weight each

Non-

Length Projection Height Level Full Overlapping Overlapping

in mm in mm in mm CU. in C.C. lb kg lb kg

10 254 6 152 4½ 114 135 2213 16 7·27 15 6·81

12 305 6 152 4' 114 162 2655 18 8·18 17 7·72

12 305 7 178 41 114 190 3114 20 9·09 18 8·18

12 305 8 203 5 127 240 3934 21 9·54 19 8·63

14 356 7 178 4' 114 220 360/1 22 9·99 20 9·09

15 381 7 178 4' 114 236 3868 23 ,0.45 21 9·54

15 381 8 203 5 127 300 4917 25 11·36 23 10·45

16 406 7 178 4½ 114 250 4098 24 10·90 22 9·99

16 40/1 8 203 5 127 320 5245 26 11-81 24 10·90

18 457 8 203 5 127 360 5900 27 12·27 25 11·36

18 457 10 254 5 127 450 7376 31 14·08 29 13·17

20 508 9 229 5 127 450 7376 31 14·08 29 13·17

24 610 10 254 5 127 600 9834 38 17-26 35 15·90

24 610 12 305 5 127 720 11801 43 19·53 40 18·17

.. ,

47

i ,1

:1i

Conveying Numerical Index

Chain No. page Chain No. Type page

ADM 31 C134 Combination 24

ADN 31 150 Combination 16

i ADW 31 151 Pintle 16

UD1 32 152 Pintle 16

B3A 30 153 Pintle 16

B4A

Type

Swart handling

Swarf handling

Swart handling

Case Carrier

Drag Link Drag

Link 30 155 Pintle 16

SM5 31 157 Pintle 16/33

B6A 30 158 Pintle 16/33

LB6A 30 C160 Combination 24

32

Swart handling

Drag Link Drag

Link Detachable

12 C160X Grain Conveyor 33

! 33 12 163 Pintle 16

'i 42 12/33 170 Pintle 16/33

45 12 CC175 Case Carrier 32

48 12/33 C188 Combination 24

52 12 330 Gray pin 18

55 12 333 Gray pin 18

57 12/33 430 Drag Link 30

57S

Detachable

Detachable

Detachable

Detachable

Detachable

Detachable

Detachable

Detachable 12 430X Drag Link 30

C57 24 444 Gray pin 18

C57X 33 H480 Drag Link 30

60 12 500 Gray pin 18

61 12 503 Gray pin 18

83

Combination

Grain Conveyor

Detachable

Detachable

Detachable 12 504 Gray pin 18

67 12 567 Gray pin 18

74 12 574 Gray pin 18

78 12 578 Gray pin 18

79 12 600 Steel bushed 22

88 12 CC600 Case Carrier 32

94

Detachable

Detachable

Detachable

Detachable

Detachable

Detachable 12 CC600D Case Carrier 32

H97 30 603 Steel bushed 22

101 12 604 22

C102 24 704 22

H102 30 903 28

C102¼ 24 904 28

C102½ 24 906 28

103 12 1200 22

104 12 1207 22

H104

Drag Link

Detachable

Combination

Drag Link

Combination

Combination

Detachable

Detachable

Drag Link 30 C1226 24

H106 30 CC1300 32

C110 24 CC1300D 32

H110 30 3140 18

C111 24 5079

Steel bushed

Steel bushed

Telescopic Roller

Telescopic Roller

Telescopic Roller

Steel bushed

Steel bushed

Combination

--

Case Carrier

Case Carrier

Gray pin

Gray pin

18

H112 30 6140 22

H113

Drag Link

Combination

Drag Link

Combination

Drag Link

Drag Link 30 22

H116 30 7140

H120 30 9060 28

C131 24 34/35

C132 24 36/38

133 16

Steel bushed

Steel bushed Telescopic

Roller Swivels

Malleable iron buckets

Seamless steel bµckets

39/46

C133

Drag Link Drag

Link

Combination

Combination

Riveted Pintle

Combination 24 Continuous type buckets 47

48

Documents

CONTENTS...sprocket is as important as choosing the right chain. It is necessary, · first of all, that the design of both chain and sprocket be compatible. and for this reason it