Banda Conveyor.pdf

CONVEYOR BELTS

CONVEYOR BELTS

CONTENTS 1+2 3 4 5 6 7 8 9 10 11 12 13 14 15 + 16 17 18 18 18 19 19 20 20 21 22 23 24 24 25 26 - 30 31 32 + 33 34 35

Company Profile and Locations Conveyor Belt Construction Selection of Carcass by Service Condition Multi-Ply Fabric Conveyor Belt Single-Ply Conveyor Belt Jason Cover Compounds Classification and Application of Conveyor Belt Covers Heat Resistant Conveyor Belt Flame Resistant Conveyor Belt Multi-Ply Recommended Min. Pulley Diameters Bucket Elevator Belt Cut Edge Transmission/Package Handling Belt Sidewall Conveyor Belt Rough Top Belt Impression Belt M-Shaped Conveyor Belt Small Vee Corrugated Conveyor Belt Raised Cleat Conveyor Belt Silage Conveyor Belt V-Guides Conveyor Belt Flanged Conveyor Belt Solid Woven Conveyor Belt Starsteel Chevron Conveyor Belt Min. Pulley Diameters for Chevron Belt 6” Multi-V Conveyor Belt Jason Specifications - Metric Low Chevron Profile Middle Chevron Profile High Chevron Profile Jason Product Catalogues New Replacement Rollers

CONVEYOR BELTS

COMPANY PROFILE AND LOCATIONS Distributors and customers have come to appreciate the value of doing business with Jason Industrial. Since 1958 Jason, founded by Jacques Cohenca, has grown to become one of the leading suppliers of industrial rubber products and related hardware in the western hemisphere. Our business model is simple - lean, responsive and being easy to do business with is our corporate culture. We know that your opportunities are determined by quick, decisive action on your part, and we strive to assist you in making those enquiries turn into orders. Jason Industrial offers a complete range of industrial V-belts, neoprene and urethane synchronous belts, each provided in all English and metric cross-sections or pitches. Our Industrial Hose and Couplings business offers solutions to the application challenges of Agriculture, Construction, Food Processing, Mining and Wastewater to name a few. Jason, built on customer services, is available to assist you with our team of well-trained sales professionals and engineers, backed by domestic manufacturing facilities for all synchronous belt products. Our additional suppliers’ factories are world-class facilities, which manufacture to both our and industry standard specifications. Jason Industrial Inc. has replicated its Successful business practices with sales/distribution centres in Canada, Mexico and Brazil, as well as the U.K. Acknowledged for providing single source solutions, Jason has recently expanded into Central America. Taken as a whole, this global supply chain is your source for an imaginative offering of not only the products displayed within this brochure, but rapid growth extensions in moulded goods, industrial drive components and speciality hoses.

Our Mission To deliver the most complete selection of power transmission belts, hose, couplings and conveyor belts to a global marketplace in a manner which promotes Jason Industrial’s identity as a responsive, value oriented supplier and partner.

62 Brunswick Street Stockton-on-Tees Cleveland TS18 1DR Tel: 0044 (0) 845 053 9099 Fax: 0044 (0) 1642 601753 www.jasonindustrial.com 1

CONVEYOR BELTS

UNITED STATES OF AMERICA Corporate Warehouse Jason Industrial, Inc. 340 Kaplan Drive Fairfield, NJ 07004 973-227-4904 Fax: 973-227-1651 Jason Industrial Inc. 258 S. Westgate Drive Carol Stream, IL 60188-2243 630-752-0600 Fax: 630-752-0680 Jason Industrial Inc. 3724 East 26th Street Los Angeles, CA 90023 323-265-8061 Fax: 323-265-0813 Jason Industrial Inc. 5120-B East Adamo Drive Tampa, FL 33619 813-241-4111 Fax: 813-241-4212 Jason Industrial Inc. 3236 Royalty Row Irving TX 75062 972 438-6992 Fax 972 721-9162

OTHER COUNTRIES Jason Industrial Canada, LTD 9135 Cote De Liesse Dorval, Quebeb H9P-2N9 514-631-6781 Fax: 514-631-7408 Jason Industrial Canada, LTD 4242 99th Street Edmonton, Alberta T6E-5B3 780-461-4400 Fax: 780-461-1034 Jason Industrial Canada, LTD 927 Matheson Blvd. East Mississauga Ontario L4W-2R7 905 602-4400 Fax 905 602-4406 Jason do Brazil Ltda Avenida, Armando Panuzzio Sorocaba- Sao Paulo Brazil CEP 18050-000 011 55 15 222 00 07 Fax: 011 55 15 222 90 12 or 011 55 15 222 75 65 SJM Belting (Wuxi) Co. Ldt Wuxi City China 214101

TBMC Greenville SC

Megadyne America Charlotte, NC

Jason Industrial S.De R.L. De C.V. Azcapotzalco Mexico D.F.

2

CONVEYOR BELTS

CONVEYOR BELT CONSTRUCTION Conveyor Belts are generally composed of three main components: 1. Cover Rubber (Top Cover and Bottom Cover) 2. Carcass 3. Rubber Skim Coat 4. The reinforced breaker fabric is used for extra protection

Top Cover Carcass

Bottom Cover

Skim Coat

1. Cover Rubber – Covers of natural or synthetic rubber are used in conveyor belt construction in order to protect the base carcass from wear, impact, deterioration and other injurious influences. They are compounded to meet particular service conditions such as abrasion, oil, heat, flame, chemical resistant and antistatic, etc. Cover type, quality and thickness are matched to the service life of the belt involved. A specific cover formulation used in an individual belt construction is determined by the material to be carried and the environment in which the belt will operate.

2. Carcass – Carcass consists of one or more plies of textile fabric with rubber on each side to give adhesion and flexibility. The fabrics most commonly used are nylon, polyester and cotton, etc. The carcass of the belt provides the tensile strength necessary to move the loaded belt and absorb the impact of the impinging material being loaded onto the conveyor belt.

3. Rubber Skim Coat – An extra layer compound between plies is called skim coat. Skims are important contributors to internal belt adhesions, impact resistance, and play a significant role in determining belt load support and troughability. The proper skims increase flex life and create a more elastic link so that plies flex without separation; improper skims can adversely affect belt performance and lead to ply separation. Here a breaker ply is laid over the top fabric ply of the carcass

4. Breaker Fabric – A special woven fabric between the cover and the carcass improves cushioning, the gouging and tear resistant properties of the cover rubber and protects the carcass from impact damages. This construction is recommended for use in belts handling primarily crushed and sized material which gives severe impact to the belt when lumps drop at a loading point. Bottom Cover

3

Fabric Plies

CONVEYOR BELTS

SELECTION OF CARCASS BY SERVICE CONDITION Three Versatile Fabric Designs: 1. Nylon/Nylon (NN) Carcass – This construction, utilizing all Nylon, is flexible to adopt a small diameter pulley and is suitable for transporting a variety of materials like ore, crushed stones, grain, sand, etc., but has a rather weak point in being easily excessively stretched.

Features: • Excellent resistance to impact. • Superior in fastener holding ability. • Unaffected by alkali and weak acids. • Strong adhesion to rubber. • Great flexibility and excellent troughability. • Higher tensile strength compatible with low weight. • Advanced resistance to mildew, moisture and rotting.

2. Polyester/Nylon (EP) Carcass – The EP fabric consists of polyester fibre as warp and polyamide (Nylon66) as the weft. Besides having the advantages as listed for NN carcass, EP has the additional advantage of lower longitudinal elongation. The stretch is much less than a belt using Nylon and makes take-up travel shorter. This belt is suitable for middle and long distance transportation of higher load and speed.

3. Cotton/Cotton (CC) Carcass – Excellent heat and bending resistance, low elongation, but with water absorption higher than that of EP and NN.

Fabric Specification CODE

CONSTRUCTION (Weave:Plain) Warp

Weft

WARP TENSILE STRENGTH

ALLOWABLE WORKING TENSION

APPROX GAUGE PER PLY with skim rubber

kg/cm-ply

Ib/in-ply

kg/cm-ply

Ib/in-ply

m/m

inch

NN-100

Nylon-6

Nylon-6

100

560

10

56

1.0

0.039

NN-150

Nylon-6

Nylon-6

150

840

15

84

1.2

0.047

NN-200

Nylon-6

Nylon-6

200

1120

20

112

1.3

0.051

NN-250

Nylon-6

Nylon-6

250

1400

25

140

1.4

0.055

NN-300

Nylon-6

Nylon-6

300

1680

30

168

1.5

0.060

NN-400

Nylon-6

Nylon-6

400

2240

40

224

1.6

0.063

EP-100

Polyester

Nylon-66

100

560

10

56

1.0

0.039

EP-125

Polyester

Nylon-66

125

700

10

70

1.2

0.047

EP-150

Polyester

Nylon-66

150

840

15

84

1.2

0.047

EP-200

Polyester

Nylon-66

200

1120

20

112

1.3

0.051

EP-250

Polyester

Nylon-66

250

1400

25

140

1.4

0.055

EP-300

Polyester

Nylon-66

300

1680

30

168

1.5

0.060

EP-350

Polyester

Nylon-66

350

2000

35

200

1.6

0.063

EP-400

Polyester

Nylon-66

400

2240

40

224

1.7

0.067

EP-500

Polyester

Nylon-66

500

2800

50

280

1.8

0.071

30OZ

Cotton

Cotton

55

308

5.5

30

1.4

0.055

32OZ

Cotton

Cotton

60

335

6.0

33

1.5

0.060

4

CONVEYOR BELTS

MULTI-PLY FABRIC CONVEYOR BELT Multi-Ply Fabric Conveyor Belts have three or more fabric plies in the carcass. The necessary strength and stability is secured by using sufficient numbers of fabric plies in the carcass.

Top Cover Carcass

Belt Construction Top Cover: Any thickness from 1/32” to 1” Carcass: 1 to 6 plies or more Skim: From 1/32”~ Bottom Cover: Any thickness from 1/32” to 1” (Bareback is also available)

Bottom Cover

Skim Coat

Range of Production

Product Application

Fabric: EP, NN or Cotton Tensile Strength: 100~3000 kgf/cm Belt Width: 300mm ~ 1600mm No. of Ply: 1 ~ 6 plies Overall Thickness: 3mm ~ 50mm Edge: Cut or Moulded Edge Max. Length: Roll Diameter not exceeding 2.6m

1. General Purpose 2. Super Abrasion Resistance 3. Oil Resistance 4. Heat Resistance 5. Flame Resistance 6. Chemical Resistance 7. Anti-Static

Strength Classes and Number of Plies; Recommended Cover Thickness Strength Class (kN/m) 160 200 250 315 400 500 630 800 1000 1250 1500 1600 1800 2000 2500 3000

2-PLY 160/2 200/2 250/2 315/2 400/2

3-PLY

Class of Material

Example of Material Carried

250/3 315/3 400/3 500/3 630/3 800/3 1000/3 1250/3

4-PLY

400/4 500/4 630/4 800/4 1000/4 1250/4 1500/4 1600/4

Non-Abrasive

Wood Chips, Grain Chips, Fine Coal, Ash, Cement, etc.

1/8”

Slightly-Abrasive

Sand, Earth, Bituminous Coal, Salt, Clay, etc.

3/16”

Moderately-Abrasive

Limestone, Coke, Sinter, Crushed Stone, etc.

1/4”

Very-Abrasive

Copper, Ores, Slag Iron, Gravel, Coke, etc.

3/8”

Extra-Abrasive

Grass Cullet, Trap Rock, Quartz, Sharp Ore, etc.

1/2”

6-PLY

500/5 630/5 800/5 1000/5 1250/5 1500/5 1600/5 1800/5 2000/5

Top Cover Belt Length <40m

5

5-PLY

630/6 800/6 1000/6 1250/6 1500/6 1600/6 1800/6 2000/6 2500/6 3000/6 Bottom Cover Belt Length

40~150m >150m

<40m

1/16”~1/8”

1/16”

1/16”

40~150m >150m

1/8”~3/16”

1/8”

1/16”

1/16”

1/16”

3/16”~1/4”

3/16”

1/8”

1/16”~1/8”

1/16”

3/8”~1/4”

1/4”

1/8”~3/16”

1/8”

1/8”

3/8”

3/8”

3/16”

3/16”

1/8”~3/16”

1/16”

1/32”

CONVEYOR BELTS

SINGLE-PLY CONVEYOR BELT Structure of Belt Top Cover Any Thickness from 1/16” to 1”

Top Cover Any Thickness from 1/16” to 1” Carcass: Double Unit

Carcass: Single Unit

Skim Bottom Cover Any Thickness from 1/16” to 1/2”

Bottom Cover Any Thickness from 1/16” to 1/2”

Type: SW x 1

Type: SW x 2

Binder warp

Filling Basic Straight Warp

Application: Single-Ply Belting possesses a unique straight-warp carcass, unlike conventional crimp weave fabrics. The carcass developed is a total departure from the traditional plied belt concept and constructions. It is designed to carry a large capacity of material and has a superior endurance performance in rugged environments.

Features: The synthetic fibres yield a higher unit strength and exceptional resistance to abrasion, cutting and snagging. The construction of single-ply increases resistance to flexural fatigue and impacts. Its troughability is much better than a normal fabric. It provides high-carrying capacity and very low stretch. The elongation is approx. 0% at 10% load, hence the belt can be used for long distance conveyor lines.

Single Ply Fabric Grade Fabric Type

Number of plies

Tensile Strength

Tension Rating

10% Strength

Carcass Thickness

When 100% Tension

Troughability Angle 35º

kg/cm/ply

kg/cm/ply

%

mm

Min. Pulley Dia.

Min. Width

SW315

1

Min. 315

31

Max. 1.0

2.0

16”

20”

SW400

1

Min. 400

40

Max. 1.0

2.2

20”

24”

SW500

1

Min. 500

50

Max. 1.0

2.6

24”

24”

It is available with various cover grade and gauges in accordance with customer requirements. Double plies of straight wrap fabrics also is available.

Designation

1600mm

x

EP

500/3

x

5mm

x

1.5mm

x

200M

Grade N

Belt width Fabric Type Belt Strength (N/mm) No. of plies Top cover thickness Bottom cover thickness Belt length Grade of cover 6

CONVEYOR BELTS

JASON COVER COMPOUNDS Operating conditions demand the right covers. The covers, which are vulcanized onto the belt carcass, are designed for specific applications. Each cover is job-engineered using the proper formula of chemically compounded natural and/or synthetic rubbers. Whether the primary operational concern is abrasion, heat, oil, flame, etc., Jason has a wide range of cover compounds designed specifically to meet with the most demanding operating requirements.

*General Service Cover *Super Abrasion Resistant Covers *Oil Resistant Covers. *High Temperature Covers *Flame Resistant Covers *Special Requirement Covers.

Cover Specifications Grade

Characteristics

Min. Tensile Strength

Min. Elongation

Max Abrasion Loss

kg/cm2

Ibs/in2

%

mm3

S150

General Purpose Resistance

150

2130

400

250

S180

High Strength & Abrasion Resistance

190

2700

450

200

S240

Super Strength & Abrasion Resistance

240

3410

500

120

Super Abrasion Resistance

180

2560

400

90

Oil Resistance

140

1850

400

250

Moderate Oil Resistance

155

2135

450

200

HR120

Heat Resistance (SBR)

180

2560

600

250

HR150

Heat Resistance (EPDM)

150

2130

500

300

HOR

Heat & Oil Resistance

170

2410

450

300

FER

Flame Resistance

140

1850

550

300

SAR90 OR MOR

General Service Covers Grade S150 (General Light Duty Service) The most economic type. Suitable for conveying moderately abrasive materials and small sized materials. Grade S180 (RMA2, DIN-Y, N, BS-N17, AS-N, JIS-G) This cover rubber grade is widely used for general conveyor belts with good resistance to abrasion, ozone, cutting and gouging. Recommended for most above-ground abrasive material handling applications, such as coal, crushed ores and rock, slag, limestone, bauxite, sand, aggregates and other abrasive materials. Grade S240 (RMA1, DIN-X, M, BS-M24, AS-M, JIS-S) Superior endurance against combined cutting, gouging and heavy impact plus superior abrasion resistance. Especially recommended for the severest applications, such as heavy rock, slag, cullet, sharp stone, granite and other truly sharp and heavy materials. 7

CONVEYOR BELTS

CLASSIFICATION AND APPLICATION OF CONVEYOR BELT General Abrasion Resistant Purpose For general application, Jason sorts four kinds of grade for customer’s requirements. Firstly Grade S150, the most economic one, is designed for those light duty applications, usually for conveying materials with moderate abrasion and small size. Secondly, when considering heavy duty applications and good resistance to abrasion, ozone, cutting, and gouging, Grades S180 and S240 are the option for you. How to correctly choose one of either? Please refer to page 6 for full details. Finally, SAR90 is recommended for applications where severe abrasion is the primary concern, with materials that are heavy and sharp.

OIL RESISTANT CONVEYOR BELT Application: Oily material causes the ordinary rubber covers of the belt to swell and come off easily, which usually results in a complete breakdown of the conveyor system. In order to be able to put the right application in the right place, please refer to the following information.

Animal Fats

Vegetable Oils

Wood Oil

Wood Chip

Pine Oil

Peanut Oil

Olive Oil

Mineral Oil

Corn Oil

Cotton Seed Oil

Diesel Oil

Hydraulic Oil

Petroleum Oil

Material

Chart of Comparision for Oil-Resistant Belts: Temp. Range

OR

G

E

E

E

G

G

G

E

G

G

E

G

E

-20ºC~60ºC

MOR

F

G

G

G

F

F

F

F

F

F

F

G

F

-30ºC~50ºC

Belt Type

Rating:

F-Fair

G-Good

E-Excellent

In addition, you should check the following important steps before ordering: 1. Check the type of oil. 2. Be aware of the approximate quantity of oil on the surface of the material carried. 3. Be aware of the temperature range that it may go to. 4. To understand the details of the belt used, the previous one. Finally, be aware that mistakes will occur, should you not go through all as above.

8

CONVEYOR BELTS

COVERS

Super Abrasion Resistant Covers SAR90 (DIN-W) Recommended for applications where heavy, continuous abrasion is the primary concern. Ideally suitable for crushed stone, trap rock, copper or gold ore, sinter, coke, log handling, primary crushers and other abrasive materials. It provides increased service life without increasing cover thickness and extends service life approx. 20% over that of Grade S180.

Oil Resistant Covers OR (Oil Resistance) Superior resistance to materials containing high concentrations of animal or vegetable fats, oily metal parts that cause swelling and sponginess. The compound has abrasion, tear, ozone and weather resistance. Recommended service temperatures max. +60ºC, min. -20ºC MOR (Moderate Oil Resistance) Designed to be used in moderately oily environments. Recommended for specialised service such as wood chips, waste disposal, sewage, sludge, whole grains, and lightly oil treated materials. Recommended service ambient temperature max. +50ºC, min. –30ºC.

High Temperature Covers HR120 (Heat Resistance up to 120ºC) For use in medium temperature range. This grade heat resistant belt is the premium quality SBR rubber compound with excellent abrasion resistance and heat resistance. Belt surface temperature allowed up to 120ºC. This grade belt is recommend for conveying hot material like coke, sintered products, etc. HR150 (Heat Resistance up to 150ºC) For use in medium to high temperature range. EPDM compound can withstand heat up to 150ºC for abrasive coarse lumps (2 inch+ / 50mm+) and 130ºC for abrasive fines without cracking. It is used extensively in the cement and foundry industries for transporting cement, coke, sintered ores, soda ash, fertilizer, etc. HOR (Heat & Oil Resistance) Used on systems handling hot and oily material, the covers are 100% Nitrile polymer, with no other type elastomer. This grade is recommended for conveying hot asphalt with temperatures up to 150ºC (300ºF) where both oil and heat resistance are required.

Flame Resistant Covers FER (Flame Resistance & Antistatic) Having fire resistant and antistatic properties, this grade is recommended for use where a fire hazard exists e.g. thermal plants, underground mines. 9

CONVEYOR BELTS

HEAT RESISTANT CONVEYOR BELT Application: In general, it is economical to adopt a heat resistant belt if the temperature of the conveying material exceeds 60ºC (140ºF). The proper selection of a cover rubber is decided mainly on the temperature and size of transported material. This belt is used for sintering plants, chemical plants, coking plants and cement plants for transporting cement clinker, blast furnace clinker, cokes, burnt lime, sinter, slag, and high-temperature powdery materials.

Selecting the right heat resistant belt: In selecting the most suitable belt, it is important to consider carefully various factors that may affect the belt, such as the temperature and lump or particle size of material transported, belt surface temperature, time cycle and other factors. Some examples of such temperatures are shown as follows: Materials Carried Coke Cements Clinker Burnt Lime Sintered Ore Return of Sintered Ore Moulding Sand

Size (mm)

Temperature of Materials Carried

Belt Surface Temperature

100~200 Powder 10~30 Powder 20~300 < 10 <2

70~100ºC 100~125ºC 100~220ºC 130~150ºC 200~400ºC 250~260ºC 270~280ºC

50~60ºC 80~90ºC 100~110ºC 100~130ºC 130~150ºC 150~200ºC 120~200ºC

For high-temperature applications different types of belting are available: HR120, HR150 & HOR Grade

SPECIAL FEATURES

Cover

HR120

Temp. resistant to 150ºC (300ºF) for abrasive coarse lumps 50mm+ (2”+) (e.g. sintered ores, coke) and 120ºC (250ºF) for abrasive fines (e.g. cements, aluminium, carbon black, iron ore in pellets, etc.). Recommended wherever a premium high temp. belt is required. Provides max. service life on enclosed systems with high environmental temperatures.

SBR

HR150

EPDM compound can withstand up to 150ºC for abrasive coarse lumps 50mm (2”) and 130ºC for abrasive fines. It is used extensively in the cement and foundry industries.

HOR

EPDM

Excellent resistance to 150ºC temp. for coarse lumps 50mm+ (2”+). Recommended for conveying hot mixtures containing diesel oil as well as kerosene, petroleum coke, hot asphalt, paving mixes, carbon pitch and in other areas where moderate heat and extra oily conditions are present.

NITRILE

ANTI-STATIC CONVEYOR BELT With a specific rubber compound designed for excellent static conductivity, usually used for applications with a high risk of igniting a fire by static spark, such as paper or textile mills. Cover Rubber Electrostatic Resistance

Regular From 3 x 10 to 3 x 10 3

8

Anti-Static Less than 3 x 10

8

10

CONVEYOR BELTS

FLAME RESISTANT CONVEYOR BELT This belt is designed to prevent fire risks in coal mines where it is not easily accessible and to reduce maintenance of the conveyors. The important characteristic is self-extinguishable cover rubber and meeting the drum friction test. It is suitable for serving in the mining industry, power plants, electric utilities and coal cleaning plants.

Flame Resistant Belt Standards by Country Laboratory Flame Test Flame Glow

Standard

Each less than 15 sec. Total of 6 samples less than 45 sec. Each less than 15 sec. Total of 6 samples less than 45 sec. Avr. less than 60 sec.

JIS CNS ISO DIN MSHA

Drum Friction Test

Electric Resistance

Other Items

None

None

None

None

None

None

Less than 3 x 1O8

Avr. less than 180 sec.

None

Less than 3 x 1O8

None

Less than 3 x 1O8

Oxygen index test in accord with ISO 4589 gallery flame test

Less than 3 x 1O8

None

AS

Avr. less than 10 sec. Each less than 15 sec

Avr. less than 120 sec. Each less than 180 sec.

CSA

Avr. less than 60 sec.

Avr. less than 180 sec.

Less than 320ºC on drum surface and no glow Less than 400ºC on drum surface and no glow

None

CHEMICAL RESISTANT CONVEYOR BELT Application:

Rating:

Asphalt Hot

Calcium Sulphide

Chromic Acid

Copper Sulphate

Fatty Acid

Latex Adhesives

Oxygen

Ozone

Sewage

Soda Ash

Sunlight

Polymer Natural Gum G Urethane NR G EPDM E Nitrile E Neoprene E Butyl

Animal Fats

Chemical

Alcohols

According to the nature of the materials or chemicals, acid-resistant or alkali-resistant cover rubbers may be selected. Temp. Range, ºC

NR G G G G G

NR E NR G NR NR

G E E G E E

NR NR F NR NR F

G E E E E E

NR G NR G G NR

NR NR NR E G NR

G E E G G E

G E E NR G G

E E F E G NR

E E E E E E

F E G G E E

-30 ~ +120 -30 ~ +120 -10 ~ +200 -18 ~ +120 -30 ~ +120 -54 ~ +150

E: Excellent / G: Good / F: Fair / NR: Not Recommended

All the information in this chart has been gathered from a number of resources. Each specific cover formulation used in individual belt construction is determined by the materials to be carried and the environment in which it will be used. Accordingly, Jason cannot guarantee the accuracy of the information presented. The chart should be used as a guide and reference only, since the performance of any item in this chart could be affected by many factors. In order to avoid any unexpected results, please make enquiries before making any decisions. 11

CONVEYOR BELTS

MULTI-PLY BELTS RECOMMENDED MIN. PULLEY DIAMETERS When a belt travels around a pulley, the outer plies of the carcass traverse a greater distance than the inner plies. If the pulley diameters are too small for the belt, the inner plies may be forced into compression resulting in ply separation and premature failure of the belt.

D = Driving Pulley

Fabric Type

EP100

EP125

EP160

EP200

EP250 EP300

EP350

EP400

EP500

Number of Plies

Strength Classes and number of plies

2P 3P 4P 5P 2P 3P 4P 2P 3P 4P 5P 2P 3P 4P 5P 3P 4P 5P 3P 4P 5P 3P 4P 5P 3P 4P 5P 3P 4P 5P

200/2 315/3 400/4 500/5 250/2 400/3 500/4 315/2 500/3 630/4 800/5 400/2 630/3 800/4 1000/5 750/3 1000/4 1250/5 900/3 1200/4 1500/5 1000/3 1250/4 1800/5 1200/3 1600/4 2000/5 1500/3 2000/4 2500/5

T = Tall Pulley

S = Snub Pulley

Utilisation of max. permissible belt tensile Less 35% 35~65% 66~100% MINIMUM DRUM MINIMUM DRUM MINIMUM DRUM DIAMETER (mm) DIAMETER (mm) DIAMETER (mm) D T S D T S D T S 125 160 200 250 160 200 250 160 250 315 400 200 315 400 500 400 500 630 400 500 630 500 630 800 500 630 800 630 800 1000

125 160 160 200 160 160 200 160 200 250 315 200 250 315 400 400 400 500 315 400 500 400 500 630 400 500 630 500 630 800

125 160 160 200 160 160 200 160 160 200 250 160 200 250 315 400 315 400 250 315 400 315 400 500 315 400 500 400 500 630

160 200 250 315 200 250 315 200 315 400 500 250 400 500 630 500 630 800 500 630 800 630 800 1000 630 800 1000 800 1000 1250

125 160 200 250 160 200 250 160 250 315 400 200 315 400 500 400 500 630 400 500 630 500 630 800 500 630 800 630 800 1000

125 160 160 200 160 160 200 160 200 250 315 160 250 315 400 315 400 500 315 400 500 400 500 630 400 500 630 500 630 800

160 200 315 400 200 315 400 250 400 500 630 315 500 630 800 630 800 1000 630 800 1000 800 1000 1250 800 1000 1250 1000 1250 1600

160 200 250 315 160 250 315 200 315 400 500 250 400 500 630 500 630 800 500 630 800 630 800 1000 630 800 1000 800 1000 1250

125 160 200 250 160 200 250 160 250 315 400 200 315 400 500 400 500 630 400 500 630 500 630 800 500 630 800 630 800 1000

Reference Value for Selection of Cover Compound of Belt ISO 10247

AS1333

DIN22102, 1991

RMA

BS 490

Cover H

D

L

A

M

N

S

W

X

Y

Z

Min. elongation at break (%)

450

400

350

400

450

450

300

400

450

400

350

450

Min. tensile strength (N/mm2)

24

18

15

17

25

18

14

18

25

20

15

Min. wear loss (mm3)

120

100

200

70

120

200

250

90

120

150

250

Adhesion Cover/Fabric (N/mm) Fabric/Fabric

Range of Gauge 0.8 < T < 1.5mm T > 1.5mm

ISO 252 Synthetic Fibres 3.5 3.9 5

DIN 22102 3.5 4.5 5

RMA1 RMA2

M24

N17

400

450

400

18

14

24

17

200

150

BS 490 2.35 2.8 5 12

CONVEYOR BELTS

BUCKET ELEVATOR BELT Application: This is composed of rubber belt and elevator-bucket, which need a belt with high strength and low elongation in service. The Bucket Elevator Conveyor Belt is applicable to transport vertically loose powdery materials of usually not more than 50mm in diameter, such as crushed limestone, sand, gravel, cement, grain etc.

Elevator Belt Tips: They may be liable to break due to the bolt setting holes, distributed along the entire belt length for fitting the buckets. In addition, these belts, different from ordinary belts, are subject to various forces including lever action due to projection of the buckets and the extracting force exercised by pulleys at the time of belt bending. So for elevator service, you need to calculate the strength of the belt needed to support the weight of the bucket and the material being conveyed.

Standard Specification:

General Specification

Carcass: EP or Cotton Duck Tensile Strength: 100~2,400 N/mm Max. Belt Width: ~1500mm or 60” Cover Rubber: Resistant to wear, oil, heat and anti-static; also cover-less type (FS)

Specification

Belt Thickness

EP150 x 2P x 1/32” x 1/32”

4.0mm

EP150 x 3P x 1/32” x 1/32”

5.2mm

EP150 x 4P x 1/32” x 1/32”

6.4mm

Feed Type: SCOPE FEED

FLY FEED

Castings of enclosed construction, dust sealed as required, in standard panels, including removable inspection panels at head, tail and intermediate points.

Bare-Backed Belts Application: Used where the belts run on steel, wood or some other low-friction surface (sliding bed), and for belts with low friction back and top cover. These belts allow easy scraping-off of parcels, sacks and other items.

13

CONVEYOR BELTS

CUT EDGE TRANSMISSION/PACKAGE HANDLING BELT Commonly known as friction surface and/or transmission belting, this belt has long been a standard for a wide variety of conveyor applications for both slider bed and roller applications. Construction is cotton or EP fabric plies bonded with resilient rubber compounding. For light duty applications where rubber covers are not necessary or desirable. Standard also for heavy duty power transmission drive, constructed of rugged silver hard duck fabrics with heavy skim coats between.

Specifications

NO. CARCASS

1 2

32oz

DESIGNATION

OAG (mm)

3P x FS x FS

3.8

4P x FS x FS

COLOUR

WORKING TENSION PER INCH WIDTH(Ibs)

105

5

BREAKING MIN. STANTENSION PULLEY DARD PER INCH DIA. WIDTH WIDTH(Ibs)

1050

3”

48”

140

1400

4”

48”

175

1750

6”

48”

175

1750

5”

48”

Tan 3

5P x FS x FS

6.3

APPLICATIONS

The most popular beltings for converor / elevator / tansmission uses

or 4

4P x FS x FS

5.8 Cream

35oz 5

5P x FS x FS

7.2

215

2150

8”

48”

6P x FS x FS

8.7

260

2600

12”

48”

150

1500

4”

60”

150

1500

4”

60”

220

2200

8”

60”

220

2200

8”

60”

225

2250

10”

60”

225

2250

10”

60”

330

3300

12”

60”

H.S.D 6 7

EP135 2P x 1/32” x 1/32” 4.8 Black

8

EP135

2P x 1/32” x Bare

9

EP200 2P x Cover x Cover 2.8

10

EP200

2P x Bare x Bare

3.9 Green

3.2 Red

11

EP135

3P x Bare x Bare

4.8

12

EP135

3P x 1/16” x Bare

6.3 Black

13

EP200

3P x 1/16” x Bare

6.9

The most suitable bucket elevator belting to be used in grain and feed industries Potato Belting For general package handling & agriculture application Suited for parts assembling lines in electronics industries

Usually used in aircraft supply industries and other lightweight conveying Popular for carrying fruits, plantation products and general items.

2Ply 35oz. white FS x FS Hot Silver Duck

30oz. white Bare x Bare

4Ply Hot Stock and Water

3Ply Hot Stock and Water

5Ply 30oz. Tan FS x FS Hot Silver Duck

EP-125 x 2P x 1/16” x 1/16” Green SBR

EP-125 x 2P x 1/16” x 1/16”

EP-150 x 3P x FS x Bare

EP-125 x 2P x 1/16” x Green SBR x Bare

EP-150 x 2P x Bare x Bare

14

CONVEYOR BELTS

SIDEWALL CONVEYOR BELT Design It is based on the following main components: (1) Cross-Stabilised Base Belts (2) Sidewalls (3) Cleats The Sidewall Conveyor Belt has been designed with two corrugated sidewalls and cleats moulded to cross-rigid base belt and can carry heavy product loads up to the inclined angle of 75º. This belt is popular where space is at a premium and steep incline angles are desired.

The Base Belt The base belt is designed to bend efficiently in a longitudinal direction and has greater rigidity in a transverse direction by utilising reinforced fabrics with monofilament that creates a fabric carcass of high tension.

Base Belt Type: TYPE: XE

TYPE: XE+1

TYPE: XE+2

Belt Composition: X = Cross-Stabilised Construction E = Polyester Tension Plies +1 = One Ply of Cross-Stabilised +2 = Number of Separate Cross-Stabilising Plies

Construction: XE+2 : is a multiply construction with cut edges based upon a carcass of EP fabric and one monofilament ply on each side of the EP carcass integrated into the upper and lower cover. It can be deflected from the horizontal to an incline or vertical and back again without bowing or sagging. These deflection points as well as the belt returning on free lateral space by snub idlers definitely require the cross-rigidity of the base belt. The designed mono-filament fabrics provide better returnside support, no wear and tear of cleats and cover rubber is available with various compounds such as abrasion resistance, oil, heat, and flame resistance. 1400mm wide, XE630/4

+ 2P x

4mm + 2mm x 37m, MOR Rubber Grade Belt Total Length (m) Thickness of bottom cover rubber Thickness of top cover rubber Number of plies for mono-filament fabrics Number of plies for simple EP fabrics Tensile strength of belt (N/mm) Belt width

15

CONVEYOR BELTS

SIDEWALL CONVEYOR BELT

Cleats for transverse

The basic belt

S-shape flange Free Zone Reinforcing mono-fabric EP Fabric carcass

SideWall : S-type with taper bottom Type L 60 L 80 L 100 L120

H (mm) 60 80 100 120

WB (mm) 45 45 45 45

FB (mm) 50 50 50 50

Kind of Transverse Cleat SideWall :

Type Cleat Height

Type T 20mm-180mm

Type C 55mm-110mm

Type TC 40mm-180mm

16

CONVEYOR BELTS

ROUGH TOP BELT Application The Rough Top Belt is designed for transporting lightweight goods, either being inclined or horizontal, also suitable for transporting fragile or deformed materials and packed goods, such as glass, papers, bags, boxes or cartons, to a maximum of 35 degrees.

Features: The bareback Rough Top Belt has a lower friction coefficient, suitable for running over tables and flat panels. The design of the mesh-like pattern on the top surface cover can generate the relief effect, absorbing any vibrations and impacts exerted on the materials conveyed and simultaneously preventing the materials from sliping.

Construction and Properties 2 or 3-ply construction with cut edges and a carcass of synthetic EP fabric. The surface texture resists the tendency for the material to roll back down the conveyor. The black top cover is recommended for utility type incline service while the tan cover is suggested for transporting packaged food products where an odourless, non-toxic, non-marking belt is a necessity. Top cover is a full 1/8” thick SBR and the back is protected by either a durable friction surface bottom or a synthetic bare-back for slider bed applications.

Permissible Inclined Angle Materials

Angle

Jute sacks (Bag)

35º

Goods packed in paper

32º

Wooden Case

30º

Cartons

28º

Salt or powder

27º

Wheat (Bulk)

26º

Boxes of synthetic material

25º

Goods packed in plastics

22º

Soy Bean (Bulk)

20º

Our R.T. Belt Standard Specification Type

No. of ply

Top Cover

Bottom Standard Cover Length

A

2 ply 1/8” R.T Bareback

B

2 ply 1/8” R.T

1/16”

C

200m Per Roll 3 ply 1/8” R.T Bareback

D

3 ply 1/8” R.T

1/16”

Max. material temperature 80ºC 17

Colour

Standard Width

Black or Tan

1350mm ~ 1500mm cut edge

CONVEYOR BELTS

IMPRESSION BELT Belt cover with a textured pattern impressed, can be made on either the top cover or both covers depending on the customer’s requirement. Suitable for material carried in the agricultural field or on light duty application.

M-SHAPED CONVEYOR BELT The cross section of the top cover is formed into an M shape which is soft yet durable and will self clean as it goes around pulleys. With this belt, loading or unloading can be performed easily from either side of the belt. This belt is recommended for transporting comparatively heavier goods in bags, packages or boxes at angles from 15 to 20 degrees.

Max. Belt width 1000mm 1000mm

Fabric EP150 EP150

Standard Specification Bottom Ply Top Cover Cover 2P 1.5mm Bareback 3P 1.5mm 1.5mm

Cleat Height 5.5mm 5.5mm

Colour Blue Black

SMALL VEE CORRUGATED CONVEYOR BELT The top surface features soft flexible parallel ribs which enable it to convey on steep inclines. The small Vee ribs are serrated to form thousands of high-grip fingers that self clean. This belt is popular in the shoe industry.

Standard Specification Max. Belt width 1200mm

Fabric

Ply

Top Cover

EP150

2P~3P

1.5mm

Bottom Cover 1mm

Cleat Height 2mm 18

CONVEYOR BELTS

RAISED CLEAT CONVEYOR BELT Application: This belt is suitable for transportation of firewood, hay, glass, recycled materials, packaged goods and boxes at an inclined angle. Cleats are hot vulcanized to the base belt for a bond the full width of the cleats, making them an integral part of the belt top cover. According to its operational requirement and lump size, the shape and pitch of the rubber cleat can adequately be made.

Type T: Unit:mm

Type T-25 T-50

BW 300~800 350~1200

CW 250-650 350-1200

CP 300 300

CH 25 50

SILAGE CONVEYOR BELT This is used in cattle feeding machines in the agricultural business, mostly used in larger stables.

Unit:mm

Type SB-48 19

BW 500~600

CW 480

CP 350

CH 30

CONVEYOR BELTS

V-GUIDES CONVEYOR BELT Application: The V-Guides are designed to keep belts always running in proper alignment and to reduce tracking problems. The V-Guides’ ribs are hot-vulcanized on the bottom of the belt to ensure the highest adhesion levels possible. Standard sizes as follows: V-Guide Size Type

A

B

C

Max. belt width

K15

15mm

8.5mm

9.5mm

~1160mm

K17

17mm

10mm

11mm

~880mm

FLANGED CONVEYOR BELT Application: These speciality belts are used mostly for coal burning units and weighted M/C in power stations, while many others are used in cogeneration plants, cement manufacturing, etc.

Features: 1. The flanged structure prevents coal powder or lumps from spilling over the edge during transportation. 2. Notching design enables a V-guided belt to operate in smaller pulley diameters. The V-guide which fits into a groove on pulleys reduces tracking problems.

Type 1:

Type 2:

Type KF32

Stock Belt Specification 33”wide NN150 x 2P x 2.8 + 2.8 (8mm T)

Cover RMA1

20

CONVEYOR BELTS

SOLID WOVEN CONVEYOR BELTS Solid Woven Conveyor Belt: This belt has many strong points in service, for example: no ply separation, small elongation, anti-impact, tear resistance and good mechanical fastening property. It is mainly used in underground coal mines. The plastic type of solid woven conveyor belt (PVC) is used in dry operation areas where the inclined angle is up to 16º. The rubber covered solid woven conveyor belt (PVG) is used in wet operation areas where the tilted angle is up to 20º.

Standards: PVC and PVG Solid Woven Belts conform to MT914 (Chinese), BS3289 (British).

The Type Series of Textile Reinforced Conveyor Belt (Solid Woven Type) Type

Full Thickness Belt Tensile Strength N/mm Longi.

Transv.

580S

580

245

680S

680

265

800S

800

280

1000S

1000

300

1250S

1250

350

1400S

1400

350

1600S

1600

1800S

1800

2000S

2000

2240S

2240

2500S

2500

Full Belt Elongation at Break % (not less than) Longi.

Belt Width Length Per Reference Mass kg/m2

Transv.

mm

Roll m.

650

15

18

PVC

PVG

11.2

16.8

12.0

17.1

14.0

17.6

15.5

19.6

200

16.5

20.8

1400

Solid Woven Type (PVC, PVG) Type

580S

680S

800S

1000S

1250S

1400S

1600S

1800S

2000S

2240S

2500S

Min. Pulley Dia. mm

500

630

630

630

800

800

1000

1000

1250

1250

1400

Identification of Conveyor Belt. For Example: Flame Resistant PVG Solid Woven Conveyor Belt PVC Flame Resistant Solid Woven Belt

21

MA Safety Symbol

S

1000

2+2

Code for Flame Belt Strength Top. Bottom Retardent & Anti-Static Cover Thickness

Rubber Six

9908

628

Trade Mark

Production Date

Code of Product Qualified Certification

MA

S

1000

Rubber Six

9908

628

Safety Symbol

Code for Flame Retardent & Anti-Static

Belt Strength

Trade Mark

Production Date

Code of Product Qualified Certification

CONVEYOR BELTS

STARSTEEL Steel cord conveyor belts are chiefly used in long production lines that require high tensile strength. The addition of steel cords to a carcass precisely adjusts the take-up stroke with a very low elongation of less than 0.3% under 100% working condition. Jason STEELCORD is a top quality standard steel cord conveyor belt. It boasts excellent durability, and is made of zinc-galvanised high carbon steel cords twisted alternately clockwise and counter-clockwise. It rarely deviates from a straight line when in operation, and incorporates a double layer of rubber for extra protection. One rubber ply remains strongly adhered to the cord, while the covering layer offers high tear resistance. Jason STEELCORD has proved its toughness and reliability in heavy-duty sectors such as mines, power plants, cement factories and ironworks plants over the past 15 years. Top cover: Any thickness from 5/32” to 1” (4mm to 25mm)

Steel Cord

Bottom cover : Any thickness from 5/32” to 1/2” (4mm to 13mm)

Rubber layers cover and bond securely to steel cord

Scope of Supply Width: Ranging between 32” (813mm) and 84” (2134mm)

22

CONVEYOR BELTS

CHEVRON CONVEYOR BELT

Application: Chevron conveyor belts are used to convey materials at angles that are so steep that load slip or roll back might otherwise occur. Popular applications include sand and gravel, wood chip handling, minerals such as coal and ore, heavy-duty scrap metal, road construction, waste management, also powdery materials such as sand, fine coal, grain, as well as materials in bags, along angled routes.

Features: 1. Cleats and top cover rubber are integrally moulded. This moulding process ensures that the cleats will not separate from the belting. 2. Cleats profile is in a highly abrasion resistant and elastic rubber compound. 3. Overlapping cleats design allows the belt to ride smoothly over return idlers. 4. It also increases conveyor capacity by quick pick-up at the loading point. 5. Variable cleat height and width lets you order belting to match your equipment.

Max. Angle of Inclination: Angle of inclination is dependent on the internal friction of the material, loading conditions, distance between carrying idlers, belt speed and construction of conveyor etc. Therefore the values are only recommendations:

Materials

Angles

Sand (wet)...................................40º~45º Sand...............................................30º~35º Sacks, jute....................................35º~40º Sacks, paper ................................30º~35º Cement .........................................35º Salt<100mm ..............................35º Fertilizer........................................35º Coal < 100mm ..........................30º Potatoes .......................................30º Beets..............................................30º Grain (dry)...................................25º

The Y shaped chevron belt is installed on the scraping equipment which is used for scraping the asphalt pavement. 23

CONVEYOR BELTS

MINIMUM PULLEY DIAMETERS FOR CHEVRON BELT

MINIMUM DRUM DIAMETER

THICKNESS

RIB TYPE

C5~C10

C15~C17

C20~C25

Y32~C32

RATING

O/A (mm)

HEAD (mm)

TAIL (mm)

SNUB (mm)

EP200/2

3+1.5mm

6.5

250

200

160

EP315/3

3+1.5

7.5

250

250

200

EP400/4

3+1.5

8.5

315

250

200

EP200/2

3+1.5

6.5

200

200

200

EP250/2

3+1.5

6.9

250

200

200

EP315/3

3+1.5

7.5

250

250

200

EP400/3

3+1.5

7.8

315

250

200

EP200/2

3+1.5

6.5

315

250

200

EP315/3

3+1.5

7.5

315

250

250

EP400/3

3+1.5

7.8

315

315

250

EP400/3

4+2

9.3

400

315

250

EP500/3

4+2

9.6

400

315

250

EP630/4

5+1.5

11.3

500

400

315

EP400/3

3+1.5

7.8

400

315

250

EP400/3

4+2

9.3

500

400

315

EP500/3

4+2

9.6

500

400

315

EP500/3

5+1.5

10.1

500

400

315

6” MULTI-V CONVEYOR BELT The patterns are designed to aggressively transfer free-flowing materials. The slittable cleated belts have integrally moulded cleats. Overlapping 6” width cleats maintain a smooth travel over return idlers. Typical applications include aggregate, fertilizer, grains, sand, bark and wood chip.

Standard Spec.: BW 48”

CW 47.5”

CP 0.25”

PA 0.25”

CH 0.25”

(cut edge) * 48” Wide, EP160 x 2P x 1/8” x 1/16”, RMA2 * 48” Wide, EP160 x 3P x 1/8” x Bare, RMA2 * 48” Wide, EP160 x 3P x 1/8” x 1/16”, MOR 24

CONVEYOR BELTS

JASON SPECIFICATIONS - METRIC Fabric Style

330

440

550

660

800

Belt Style

1-330

1-440

1-550

1-660

1-800

Working Strength (KN/m)

58

77

96

116

140

Number of Plies

1

1

1

1

1

Approximate Carcass Thickness (mm)

2.5

3.3

3.5

4.3

4.9

Approximate Carcass Weight (kg/sq.m)

1.65

2.40

2.65

3.40

4.00

Estimate Maximum Impact Rating (N-m) *

1153

1425

1764

2374

2714

Recommended minimum pulley diameters inches % of rated belt tension (mm) 81~100

400

450

500

550

650

61~80

350

400

450

500

550

Up to 60

300

350

350

400

450

20º

450

450

600

750

750

35º

600

600

750

800

800

45º

600

600

900

900

900

0~640 kg/m3

1800

1800

1800

2100

2100

641~1280 kg/m3

1650

1800

1800

1800

2100

1281~1920 kg/m3

1500

1650

1800

1650

1800

Over 1920 kg/m3

1200

1350

1500

1500

1650

0~640 kg/m3

1650

1800

1800

2100

2100

641~1280 kg/m3

1500

1650

1650

1800

2100

1281~1920 kg/m3

1350

1500

1650

1650

1800

Over 1920 kg/m3

1050

1350

1500

1500

1650

0~640 kg/m3

1500

1650

1800

2100

2100

641~1280 kg/m3

1350

1500

1500

1650

1800

1281~1920 kg/m3

1200

1350

1500

1650

1800

Over 1920 kg/m3

900

1050

1350

1500

1650

Minimum belt width for empty troughing (mm) Idler type

Maximum belt width for load support (mm) 20º Idlers

35º Idlers

45º Idlers

25

CONVEYOR BELTS

LOW CHEVRON PROFILE

C5

Rib Type

CLOSED V

Unit:mm

Belt Width

Cleat Width

Cleat Pitch

Plain Area

Cleat Height

300~1200

full width or appointed width

100

0~200

5

C10

Rib Type

CLOSED V

Unit:mm

Belt Width

Cleat Width

Cleat Pitch

Plain Area

Cleat Height

500~1200

full width or appointed width

150

0~200

10

C15

Rib Type

CLOSED V

Unit:mm

Belt Width

Cleat Width

Cleat Pitch

Plain Area

Cleat Height

500~1200

full width or appointed width

200

0~200

15

26

CONVEYOR BELTS

LOW CHEVRON PROFILE

Rib Type

C15V330

CLOSED V Unit:mm

B.W. 400 450 500 600 650

C.W. 330 330 330 330 330

Rib Type

C15V450

C.P. 250 250 250 250 250

P.A. 35 60 85 135 160

C.H. 15 15 15 15 15

CLOSED V

Unit:mm

B.W. 600 650 700

C.W. 450 450 450

Rib Type

C15P380

C.P. 250 250 250

P.A. 75 100 125

C.H. 15 15 15

OPEN V Unit:mm

B.W. 450 500 600 650 800

27

C.W. 380 380 380 380 380

C.P. 250 250 250 250 250

P.A. 35 60 110 135 210

C.H. 15 15 15 15 15

CONVEYOR BELTS

LOW CHEVRON PROFILE

Rib Type

C15P600

OPEN V

Unit:mm

B.W. 750 800 900

C.W. 600 600 600

Rib Type

C15P740

C.P. 250 250 250

P.A. 75 100 150

C.H. 15 15 15

OPEN V

Unit:mm

B.W. 900 1000 1050 1200

C.W. 740 740 740 740

C.P. 250 250 250 250

P.A. 80 130 155 230

C.H. 15 15 15 15

C.P. 295 295 295 295

P.A. 75 175 275 325

C.H. 12.7 12.7 12.7 12.7

Rib Type C127P-8509

CLOSED V

Unit:mm

B.W. 1000 1200 1400 1500

C.W. 850 850 850 850

28

CONVEYOR BELTS

LOW CHEVRON PROFILE

Rib Type

C17L300

LONGHORN

Unit:mm

B.W. 350 400 450 500

C.W. 300 300 300 300

Rib Type

C17L440

C.P. 330 330 330 330

P.A. 25 50 75 100

C.H. 17 17 17 17

DEERHORN

Unit:mm

B.W. 500 600 650

C.W. 440 440 440

Rib Type

C17L550

C.P. 330 330 330

P.A. 30 80 105

C.H. 17 17 17

C.P. 330 330 330

P.A. 25 50 75

C.H. 17 17 17

DEERHORN

Unit:mm

B.W. 600 650 700

29

C.W. 550 550 550

CONVEYOR BELTS

LOW CHEVRON PROFILE

Rib Type

C17L630

DEERHORN

Unit:mm

B.W. 650 750 800 900

C.W. 630 630 630 630

Rib Type

C17L750

C.P. 330 330 330 330

P.A. 10 60 85 135

C.H. 17 17 17 17

DEERHORN

Unit:mm

B.W. 800 1000 1200

C.W. 750 750 750

Rib Type

C17L950

C.P. 330 330 330

P.A. 25 150 225

C.H. 17 17 17

C.P. 330 330 330

P.A. 25 50 125

C.H. 17 17 17

DEERHORN

Unit:mm

B.W. 1000 1050 1200

C.W. 950 950 950

30

CONVEYOR BELTS

MIDDLE CHEVRON PROFILE

Rib Type

C25P550

BULL HORN

Unit:mm

B.W. 600 650 750 800

C.W. 550 550 550 550

Rib Type

C25P750

C.P. 250 250 250 250

P.A. 25 50 100 125

C.H. 25 25 25 25

BULL HORN

Unit:mm

B.W. 900 1000 1050 1200

C.W. 750 750 750 750

Rib Type

C25P450

C.P. 330 330 330 330

P.A. 75 125 150 225

C.H. 25 25 25 25

C.P. 250 250 250 250

P.A. 25 75 100 125

C.H. 25 25 25 25

BULL HORN

Unit:mm

B.W. 500 600 650 700

31

C.W. 450 450 450 450

CONVEYOR BELTS

HIGH CHEVRON PROFILE

Rib Type

Y32P600

CLOSED Y 32

Unit:mm

B.W. 650 800 900 1000

Rib Type

C.W. 600 600 600 600

C.P. 300 300 300 300

P.A. 25 100 150 200

C.H. 32 32 32 32

Y32P800

OPEN Y 32

Unit:mm

B.W. 900 1000 1050 1200

Rib Type

C.W. 800 800 800 800

C.P. 333 333 333 333

P.A. 50 100 125 200

C.H. 32 32 32 32

C.P. 330 330 330

P.A. 20 70 95

C.H. 32 32 32

C32H460

H TYPE

Unit:mm

B.W. 500 600 650

C.W. 460 460 460

32

CONVEYOR BELTS

HIGH CHEVRON PROFILE

Rib Type

C32H580

H TYPE

Unit:mm

B.W. 600 650 750 800

Rib Type

C.W. 580 580 580 580

C.P. 333 333 333 333

P.A. 10 35 85 110

C.H. 32 32 32 32

C32H630

H TYPE

Unit:mm

B.W. 650 750 800 900

Rib Type

C.W. 630 630 630 630

C.P. 330 330 330 330

P.A. 10 60 85 135

C.H. 32 32 32 32

C.P. 330 330 330 330

P.A. 75 125 150 225

C.H. 32 32 32 32

C32H750

H TYPE

Unit:mm

B.W. 900 1000 1050 1200

33

C.W. 750 750 750 750

CONVEYOR BELTS

PLEASE ASK FOR THE JASON PRODUCT CATALOGUES

Power Transmission Belts Catalogue JB-7

Urethane Power Transmission Belts Catalogue UB-4

Industrial Hose & Couplings Catalogue HC-7

Accu-Link Belts Catalogue AL-4

Air Conditioning Refrigeration Catalogue SW1001-10

Lawn & Garden Catalogue LG1007

Synchronous Belt Technical Manual TM-2

Appliance & HVAC Replacement Parts Catalogue APPL-1

Sheaves, Timing Pulleys & Bushings Catalogue JI-3 34

CONVEYOR BELTS

NEW REPLACEMENT ROLLERS

35

62 Brunswick Street Stockton-on-Tees Cleveland TS18 1DR Tel: 0044 (0) 845 053 9099 Fax: 0044 (0) 1642 601753 www.jasonindustrial.com