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Showing posts from 2019

A VERY PROSPEROUS & HAPPY NEW YEAR

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V Belt Manual

1. Classical V Belts: . The first of the V belts to enter in  power transmission.  . Maximum permissible speed = 30m/s . In   application where reverse idlers are not used , classical V belts are more   advanta geous other       than because of smaller heights. 2. Wedge V  Belts:  . Wedge belts can transmit higher power 1.5-2 times than of classical belts with the same top width. . Maximum permissible belt speed = 42m/s . Wedge belt is primarily used in new drives to achieve space saving. . Extensive use in industrial application from light duty application to heavy duty application. 3. Narrow V Belts:  . Constructionally & properties wise Wedge V belts & Narrow V belts are same, the only difference additional ridge top provided in Narrow belts. . Maximum permissible speed = 42m/s 4. Hexagonal V Belts: . Hexagonal V belts are also called double V belts. . Hexagonal belts are used where several pulleys in the same plane driven clo

CXP Vs CXA Heavy Duty Drive Belt

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Hello Everyone.....!!! Today we shall share the difference between Conti CXP & CXA Timing Belt. CXP & CXA Rubber Belt Properties: Oil resistant to a degree Tropics resistant UV and ozone Electrically conductive (Anti-static) to ISO9563 Temperatures ranging from -20°C to +100°C Increased power ratings CXP heavy-duty, high speed drive belt The CXP range has a specifically developed tension member and exceptional material bonding. The teeth and the belt top are made from a synthetic Rubber mix with high tear resistance and enhanced shear resistance, to ensure reliable sustained power transmission at belt speeds up to 50m/s. The CXP range is used where high power must be transmitted above 1000RPM. Glass Fibre Tension Member These tensile members have a high flexural fatigue strength along with a highly reliable power transmission capability up to 50m/s. CXA heavy-duty, low speed drive belt The CXA range combines exceptionally hig

What Types of Plastics Are Thermoplastic Belts Made From?

The beauty of the thermoplastic conveyor belt is the belts versatility. Thermoplastic belts have a broad range of chemical compounds (polymer and monomer chains). Based on the manufacturing and conveying requirements from the thermoplastic, varying types of thermoplastic belts can be manufactured to suit an array of industries. Each polymer compound varies in it’s properties and the elements for which it can perform and is used in conveyor belt solutions.  For industrial conveyor belts, the specific types of thermoplastic polymers are; polyurethane (PU), , polyethelene (PE) silicone(Si) and polyvinyl chloride (PVC).  Polyurethane Belts (PU) PU belts are manufactured following FDA approved compounds and manufacturing methods to ensure that the thermoplastic conveyor belt is suitable for the food manufacturing industry. This belt can also be used across pharmaceutical, metal transportation and textile industries.  PU conveyor belts are used in these industries due

TIMING PULLEY CALCULATION CHART

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Hello Everyone.....!!! Today we shall continue our previous 'TIMING PULLEY ' series. Here we are going to discuss timing pulley calculation chart.                                  Pitch Diameter (P.D.) = (Pitch x Number of teeth) / ∏ Timing belt pulley outside diameter (O.D.) builds upon the relationship between the timing belt pulley and timing belt. The outside diameter of the timing belt pulley is in contact with the tooth bottom of the timing belt while meshing with it. The distance from the timing belt tooth bottom to the tensile cord (pitch line) will determine the outside diameter of the timing belt pulley for any timing belt pitch/timing belt profile. Variables: Pitch :                                5 mm No of Teeth:             X     16                                          80 mm                                                   80mm           =1.003 inches           ∏(3.14)       Hence Pitch Diameter =  1.003 inches Outside Diameter

Table Top Vs. Mat Top

 Let’s look at the relative benefits of two of the most common types of conveyor belts: Table top and Mat top. TABLE TOP CONVEYOR BELT:- Table top conveyor belt are modular belt, which makes them very flexible. You can add or remove modules, they work well with inclines and declines, and they can go around curves. These features make table top conveyor belt particularly advantageous when space is at a premium. Table top conveyor belts are appropriate for sanitary environments where mild detergents are used. Use a table top conveyor belts: 1. Single-file products 2. Expand a line 3. Improve the speed and efficiency of changeovers 4. Accumulate products (Note: The amount of accumulation a table top conveyor belt can handle depends on the operating conditions as well as product characteristics such as material, weight, and rate.) MAT TOP CONVEYOR BELT:- Mat top conveyor belts are well-suited for transporting products over long distances, and they can handle almo

Belt Drive Application Matrix

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Hello Everybody, Today we are going to discuss about the prefer choices of belt drives as per operational requirement. Belt application matrix 1= first choice of operation, 4= last choice of operation Thanking you.... Series will continue..............................................................................................

Timing Belt Pulley Materials - Things to Consider

Hello Everyone .....!!! Choosing the right construction material for a timing belt pulley can have dramatic repercussions. When designing a pulley you want a product that is reliable, has a long operation life, and is cost effective. Often, to achieve the desired results, that means there are two options for construction Material: Plastic or Metal. Nylon Vs. Aluminum Nylon: .Lightweight .Inertia control .Energy saving .Chemical resistance .Material cost savings .No coating to avoid oxidation Aluminum: .Lightweight (heavier than nylon) .Durable .Resistance to heat .High tensile strength When is Aluminum Preferable? One of the main reasons for choosing aluminum as a material is its high tensile strength, making it ideal is high horsepower drive systems. Nylon, however, has a lower tensile strength than aluminum or steel but it is still sufficient for low horsepower drive systems. One of the other most common reasons for turning to aluminum over nylon is its tem
Hello Everyone ....!!!! Today we back with a very general & common topic ''Causes of failure of  Rollers & Idlers''. Why Do Rollers Fail? • Bearing Contamination o Roller Sealing Systems • ShellWear / Abrasion o Misalignment • Bearing Load o Shaft & Tube Deflection • Rollers Jamming o Material Spillage • Impact Zones o Spillage at Transfer Points • Wash‐down Areas o Constant Moisture • Fine Particulate Contaminants Some of the Conditions that affect Idler Life: • Type of Material Handled (dry, wet, abrasive, etc.) • Idler Load • Effect of Load on Predicted Bearing Life • Belt Speed • Roll Diameter • Environmental, Maintenance & Special Conditions

Timing Belt Selection Guide

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Hello Everyone....!!! First we will talk about Tooth Pitch Comparison, later on Belt Selection Guide. Tooth Pitch Comparison Imperial Pitch Belts - XL, L, H, XH This classic trapezoidal pitch is the original timing belt tooth design. This tooth pitch is commonly used for conveying applications. The tooth profile is fairly low and has a large surface area at the tip of the tooth providing good support on sliding conveyor surfaces. T Pitch Belts - T2.5, T5, T10, T20 These metric trapezoidal pitches are similar to imperial pitches, also commonly used for conveying applications, yet have a slightly deeper tooth engagement than imperial profiles. The tooth meshing is more reliable. However, backlash can be slightly greater. AT Pitch Belts - AT5, AT10, AT20 This pitch was developed to enable higher load carrying capacity combined with low backlash. The stronger and stiffer tooth makes these belts ideal for linear positioning and motion control, but may require larger pulley

Antistatic SYNCHROFLEX® Timing Belts

Hello Everyone ....!!! Today we will proceed with our past article of PU Timing Belts. In today article we will talk about the antistatic properties & Area of Application /use of SYNCHROFLEX® Timing Belts. The Construction: SYNCHROFLEX® Timing Belts consist of two components, a polyurethane and a high grade steel cord tension member. The excellent bond between the two materials results in high power transmission capacity. The antistatic properties of SYNCHROFLEX® Timing Belts are achieved by: 1. Antistatic coating Post-process application of an electrically conductive coat on all sides of the belts with and wihtout textile facing. 2. Antistatic PU-Mixture A special conductive polyurethane mixture. SYNCHROFLEX® Timing Belts antistatic Application / Use Antistatic SYNCHROFLEX® Timing Belts find their application where electrostatic charges are not desired or inadmissible, e.g. for the transport of electronic components, drives and/or conveying equipment in an

Application Example of Timing Belt

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Hello Everyone...!!! We are back with ''PU Timing Belt Usage Example in Automation Industry''. Example To be continued.....

Bakery Production Line

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Before I start you must know the bakery production plant layout.  PLANT LAYOUT:- 1. 70% Production Hall 2. 10%  Raw Material Storage 3. 10% Finish Good Storage 4. 5% Dispacth Area 5. 5% Administrator Office There could be different Production Lines. 1. Muffins Production Line  2. Bun Production Line 3. Bread Production Line 4. Cream Roll Production Line & many more... Production Process of  Bakery Products:- 1.  Mixing of  Ingredients 2. Manufacturing a. Dough Loader/ Dough Hopper  It's processing setup varies industry to industry. If belting option is available then go ahead with AG DERCO FOOD GRADE BELTS. b. Dough Divider/ Dough Extruder From here our work strategy starts. Here We can suggest our food grade PVC/ PU AG Derco / Volta Belts. Colour variation also available. c. Dough Sheeter Here we go for AG Derco/ Volta Food Grade Belts. d. R
Good Morning.....!!! Today we are back with   Basic factors effecting Chain/ Belt Lifetime. In the design stage it is helpful to consider some of the basic factors that have an effect on belt/chain lifetime and know how they can be used to increase the overall lifetime of the belt or chain. The chart below gives a general indication of some of the more important parameters and their general effect on overall belt life. Shorter Lifetime                                                                                                                                                                        1. Less Lubrication                                                            2. Smaller Pin Diameter                                                    3. Smaller Sprocket Diameter                                          4. Less wearstrip support                                                5.Higher speed                                                                6.

V - belts problems & solutions

Good Evening Everyone....!!! Today we shall discuss some general problems of  V- belts & their solutions. Common v-belt drive problems can be diagnosed rather quickly and generally fall into one of the following categories. • Improper installation / tension • Improper maintenance • Drive contaminants /drive environment • Inferior drive selection/design Improper Installation / Tension The most common v-belt drive problems relating to installation are improper drive alignment and insufficient tension. Problems related to insufficient tension will  include: • Rapid sidewall wear on belt (often even wear on both sides) • Belt turns or jumps off of the sheave • Belt slips and squeals • Belt appears glazed and hardened due to spin burn. Problems related to alignment will include: • Rapid sidewall wear on belt (often uneven wear on one side) • Vibration • Uneven wear on sheave groove walls Common Reasons for Drives Being Undertensioned Belts were installed w

Replacement of Conveyor Parts

Good Evening Everyone....!!! Today we shall discuss some common site observations, if you found condition like these you can approach your client to replace that system or part. Replacement of Conveyor Parts: Chain and belt should be replaced when: 1. The chain has been extended so much that it does not fit the drive sprocket. 2. The chain is worn below half the plate thickness. 3. The chain surface is worn unevenly. 4. The bottom parts of the chain is worn so much that the pins are laid bare. The pins can thendamage the wearstrips and other conveyor parts. 5. Tab or belt edge is worn on sideflexing belts. Sprockets should be replaced when: 1. The tooth profiles are worn 2. The chain jumps the sprocket Wearstrips should be replaced when: 1. They are worn 50% 2. The surface finish has become rough 3. Hard particles have become embedded into the wearstrip material Special care must be taken to inspect curved wearstrip sections for wear, since excessive wear

Terms and Definitions

Good Evening Everyone....!!! Today we shall discuss some most popular ''Terms & Definitions '' used in conveyor system. Terms and Definitions Bearing block – The block or housing that contains or supports a bearing. Bed Section – The conveyor frame that supports the conveyor’s belt, drive, end units,carrying surface/rollers, etc. Belt Cover – A rubber or PVC coating applied to a conveyor belt to protect the belt carcass and/or provide special carrying capacities for the belt. Belt Sag – Lack of tension or tautness in the conveyor belt that causes it to droop in areas between supporting members. Belt Tension – The results of force applied to the conveyor that causes or trends to cause stress or stretching of the belt. All belts must be tensioned to some extent to provide proper driving force and tracking. Belt Tracking – The path followed by the belt as it runs on the conveyor and around the conveyor pulleys. Belt Wrap – The amount of con
Good Evening Everyone....!!! Today we are here with a new FAQ.. PVC   Vs  TPU  Belts PVC Belts: Polyvinyl Chloride (PVC) conveyor belts are standard belts in the food industry that can be used for basic applications across food processing and handling. PVC has grown to become the third most widely produced plastic, known for its durability and ease of use. A PVC-coated conveyor belt is best suitable for materials handling, bakery production applications, and meat, fish, and dairy processing. These antistatic belts provide good chemical resistance and are resistant to hot water and steam, as well. Based on specific needs and conveyor belt manufacturers, there are also flame-retardant models available. With limited abrasion resistance and limited resistance to solvents, oil, and grease, PVC belts are best suited for processing of fruits and vegetables and simpler operations with limited special requirements. For those unaware of specifications for their food processi

FAQ

Good Evening Everyone...!!! In this series we shall discuss some FAQ's, which are very general. So let's start the series. When should I use a PVC belt and when should I use a Thermoplastic Polyurethane (TPU) or a Polyolefine (TPO) belt? PVC, TPU or TPO? As a rule of thumb, for low-end applications without special demands PVC-coated belts normally will do the job. On the other hand, more demanding or specific applications can require appropriate product features. As a general recommendation the following can be kept in mind:   PVC (Polyvinylchloride) Suitable for most low-end applications Reasonable price Resistant to most chemicals (except solvents, oil) Superior abrasion resistance   TPU (Thermoplastic Polyurethane) Superior strength for mechanically demanding applications Good abrasion resistance Good temperature resistance for a wide range of applications   TPO (Thermoplastic Polyolefin) Excellent release and antisticking proper

Formula's

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Good Evening Everyone...!!! Today I shall share some formula's regarding conveyor system. I hope this will help you a lot. FPM stands for foot per minute. Multiply the value by 18.288, you''ll get the answer in MPH. To Be continued....
Good Evening Everyone....!!! Today we shall know about Movex Range. Let's start... There are two type of  flat top chains: Table Top Chains Mat Top Chains While the basic function of  Table Top & Mat Top chains are same but there are several differences. Table Top is similar to door hinge with wings attached, while Mat Top can be almost any width and is held together with a full width pin. Table Top chains are molded in standard widths from 3.25 -12 inches & are typically  shipped in ten- foot sections. Mat Top chains genearlly known as plastic modular chain are usually assembled to width via ''bricked'' construction upto  20 feet wide. Some styles of Mat Top chains are also available as molded to width(abbreviated as MTW) in standard widths similar to Table Top chains widths.Some of those are also available with Positrack tabs for side-tracking, like TableTop chains. Both narrow TableTop Chains and MTW MatTop Chains are can be used for s
Good Evening Everyone....!!! Today we shall discuss about our product range which we can offer to several Industries. Firstly take a glance on  major Industries where we have to approach. Industries we serve: Food Industries Textile Industries Beverage & Bottling Industries Automobile & Tier Industries Material Handling & Automation Postal & Airport logistics Business machines Tea & Tobacco Industries Packaging & E-commerce Ceramic & stone Industries Aluminum Extrusion White goods Industries Machine manufacturers General Industries Food & vegetable Industries Meat, Fish & Poultry Processing Industry Confectionery & Chocolate Bakery, Biscuits & snacks Dairy Product Products offered in Food Industries: AG Derco make PU/PVC/SI coated conveyor belt. Homogenous TPU Super drive/ Dual drive belts. AGELINK MODUTECH modular belts. Movex Range of products. Rubber/PU timing beelt. AGEROLL Roller. Wire mesh belts.
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Good Evening Everyone.....!!! Today we shall continue Instruction for use & Operational instructions of  ''Battery Pasting Belts''. Instruction For Use: The correct length of the battery pasting belt is the inside circumference. To determine it run a Tape measure around the pulleys and add 1/4”. The belt must fit tight without stretching it too hard. We are able to furnish any length needed. Belts can shrink when stored for long periods. Store belts in a cool and dry place. See direction arrows on belt and install accordingly. Operating Instructions For The Care Of Needled Pasting Belts: 1. Before installing a new belt, thoroughly clean all rolls and surfaces on the machine that Come in contact with the belt to remove hardened paste built up, especially on the drive Roll and squeeze roll. 2. Install belt on machine manufactures instructions. These instructions are very important.  3. After belt installation, tighten the take up roller
Good Evening & Wish you a very Happy New Year....!!!  Let keep continue our last blog on Battery Pasting Belts.  Maintenance and use of pasting belt: The belt after receiving should be kept in the low humidity and dry temperature environment & put to use within three to four months. At the time of replacing the belt, please check clearly the dirty matter between the paste plate and Squeeze Roll (including cleaning the hard lead plaster at the roller edge), coated plate belt inching operation after installation, adjust the tension system properly after confirming trajectories, After installation of the coated belt, water gun is used to spray water on the surface of the belt. After running a few laps, the belt will be soaked and put down for operation. Good maintenance habits extend the service life of the coated strip, reducing the use cost and increasing the productivity. Items Weight (gm/m²) Thickness (mm) Breaking Strength (N/ mm)