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Product Introduction:
Heavy Duty Series Roller Chains Are Manufactured According To ANSI B29.1 Standards. The Main Feature Is Using Thicker Side Plates. Having Thicker Side Plates Not Only Drastically Increases The Strength And Fatigue Resistance Of A Roller Chain, But It Also Reduces Stretching And Wear That Happens Over Time. So, Heavy Duty Roller Chains Generally Offer Greater Fatigue Strength, Higher Allowable Loads, And Increased Shock Absorption Beyond The Capacity Of Standard Roller Chains. Heavy-Duty Roller Chains Are To Use In Agricultural Applications, Heavy Equipment, And Any Application That You Are Looking To Increase The Strength Of The Chain Without Adopting The Chain With One Size Larger Pitch.
Heavy Duty Series Roller Chains Are Manufactured According To ANSI B29.1 Standards. The Main Feature Is Using Thicker Side Plates. Having Thicker Side Plates Not Only Drastically Increases The Strength And Fatigue Resistance Of A Roller Chain, But It Also Reduces Stretching And Wear That Happens Over Time. So, Heavy Duty Roller Chains Generally Offer Greater Fatigue Strength, Higher Allowable Loads, And Increased Shock Absorption Beyond The Capacity Of Standard Roller Chains. Heavy-Duty Roller Chains Are To Use In Agricultural Applications, Heavy Equipment, And Any Application That You Are Looking To Increase The Strength Of The Chain Without Adopting The Chain With One Size Larger Pitch.
Heavy Duty Chain Common Applications:
Typical Applications That Have Moderate Loads, Frequent Starting/Stopping Changes Below, Are Some Examples Of Uses Of Our Heavy-Duty Series Roller Chain:
● Agricultural Equipment.
● Lumber Industry.
● Construction Equipment.
● Heavy Duty Conveying Systems.
Features Of Heavy Duty Series Roller Chain
Key Features Include:
● The Dimensions Are Very Similar Except Heavy Duty Chains Do Have Thicker Plates.
● Heavy Duty Roller Chains Offer Greater Fatigue Strength Ratings.
● Higher Allowable Loads
The Heavy Duty Series Roller Chains, built by ANSI B29.1 standards, are a testament to the robust engineering that goes into their design. These chains are distinguished by their use of thicker side plates, a feature that not only dramatically increases their strength and fatigue resistance but also stretching and wear over time. Heavy Duty Roller Chains are engineered to provide fatigue strength, accommodate higher allowable loads, and offer enhanced shock absorption, exceeding the capabilities of standard roller chains. These chains are the choice for a variety of applications where increased chain strength is necessary without the need to shift to a chain with a larger pitch size.
Heavy Duty Roller Chains find their niche in numerous applications, particularly those with moderate loads and frequent starting and stopping requirements. Below are some examples of the typical applications that benefit from the Heavy Duty Series Roller Chain:
1. Agricultural Equipment: Heavy-duty roller chains are a common sight in the agricultural sector, where they are used in a wide range of machinery, from tractors to combine harvesters. The chains withstand the rigors of fieldwork and provide reliable power transmission.
2. Lumber Industry: In lumber mills and wood processing facilities, Heavy Duty Roller Chains play a pivotal role in the conveyance of timber, ensuring the continuous and robust operation of sawmills and related equipment.
3. Construction Equipment: Heavy-duty roller chains are crucial in construction machinery, where they are exposed to demanding conditions, heavy loads, and frequent starts and stops. These chains guarantee the dependable performance of equipment on construction sites.
4. Heavy-Duty Conveying Systems: Industries relying on heavy-duty conveying systems, such as material handling, and manufacturing, benefit from the durability and strength of Heavy Duty Roller Chains. These chains ensure the efficient and reliable transport of materials in diverse settings.
Key Features of the Heavy Duty Series Roller Chain include:
1. Thicker Plates: While the dimensions of Heavy Duty Chains are similar to standard chains, the thicker side plates make all the difference. This feature significantly enhances their strength and resistance to fatigue, extending their service life.
2. Greater Fatigue Strength Ratings: Heavy Duty Roller Chains are engineered to withstand rigorous, high-stress applications, providing fatigue strength compared to their standard counterparts.
3. Higher Allowable Loads: The increased load-carrying capacity of these chains means they can handle heavy loads and endure shock loads without compromising performance.
In conclusion, Heavy Duty Roller Chains are the go-to choice for applications demanding strength and durability. Their thicker side plates, greater fatigue strength, and higher allowable loads make them the ideal solution for industries with moderate to heavy loads, frequent starts and stops, and harsh operating conditions. Whether it's in the agricultural sector, lumber industry, construction equipment, or heavy conveying systems, Heavy Duty Roller Chains ensure reliable power transmission and long-lasting performance, even in challenging environments.
Product Introduction: The 60H-1 Heavy-Duty Roller Chain Adopts Thickened Chain Plates Compared To The Traditional Single-Strand Roller Chain. This Type Of Chain Provides Higher Wear Resistance And Tensile Strength Increased Compared To Standard Roller Chains. The Thicker Plates, Reduce The Risk Of Chain Elongation And Failure. At The Same Time, Due To The Use Of Thicker Chain Plates, Its Allowable Load Is Nearly 10% Higher Than That Of Ordinary Roller Chains, And The Safety Factor In Use Is Higher.
Chain Construction:
● Plate, The Plate Bears The Tension Placed On The Chain. Because The Accuracy Of The Holes in which Pins Or Bushings Are Fit Affects Chain Quality, Plates Are Manufactured With Particular Precision And Finished Into Tough Plates With High Fatigue Strength And Impact Resistance.
● Pin, Two Ends Of The Pin Are Inserted Into Holes In The Pin Link Plates And Riveted. For the Hollow Pin Chain, Pins Are Inserted Only, Not Riveted.
● Bushing, Two Ends Of The Bushing Are Inserted Into Holes In The Roller Link Plates And Function As Bearings For The Pins And Rollers.
● Roller, Rollers Are Slip Fit Into The Bushings, They Serve To Reduce Running Resistance By Turning While The Entire Chain Is In Motion, Making the Chain Run Smoothly. Wear Resistance Is Very Important.
Introducing the 60H-1 Reinforced Roller Chain: Unparalleled Strength and Reliability for Heavy-Duty Applications
When it comes to heavy-duty power transmission, the 60H-1 Reinforced Roller Chain stands as a symbol of durability, wear resistance, and tensile strength. This chain is not just a simple upgrade from traditional single-strand roller chains; it's a game-changer in the world of industrial machinery. Let's delve into the key features, chain construction, and why the 60H-1 is your ultimate choice for demanding applications.
Key Features:
Thickened Chain Plates: The 60H-1 Roller Chain outperforms standard roller chains with its thickened chain plates. This design feature enhances wear resistance, making it suitable for applications that demand long-lasting performance even under the harshest conditions.
High Tensile Strength: With its thicker plates, the 60H-1 offers exceptional tensile strength, ensuring your machinery can handle heavy loads with ease. This chain can endure the rigorous tasks without compromising on performance.
Reduced Risk of Chain Elongation: The use of thicker chain plates significantly reduces the risk of chain elongation, an issue commonly associated with standard roller chains. You can rely on the 60H-1 to maintain its tension and functionality over an extended lifespan.
Higher Allowable Load: The 60H-1 Roller Chain boasts a nearly 10% higher allowable load compared to ordinary roller chains. This increased load capacity ensures your machinery can handle more significant tasks, enhancing productivity and efficiency.
Enhanced Safety Factor: The combination of thicker chain plates and higher tensile strength results in a safety factor when using the 60H-1. This means greater peace of mind for operators, reducing the risk of chain failure and unexpected downtime.
Chain Construction:
Plate: The chain's plates play a critical role in bearing the tension placed on the chain. Crafted with precision, they are designed for high fatigue strength and exceptional impact resistance, ensuring reliable performance even in demanding environments.
Pin: The pins on the 60H-1 Roller Chain are securely inserted into holes in the pin link plates and riveted, providing a robust connection that can withstand heavy loads and intense use.
Bushing: Bushings on this chain serve as bearings for the pins and rollers. These components are essential for reducing friction and ensuring smooth chain operation, and they are designed to withstand the rigors of heavy-duty applications.
Roller: Rollers are slip-fitted into the bushings and play a crucial role in reducing running resistance. They rotate as the entire chain moves, ensuring smooth operation. Wear resistance is a priority, guaranteeing the chain's longevity.
Conclusion:
The 60H-1 Reinforced Roller Chain redefines the standards of power transmission in heavy-duty applications. With its thickened chain plates, high tensile strength, and exceptional wear resistance, this chain is engineered to meet challenging demands. It's a true workhorse that can elevate the performance and reliability of your industrial machinery.
Choose the 60H-1 Roller Chain for your heavy-duty applications, where strength, durability, and efficiency are non-negotiable. With the 60H-1, you're making an investment in reliability that will pay dividends in the long run.
|
ISO Chain No. |
ANSI Chain No. |
Pitch |
Inner Width Of Inner Link |
Roller Diameter |
Plate Thickness |
Inner Plate Depth |
Pin Dia |
Pin Length |
Cl Pin Length |
Min Tensile Strength |
Average Tensile Strength |
Approx |
|
P |
b1 min |
d1 max |
T1/T2 |
h2 max |
d2 max |
L max |
LC max |
Qmin |
Q0 |
q≈ |
||
|
mm |
mm |
mm |
mm |
mm |
mm |
mm |
mm |
KN |
KN |
kg/m |
||
|
12AH-1 |
60H-1 |
19.05 |
12.57 |
11.91 |
3.20 |
18.00 |
5.94 |
29.20 |
31.00 |
31.80 |
42.70 |
1.87 |
