Heavy Duty 50HP Hollow Pin Simplex Roller Chains and Sprockets Manufacturers

Heavy Duty 50HP Hollow Pin Simplex Roller Chains and Sprockets ManufacturersProducts Descriptionitch Size: 0.625 InchRoller Diameter: 0.400 InchWidth Between Inner Plates: 0.370 InchPin Diameter: 0.277 InchPin Length L Max: 0.815 InchPin Length Lc Max: 0.862 InchInner Plate Depth: 0.594 InchPlate Th......

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Product Description

Heavy Duty 50HP Hollow Pin Simplex Roller Chains and Sprockets Manufacturers

Products Description

itch Size: 0.625 Inch

Roller Diameter: 0.400 Inch

Width Between Inner Plates: 0.370 Inch

Pin Diameter: 0.277 Inch

Pin Length L Max: 0.815 Inch

Pin Length Lc Max: 0.862 Inch

Inner Plate Depth: 0.594 Inch

Plate Thickness: 0.080 Inch

Average Tensile Strength: 5081 lb

Material: Carbon Steel

Length: 10 Feet

Weight Per Foot: 0.610 lbs

All of our chain products have gone through stringent process measures for Best Quality! This includes heat treatment, which ensures the optimum ware life and toughness for all component parts. Solid hardened and shot peened precision rollers are standard on most of our chains. The bushings provide a smooth roller bearing effect reducing the impact load as the chain engages the sprockets tooth. During chain assembly, all chain components are oriented to ensure pins, bushings, and side plates are correctly positioned for optimum chain strength and long life. Assembled chains are then dipped in a hot lubricant. This lubrication and the process in which it is applied greatly improve the ware life capacity of the chain and further protect it from the effects of the environment. All of our chains are factory preload. They are pretested to support and maintain the expected load the chain will see when in use. This helps align the chain parts which will minimize the initial elongation. This will drastically increase the life of the chain. All our Chain is certified from ISO 9001:2000 QM certification through ISO 14001 (which documents the sustainability and environmental compatibility of production and waste disposal processes) to the ISO/TS 16949 quality requirements for the automotive industry.

How do conveyor roller chains compare to other types of conveyor systems in terms of efficiency and reliability?

1. Power Transmission: Conveyor roller chains are highly efficient in transmitting power from the driving source to the load. They have low energy losses and can handle high torque requirements, making them suitable for applications that involve heavy loads or long conveyor spans. 2. Friction and Wear: Roller chains generally have lower frictional losses compared to other conveyor systems, such as belt conveyors. This can contribute to higher overall efficiency, as less energy is lost due to friction. However, regular lubrication and maintenance of the chains are necessary to minimize wear and maintain efficiency. Reliability: 1. Load Capacity: Conveyor roller chains have high load-carrying capacity, making them suitable for heavy-duty applications. They can withstand heavy loads and provide reliable transportation of materials or products without experiencing significant deformation or stretching. 2. Durability: Roller chains are designed to be durable and resistant to wear, corrosion, and environmental conditions. They are well-suited for demanding environments like mining, construction, or manufacturing, where the conveyor system may be exposed to abrasive materials, extreme temperatures, or chemicals. 3. Maintenance: Proper maintenance is crucial for the reliable operation of conveyor roller chains. Regular lubrication, inspection, and replacement of worn components are necessary to ensure optimal performance and prevent chain failure. Neglecting maintenance can lead to chain elongation, misalignment, and increased downtime. 4. Noise and Vibration: Conveyor roller chains typically produce more noise and vibration compared to some other conveyor systems, such as belt conveyors. However, noise and vibration can be mitigated through proper design, installation, and maintenance practices. It's worth noting that the efficiency and reliability of conveyor systems depend not only on the type of system but also on the specific design, quality of components, and proper installation and maintenance practices. Each conveyor system has its advantages and considerations, and the selection should be based on the unique requirements of the application, including load characteristics, operating conditions, space limitations, and desired performance.