| Usage: | Transmission Chain, Drag Chain, Conveyor Chain, Dedicated Special Chain |
|---|---|
| Material: | Iron |
| Surface Treatment: | Oil Blooming |
|
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Conveyor Roller Chains are one of the many conveyor options available to manufacturers. They can be an ideal way to transport heavy pallets, trays, or other large objects from one station to the next on the production line.
The type of conveyor you choose depends on a number of factors including what your product is, how it will be handled, and how quickly it needs to move from point A to point B. For example, a conveyor chain may be the best choice for transporting heavy products that need to be conveyed through harsh conditions, such as under an oven or in a warehouse.
Alternatively, a belt conveyor can be an effective solution to transport light payloads or small parts. They're also easier to move around and require less maintenance than a chain conveyor.
A chain conveyor consists of a series of rollers that are engaged to wheels and sprockets. When the chains move, they carry materials by spinning the sprockets and rollers.
There are different types of chains for this purpose, including hollow bearing pins, solid bearing pins,s and drop forged. The latter is typically fitted with attachments that have been welded directly onto the chain links.
Sprockets are used to drive the chain and come in an even or odd number of teeth. Sprockets with an odd number of teeth offer more torque for a heavier load and require less lubrication than sprockets with an even number of teeth.
The sprockets are also available in double pitch and shear pin varieties, which increase the wear resistance of the sprocket and reduce the amount of time that is required for maintenance. Shear-pin sprockets break when the load gets too heavy, while double-pitch sprockets can be fitted with a sheath to help prevent damage.
Chain-driven conveyors are an excellent alternative to belts when moving heavy loads or pallets, and can be configured to suit any application. They use a series of sprocket-driven rollers and a motor to transmit power to the chains.
They can be designed to be either inline or staggered, depending on what your product requires. This makes them easy to maneuver in tight spaces and can be configured for a wide variety of applications, from handling large bulky goods to transporting tamperproof products.
Some chain conveyors are powered by a motor, while others rely on gravity to pull the product along. This can help to reduce the cost of installation and increase the life of the equipment.
For this reason, engineers should make sure they have an open mind when assessing the different kinds of conveyors to choose from. "One of the biggest mistakes that engineers can make is to decide on a conveyor based on personal preference or past history," says Dinges.
Choosing the right conveyor for your manufacturing process is vital to maintaining efficiency and avoiding downtime and expensive repairs. The most efficient method to determine which type of conveyor is the most suitable for your situation is by conducting a thorough analysis of your product and environment.
|
Chain No.
|
Pitch |
Roller diameter |
Width between inner plates |
Pin diameter
|
Pin length
|
Plate dimension
|
|
|
|
|
P
|
d1 max
|
b1 min
|
d2 max
|
L
max
|
Lc
max
|
h2
max
|
T
max
|
C
|
|
|
mm
|
mm
|
mm
|
mm
|
mm
|
mm
|
mm
|
mm
|
mm
|
|
|
38.4VBF2
|
38.4
|
15.88
|
19.05
|
8.28
|
36.1
|
39.1
|
20.5
|
3
|
51.6
|
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