Conveyor chains for textile machinery
Diameter Data
| Chain
No |
Pitch | Roller
diameter |
Width
between inner plates |
Pin
diameter |
Pin
Length |
Plato and attachment dimension | Ultimate tensile strength | Weight
per meter |
|||||
| P | d1
max |
b1
min |
d2
max |
L
max |
Lc
max |
h2
max |
H | C | K | t/T | Q
min |
q
|
|
| mm | mm | mm | mm | mm | mm | mm | mm | mm | mm | mm | KN | Kg/m | |
| MSR2856-M16 | 152.4 | 69.85 | 76.2 | 25.4 | 149.1 | 149.1 | 69.85 | 127.0 | 61.47 | 20.62 | 12.70 | 622.8 | 39.5 |
Working principle
Engagement with Sprockets:
Conveyor chains engage with sprockets to establish a mechanical connection that facilitates the transfer of driving force. Sprockets are toothed wheels that mesh with the links of the conveyor chain, allowing for controlled movement.
Application of Driving Force:
The driving force, typically provided by a motor or other power source, is transmitted to the conveyor chains through the sprockets. This force initiates the movement of the conveyor chains and subsequently the materials they carry.
Material Transportation:
As the conveyor chains move, they securely grip and convey materials along the conveyor belt or track. The gripping action ensures that materials are transported smoothly and reliably from one point to another in the production or logistics process.
Load Distribution:
Conveyor chains play a crucial role in evenly distributing the load across their entire length. This distribution helps to prevent excessive stress on individual chain links, ensuring that the conveyor operates efficiently and safely under varying load conditions.
Return Path:
Once materials are delivered to their destination, the conveyor chains complete a continuous loop by returning to their starting position. This return path is essential for maintaining the operational cycle of the conveyor system, enabling it to handle successive rounds of material handling seamlessly.
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