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| Model | Physical Drawing | Data Map | Unit Mass | Moment Of Inertia | Sectional Resistance Moment |
|---|---|---|---|---|---|
| E&I-10-9090W |
|
|
6.19kg/m | Ix:201.66cm4 Iy:201.66cm4 |
Wx:44.81cm3 Wy:44.81cm3 |
| E&I-8-100100 |
|
|
10.68kg/m | Ix:446.48cm4 Iy:446.48cm4 |
Wx:89.29cm3 Wy:89.29cm3 |
The production line composed of 2.5x speed chain aluminum profiles is usually called a self-flow conveying system double speed chain conveyor. It is the core conveying equipment in the field of modern industrial assembly and processing and is widely used in electronic appliances, automobile manufacturing, electromechanical and other industries.
Its conveying principle is ingenious and efficient. Relying on the speed-increasing function of the double-speed chain, the tooling plate supporting the goods can run quickly at 2.5 times the chain speed, greatly improving the material conveying efficiency.
When the tooling plate reaches the designated operating station, the stopper will accurately intercept it, making it easier for workers to carry out assembly, inspection, debugging and other operations; after the operation is completed, the stopper is released, and the tooling board can continue to move forward along the track.
At the same time, through preset electronic control instructions, it can also flexibly complete complex actions such as accumulation, transfer, transposition, and line transfer, realizing multi-path transportation of materials and seamless connection between workstations.
This kind of production line is built with special extruded aluminum alloy profiles. It has the advantages of stable structure, convenient installation, beautiful appearance and durability. It has low noise during operation and strong stability. It can continue to work in harsh environments such as high temperature and dust, providing strong support for enterprises to build efficient and flexible automated production systems.
It is an advanced industrial assembly conveying system built using 2.5x speed chain aluminum profiles. It is widely applied in automobile, electronics, and electromechanical manufacturing.
Through the speed-increasing design of the double-speed chain, the tooling plate is able to travel at 2.5 times the actual speed of the chain, greatly boosting overall material handling efficiency.
The stopper precisely halts the tooling plate at pre-set stations for assembly, testing, or debugging. Once completed, the stopper releases the plate to continue its track path.
Yes. Under preset electronic control commands, the system is fully capable of execution operations like accumulation, transfer, transposition, and multi-line transfers.
Absolutely. Constructed with extruded aluminum alloy profiles, it is robustly built to sustain continuous operation in harsh industrial conditions, including high temperatures and dust-heavy zones.
