The floor conveyor system is configured from zone drawings and product-flow data. Roller beds can serve rigid loads, powered belts can handle small packages, and stop or turn modules can control release between processes. Controls, guarding, crossings, and maintenance aisles are coordinated before fabrication.
Main component set: floor frames, roller sections, belt sections, side guides, transfer modules, stop positions, and connection parts.
Matched parts: support legs, brackets, fasteners, side plates, drive parts, and guide rails.
Product Parameters
|
Item |
Specification |
|
System Role |
Multi-zone ground-level material route |
|
Design Input |
Layout, product data, throughput, and process sequence |
|
Supported Modules |
Powered roller, gravity roller, belt, stop, turn, and guide sections |
|
Control Options |
Sensors, zone release, and interlocked hand-off points |
|
Load Basis |
Engineered to the product and route; reference capacity up to 1000 kg/m |
|
Access Planning |
Operator crossings, guarding, and service clearances |
|
Expansion Method |
Documented modular connection zones |
|
Application |
Integrated transfer using a floor conveyor system layout |
Product Advantages
A floor conveyor system can divide the route into powered travel, gravity buffer, stop, turn, and inspection zones, giving each hand-off a defined operating purpose.
Zone-based construction also lets maintenance isolate one section and gives future expansion a documented connection point without redesigning the full route.
Main Applications
Typical projects include staged assembly cells, packaging loops, buffer lanes before testing equipment, and dispatch routes that require several transfer methods along one floor path.
It is especially useful where a single line must hand products between processes with different speeds, orientations, or accumulation rules.
FAQ
Q: What information is needed for a system proposal?
A: Provide a marked layout, product dimensions and weights, required throughput, accumulation locations, process cycle times, and available utilities.
Q: How are different transfer modules coordinated?
A: The route is divided into functional zones; drives, sensors, stops, and guides are selected for each hand-off and checked against the control sequence.
Q: What access provisions should be planned?
A: Reserve operator crossings, guarding clearances, inspection points, and removal space for drive or roller service.
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