C-Förderer
Also: C-Kettenförderer, C-förmiger Förderer, C-Förderelement
AI-generated
A C-conveyor is a conveyor technology element – typically a chain conveyor – whose mechanical structure describes a characteristic C-shape and which is used for transporting pallets or heavy load carriers in automated intralogistics systems.
Key facts
- A C-conveyor refers to a conveyor technology element with a C-shaped frame construction, used primarily for pallet transport in automated intralogistics systems.
- The precise technical definition is not standardized and varies by vendor, which is why the individual specification is always authoritative.
- Typical applications are transfer points, curves, and transfer locations within the material flow, such as connections to turntables or lift tables.
- Integration into the material flow controller (MFC) and PLC, as well as maintenance access, are key selection criteria when deploying C-conveyors.
What is a C-conveyor?
The term C-conveyor refers to a conveyor technology element whose frame construction or drive arrangement has a C-shaped profile in cross-section. In practice, these are often chain conveyors designed for transporting pallets, mesh boxes, or other heavy load carriers. Important to note: the precise meaning of the term is not standardized and may vary slightly from vendor to vendor. Before deploying one in a system, you should therefore always consult the technical specification of the respective vendor.
How does a C-conveyor work in practice?
In material flow applications, the C-conveyor is typically used at transfer points where changes of direction, height differences, or curves need to be accommodated. The C-shaped frame design allows the drive to be positioned laterally or below the conveyed goods without blocking the transfer area. This facilitates integration into existing conveyor lines and enables compact system layouts.
Typical application scenarios include:
- Transfers between two conveyor lines with different orientations
- Curve sections in pallet conveyor systems
- Connection to turntables, lift tables, or other transfer elements
- Infeed and outfeed in automated high-bay warehouses or buffer lanes
Control is typically handled by a higher-level material flow controller (MFC) or directly by a PLC. Signals for occupancy, transport release, and fault acknowledgment are exchanged in the process. The quality of the interface between the C-conveyor and the control system is critical for low-disruption operation.
What matters when selecting one?
When planning and procuring a C-conveyor, you should consider the following aspects:
- Load carriers and weight: Which pallet or container types will be transported, and what maximum loads must the chains and frame accommodate?
- Throughput: How many units per hour must the conveyor handle, and what cycle times are permissible at the transfer points?
- Transfer quality: Sensitive goods place higher demands on a smooth, correctly positioned transfer without impact or tilting.
- Maintenance access: The C-design can either facilitate or restrict lateral access for maintenance and fault clearance – this depends on the specific design and should be reviewed early in the layout planning stage.
- Spare parts supply: Since the definition of the term is vendor-dependent, you should clarify spare parts compatibility and lead times during the tendering phase.
- Control interfaces: Integration into the PLC and MFC landscape must be specified and verified during the acceptance process (FAT/SAT).
Roller conveyors are a frequently cited alternative, but are better suited to lighter piece goods such as cartons or containers. For pallets and heavy load carriers, the chain conveyor – and thus the C-conveyor as a design variant – is generally the more robust choice.
Related terms
- AGV
AGV (Automated Guided Vehicle) refers to driverless transport vehicles that automatically move goods in warehouses and production environments. They follow predefined or sensor-controlled routes without a human driver.
- Abnahmeprozess (FAT/SAT)
The acceptance process (FAT/SAT) comprises two consecutive test phases used to verify that intralogistics systems comply with contractual requirements before commissioning.
- Hochregallager
A high-bay warehouse is an automated storage facility with racking from approximately twelve meters in height, where stacker cranes automatically store and retrieve pallets.
- Kommissionierung
Order picking is the process of assembling individual items from warehouse stock to fulfill a specific customer order — the most labor-intensive step in the warehouse.
- Palette
A pallet is a standardized load carrier made of wood, plastic, or metal that consolidates goods so that forklifts and conveyor systems can move them as a single unit.