TFT Pallet Conveyor

Through the Frame Chain Transfers are heavy-duty pallet transfer systems designed to move pallets and unit loads perpendicular between conveyor lines within automated material handling systems.

Utilizing powered transfer chains mounted within the conveyor frame, the system provides smooth and controlled 90-degree load transfers while maintaining continuous product flow throughout pallet handling operations. The compact thru-frame design allows efficient conveyor integration while supporting high-capacity industrial transport applications.

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Through the frame chain transfer systems are designed to transfer pallets, skids, containers, and heavy unit loads between conveyor lines requiring perpendicular product movement. The transfer assembly is mounted within the conveyor frame structure, allowing transfer chains to raise between conveyor rollers and move the load laterally onto adjacent conveyor sections or workstations.

The system is commonly integrated into pallet handling, warehousing, manufacturing, and automated material handling operations requiring controlled load routing, conveyor merging, or directional changes. Heavy-duty structural construction and powered chain transfer mechanisms provide reliable handling of loaded pallets while maintaining precise load positioning and smooth product movement throughout the transfer cycle.

  • Equipment Type: Through the frame chain transfer conveyor
  • Transfer Function: 90-degree pallet and unit load transfer
  • Product Types: Pallets, skids, containers, and heavy unit loads
  • Transfer Method: Powered chain-driven transfer
  • Conveyor Construction: Heavy-duty welded structural steel frame
  • Transfer Design: Chain transfer assembly mounted within conveyor frame
  • Operation Type: Automated pallet transfer and routing
  • Integration Capability: Compatible with pallet handling and conveyor systems
  • Controls Integration: Sensors, photo-eyes, and automated conveyor controls available
  • Drive Options: Fixed speed and VFD drive configurations available
  • Conveyor Layouts: Custom conveyor widths and transfer configurations available
  • Applications: Pallet routing, conveyor transfers, directional changes, and material handling automation
  • Operating Environment: Continuous-duty industrial applications

(Final specifications vary depending on load requirements, pallet dimensions, throughput requirements, and overall system configuration.)

  • Heavy-duty through the frame chain transfer system
  • 90-degree pallet and unit load transfer capability
  • Powered chain-driven lateral load movement
  • Compact low-profile transfer design
  • Chain transfer assembly mounted within conveyor frame
  • Smooth pallet and skid transfer operation
  • Designed for pallet handling and unit load applications
  • Heavy-duty welded steel construction
  • Compatible with automated conveyor systems
  • Continuous-duty industrial operation
  • Supports pallet routing and directional changes
  • Compatible with accumulation conveyor systems
  • Automated controls and sensor integration available
  • Multiple conveyor widths and configurations available
  • Designed for manufacturing and warehouse material handling applications

The chain transfer assembly utilizes powered transfer chains that raise through the roller conveyor frame to engage and laterally transfer pallets or unit loads between conveyor sections. Once the transfer is complete, the chains retract below the conveyor rollers to allow normal conveyor transportation to resume. The throught the frame design helps minimize system height while maintaining a compact conveyor layout.

The heavy-duty welded steel construction is designed for continuous industrial operation and supports palletized products, skids, containers, and heavy unit loads in demanding manufacturing and warehouse environments. Multiple conveyor widths, transfer chain configurations, and load capacities are available depending on pallet dimensions, throughput requirements, and operational layouts.

The transfer system can be integrated with sensors, photo-eyes, controls packages, and automated conveyor logic for coordinated material flow throughout larger pallet handling systems. Optional VFD controls and accumulation integration allow improved product handling and conveyor synchronization throughout automated operations.

Description

Through the frame chain transfer systems are designed to transfer pallets, skids, containers, and heavy unit loads between conveyor lines requiring perpendicular product movement. The transfer assembly is mounted within the conveyor frame structure, allowing transfer chains to raise between conveyor rollers and move the load laterally onto adjacent conveyor sections or workstations.

The system is commonly integrated into pallet handling, warehousing, manufacturing, and automated material handling operations requiring controlled load routing, conveyor merging, or directional changes. Heavy-duty structural construction and powered chain transfer mechanisms provide reliable handling of loaded pallets while maintaining precise load positioning and smooth product movement throughout the transfer cycle.

Details

The chain transfer assembly utilizes powered transfer chains that raise through the roller conveyor frame to engage and laterally transfer pallets or unit loads between conveyor sections. Once the transfer is complete, the chains retract below the conveyor rollers to allow normal conveyor transportation to resume. The throught the frame design helps minimize system height while maintaining a compact conveyor layout.

The heavy-duty welded steel construction is designed for continuous industrial operation and supports palletized products, skids, containers, and heavy unit loads in demanding manufacturing and warehouse environments. Multiple conveyor widths, transfer chain configurations, and load capacities are available depending on pallet dimensions, throughput requirements, and operational layouts.

The transfer system can be integrated with sensors, photo-eyes, controls packages, and automated conveyor logic for coordinated material flow throughout larger pallet handling systems. Optional VFD controls and accumulation integration allow improved product handling and conveyor synchronization throughout automated operations.

Features
  • Heavy-duty through the frame chain transfer system
  • 90-degree pallet and unit load transfer capability
  • Powered chain-driven lateral load movement
  • Compact low-profile transfer design
  • Chain transfer assembly mounted within conveyor frame
  • Smooth pallet and skid transfer operation
  • Designed for pallet handling and unit load applications
  • Heavy-duty welded steel construction
  • Compatible with automated conveyor systems
  • Continuous-duty industrial operation
  • Supports pallet routing and directional changes
  • Compatible with accumulation conveyor systems
  • Automated controls and sensor integration available
  • Multiple conveyor widths and configurations available
  • Designed for manufacturing and warehouse material handling applications
Specifications
  • Equipment Type: Through the frame chain transfer conveyor
  • Transfer Function: 90-degree pallet and unit load transfer
  • Product Types: Pallets, skids, containers, and heavy unit loads
  • Transfer Method: Powered chain-driven transfer
  • Conveyor Construction: Heavy-duty welded structural steel frame
  • Transfer Design: Chain transfer assembly mounted within conveyor frame
  • Operation Type: Automated pallet transfer and routing
  • Integration Capability: Compatible with pallet handling and conveyor systems
  • Controls Integration: Sensors, photo-eyes, and automated conveyor controls available
  • Drive Options: Fixed speed and VFD drive configurations available
  • Conveyor Layouts: Custom conveyor widths and transfer configurations available
  • Applications: Pallet routing, conveyor transfers, directional changes, and material handling automation
  • Operating Environment: Continuous-duty industrial applications

(Final specifications vary depending on load requirements, pallet dimensions, throughput requirements, and overall system configuration.)

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