PLC Pallet Transfer System Transfer Bulk Handling Systems For Automated Conveyor

Product Specification

PLC Controlled Lift & Transfer System for Automated Conveyor Line Integration

Product Overview

The lift & transfer system is an automated transfer unit designed for automated conveyor line integration, warehouse conveyor systems, and production logistics systems. It is mainly used to move pallets, containers, and other regular goods between different conveyor lines where cross transfer, line switching, and direction change are required.

This equipment combines lifting and cross transfer in one structure. During operation, the load is lifted from the original conveyor line to the transfer position and then moved laterally to the target conveyor line. This allows different conveyor sections to be connected automatically within one handling system.

With PLC control, a cam lifting mechanism, and a structure built around a conveyor module, lifting module, and bottom drive module, the unit is suitable for continuous-duty transfer tasks in manufacturing plants, automated warehouse systems, and internal factory logistics projects.

Application Background

In automated conveyor integration projects, transfer equipment is usually expected to solve the following issues:

• connecting conveyor lines with different conveying directions
• switching material flow between different process routes
• reducing manual transfer at conveyor intersections
• improving line flexibility in space-limited layouts
• supporting automatic diversion between multiple conveyor paths

For systems where materials need to move across adjacent conveyor routes or change direction automatically, a lift transfer unit is a practical mechanical solution. It is especially useful at conveyor intersections, process switching points, and material diversion areas where system integration and routing flexibility are important.

Technical Solution

This lift & transfer system is mainly composed of a conveyor module, lifting module, bottom drive module, and PLC control system. The lifting section uses a cam lifting mechanism to raise the transferred load to the required transfer position through repeatable mechanical motion.

After lifting, the cross-transfer action moves the material laterally to the target conveyor line. This allows the equipment to complete line switching, direction change, cross-line transfer, and material diversion in an automated manner.

The PLC-based control logic allows the unit to coordinate with upstream and downstream conveyor equipment, making it suitable for integrated conveyor systems that require synchronized transfer actions.

Transfer Features

• Lifting + cross transfer structure for conveyor switching and direction change
• PLC control for coordinated operation within integrated conveyor systems
• Cam lifting mechanism for repeatable lifting motion in continuous-duty applications
• Maximum load ≤2000 kg for pallet and heavy regular goods transfer
• Suitable for automated conveyor lines, warehouse conveyor systems, and production logistics systems

Application Boundary

This page refers to a lift & transfer unit for conveyor line integration, mainly used for inter-line transfer, cross transfer, direction change, and automatic routing inside conveyor systems.

It is not intended to replace multi-floor lifting equipment, warehouse elevators, or long-stroke vertical transport systems. If the project requires floor-to-floor lifting or long vertical travel, a dedicated lifting solution should be selected separately.

For unstable goods, irregular bottoms, or loads without reliable support surfaces, compatibility should be confirmed according to the actual product shape and conveyor interface conditions.

Specifications

Specification Notes

• Maximum load ≤2000 kg: suitable for pallet handling and heavy-duty transfer applications
• Lifting + cross transfer mode: suitable for conveyor switching, cross-line transfer, and direction change
• Cam lifting mechanism: suitable for repeatable lifting and return motion in automated conveyor systems
• PLC control: suitable for coordinated linkage with upstream and downstream conveyor equipment

Applications

Automated Conveyor Line Integration Projects
Used for transfer connection, routing change, and automatic switching between different conveyor lines.

Automated Warehouse Systems
Suitable for pallet transfer points and route switching inside warehouse conveyor layouts.

AS/RS Conveyor Systems
Applicable to conveyor interface sections connected with automated storage and retrieval workflows.

Manufacturing Production Lines
Used for process transfer, line switching, and material diversion between production conveyor sections.

Internal Factory Logistics Systems
Suitable for internal material flow routes where conveyor path flexibility and automatic switching are required.

E-commerce Warehouse Logistics Systems
Can be used in conveyor sections where pallets, containers, and regular goods need automatic redirection.

System Integration

This lift & transfer system can be integrated with:

• roller conveyors
• chain conveyors
• belt conveyors
• warehouse conveyor systems
• production line transfer sections
• PLC-based automation control systems

In most projects, the unit is used as a functional switching node within a complete conveyor system, rather than as a standalone machine.

Advantages

1. PLC Control for Conveyor Integration
The unit uses PLC control, making it suitable for coordinated operation with automated conveyor lines and system-level control logic.

2. Supports Automatic Multi-Line Connection
It can complete cross transfer, line switching, and direction change between different conveyor routes.

3. Stable Cam Lifting Structure
The cam lifting mechanism is suitable for repeatable lifting and return motion in continuous-duty applications.

4. Suitable for Multiple Logistics Applications
It can be used in automated warehouse systems, production logistics systems, AS/RS conveyor systems, and internal factory logistics layouts.

5. Improves Conveyor Layout Flexibility
At conveyor intersections, switching points, and compact layouts, the equipment helps optimize material flow and routing efficiency.

How to Select

Choose by load requirement
Confirm whether the transferred pallet, container, or regular good is within the ≤2000 kg load range.

Choose by transfer function
This unit is suitable when the project requires line switching, cross transfer, direction change, or automatic diversion between conveyor lines.

Choose by goods type
Best suited for pallets, containers, and regular goods with stable support conditions.

Choose by interface conditions
Confirm conveyor height, transfer direction, switching logic, and interface position with upstream and downstream equipment.

Choose by project boundary
For long-travel vertical transfer or floor-to-floor lifting, dedicated lifting equipment should be selected instead of a standard lift transfer unit.

FAQ

1. What materials can the lift & transfer system handle?
It is suitable for pallets, containers, and regularly shaped goods in automated transfer applications.

2. What type of control system does the equipment use?
The unit uses PLC automatic control, allowing coordinated operation with automated conveyor line control systems.

3. In which systems is the lift & transfer system commonly used?
It is commonly used in automated conveyor lines, automated warehouse systems, AS/RS conveyor systems, production logistics systems, and internal factory logistics systems.

4. What is the maximum load capacity?
The maximum load capacity is up to 2000 kg, suitable for pallet handling and heavy-duty material transfer applications.

5. What functions can the lift & transfer system perform?
The unit can perform cross-line transfer, conveyor direction change, automatic line switching, and material diversion.

6. Is it suitable for conveyor intersections?
Yes. It is commonly installed at conveyor intersections, process switching points, and material diversion areas.

7. Is it suitable for floor-to-floor vertical transport?
No. This unit is mainly for transfer and switching within conveyor systems. Multi-floor vertical transport should use dedicated lifting equipment.