Product Overview

The Schneider Electric XBTGT6340 Advanced Touchscreen Panel is an industrial human-machine interface (HMI) from the Magelis XBT GT series. It is designed to provide operators with a graphical interface for monitoring machine conditions, viewing process information, acknowledging alarms, and interacting with industrial automation systems.

The XBTGT6340 features a 12.1-inch color TFT LCD display with an 800 × 600 SVGA resolution. Its touchscreen interface allows operators to navigate application screens, access machine parameters, and issue authorized commands without relying exclusively on physical push buttons or indicator lamps.

The panel supports a 24 V DC power supply and provides Ethernet and serial communication interfaces for integration with compatible programmable logic controllers (PLCs) and other automation equipment. Additional interfaces include two USB Type-A master ports, digital inputs and outputs, audio connections, and a composite video input.

The HMI uses Vijeo Designer configuration software to create and manage graphical operator applications. Depending on the project design, the interface can display equipment status, process variables, alarm messages, operating instructions, and other information required for daily plant operation.

The XBTGT6340 is suited to existing industrial installations that use the Magelis XBT GT platform. Because the model is discontinued, buyers should verify hardware condition, communication requirements, software compatibility, and replacement options before purchasing.

Technical Specifications

Note: The dimensions and weight are the supplied listing values. Confirm the actual unit and packaging weight before shipment. Interface availability and communication support should be checked against the product documentation and installed firmware.

Function and Working Principle

The XBTGT6340 serves as the operator-facing interface between an industrial control system and the people operating or maintaining the equipment. It displays information supplied by connected controllers and allows users to interact with the machine through configured touchscreen objects.

1. Graphical Operator Interface

The 12.1-inch TFT LCD screen provides a graphical workspace for machine operation. Application designers can organize information into screens showing operating status, process values, equipment conditions, and operator commands.

For example, a packaging machine interface might display conveyor status, production counts, operating modes, and alarm notifications. Operators can navigate between screens to view different parts of the process.

The actual content and functionality depend on the application developed for the panel.

2. Touchscreen Operation

The analog touchscreen detects operator input and allows configured buttons, selectors, and other screen objects to be activated directly.

This approach can reduce the number of separate physical controls required on a machine panel. It also allows the same physical display to present different controls according to the current operating mode or user permissions.

Touchscreen commands should be designed with appropriate confirmation, access control, and interlocking. Safety-critical functions must use suitable safety-rated devices and architectures rather than relying on an ordinary HMI touchscreen alone.

3. PLC Communication

The XBTGT6340 exchanges data with compatible controllers through supported communication interfaces. Depending on the selected protocol and project configuration, the HMI can read controller variables and write authorized values or commands.

A PLC may provide information such as motor status, sensor readings, production counts, and fault conditions. The HMI presents this information in a form that is easier for operators to understand.

Successful communication depends on the controller model, protocol configuration, cable type, addressing, baud rate where applicable, and the HMI project settings.

4. Alarm and Status Display

An HMI can display alarms and equipment status to help operators identify abnormal conditions. A well-designed application distinguishes between warnings, faults, and normal operating states and provides meaningful messages.

Where supported by the application, operators may acknowledge alarms or navigate to diagnostic screens. The controller and control logic remain responsible for detecting process conditions and executing the required responses.

5. Data Presentation

The panel can display numerical values, status indicators, trends, and other visual objects supported by the configured application.

These displays can help operators monitor machine performance and recognize changes in process conditions. The quality of the information depends on the variables supplied by the PLC, the HMI project’s design, and the communication system.

Role in Industrial Control Systems

The XBTGT6340 normally operates as the visualization and operator-interaction layer of an automation system. It complements the PLC and other control equipment rather than replacing their control functions.

PLC and Controller Integration

A PLC executes the machine-control program and processes signals from sensors and other field devices. The HMI displays selected PLC data and provides an interface for authorized operator commands.

For example, an operator might select a production mode on the HMI. The command is transferred to the controller, which checks operating conditions and determines whether the requested action is permitted.

Before integration, engineers should verify the PLC model, communication protocol, required driver, addressing scheme, and available ports.

Ethernet-Based Communication

The integrated Ethernet interface can support compatible TCP/IP-based communication. In suitable configurations, it allows the HMI to exchange data with controllers or other supported devices over an industrial network.

Network design should account for addressing, segmentation, access control, and electromagnetic interference. Ethernet availability alone does not guarantee compatibility with every PLC protocol.

Serial Communication

The panel also provides serial communication interfaces. Depending on the selected port and supported protocol, these interfaces may be used with compatible controllers or legacy automation equipment.

RS-232, RS-422, and RS-485 have different electrical characteristics and wiring requirements. The interface type and protocol must match the connected device. For RS-485 installations, topology, termination, cable characteristics, and grounding should follow the relevant equipment instructions.

Machine-Level Visualization

In a production system, the HMI may serve as the main operator interface for one machine or a section of a production line. It can display operating modes, machine readiness, alarms, and process values supplied by the controller.

This arrangement helps operators understand machine status without accessing the PLC program directly.

Industrial Applications

The XBTGT6340 can be used in industrial environments where a compatible Magelis HMI is required for monitoring and operating machinery.

1. Manufacturing Equipment

Manufacturing machines often require an interface for selecting operating modes, viewing machine status, and checking production information. The XBTGT6340 can provide these functions through a project designed for the connected controller.

2. Packaging Machinery

Packaging systems may use an HMI to display production counts, line status, operating settings, and fault messages. The touchscreen can provide access to configured machine controls and diagnostic information.

Actual performance depends on the PLC application, communication setup, and screen design.

3. Material-Handling Systems

Conveyors, transfer stations, and material-handling equipment can use an HMI to display motor status, sensor conditions, and operating sequences. Operators can use the interface to review equipment conditions and issue authorized commands.

4. Process Monitoring

In suitable process-control installations, the panel can present variables such as temperatures, pressures, levels, flow values, and equipment status when these are provided by the controller.

The HMI is a visualization device; measurement accuracy and control performance depend on the underlying instruments, controller, and application logic.

5. OEM Machinery

Original equipment manufacturers may integrate the XBTGT6340 into machine cabinets to provide a consistent operator interface. A customized Vijeo Designer application can organize operating parameters, alarm screens, maintenance information, and other machine-specific functions.

When maintaining existing OEM equipment, preserve the original project files and communication settings whenever possible.

Installation and System Integration

Correct installation helps ensure reliable operation and reduces the risk of communication problems, electrical damage, or touchscreen malfunction.

1. Verify the Power Supply

The panel uses a nominal 24 V DC supply, with a documented permitted range of 19.2–28.8 V DC. The supply should have sufficient current capacity and be installed according to the manufacturer’s instructions.

The published power consumption is 30 W. Allow for the required current capacity, startup behavior, wiring losses, and other devices sharing the same supply.

Confirm polarity and terminal assignments before energizing the unit.

2. Prepare the Panel Cutout

The overall dimensions are 313 × 239 × 56 mm. The documented panel cutout is approximately 301.5 × 227.5 mm, subject to the specified manufacturing tolerance.

Use the model-specific dimensional drawing when preparing the cabinet opening. The panel cutout is not the same as the overall front dimensions.

Ensure that the mounting surface is flat and that the required panel thickness, mounting hardware, and clearances comply with the manufacturer’s installation instructions.

3. Provide Appropriate Environmental Protection

The HMI should be installed in an environment that meets its documented temperature, humidity, vibration, and contamination limits.

Protect the rear of the unit and its connectors from conductive dust, moisture, and mechanical damage. Avoid installing the panel where excessive heat or direct exposure to liquids could affect reliability.

4. Configure Communication

Select the appropriate Ethernet or serial interface for the connected controller. Configure the protocol, device address, communication parameters, and corresponding HMI project settings.

For Ethernet installations, check the IP address and subnet configuration. For serial connections, verify the port assignment, electrical interface, cable pinout, and communication speed.

Test data exchange before commissioning the complete machine.

5. Load and Verify the HMI Project

Use a compatible Vijeo Designer environment and the correct project files for the installed panel. Confirm software version compatibility, target configuration, required drivers, and any available backups before transferring an application.

After downloading the project, check screen navigation, variable updates, alarm messages, and operator commands. Verify that the application displays accurate information from the connected controller.

6. Test the Touchscreen and Interfaces

Inspect the display for visible damage and check the touchscreen response across the active area. Test Ethernet and serial communication, USB functions required by the application, and other interfaces used in the installation.

Where a replacement unit is installed, confirm that the screen layout, touch positions, communication settings, and operator workflow remain correct.

Compatible System Components

The XBTGT6340 is designed to work with compatible industrial controllers and supporting equipment. Compatibility must be confirmed for the specific hardware, communication protocol, and application.

The listed components are examples of equipment that may be used in an integrated installation. They are not necessarily supplied with the XBTGT6340.

Alternative Models and Replacement Considerations

The XBTGT6340 is discontinued, so replacement planning should consider the existing application and the long-term maintainability of the control system.

Before selecting a replacement, compare:

• Display size, resolution, and overall dimensions.
• Panel cutout and mounting requirements.
• Power supply and electrical connections.
• Ethernet and serial communication interfaces.
• PLC model and communication protocol.
• Vijeo Designer project compatibility and conversion requirements.
• Required application memory and backup procedures.
• Alarm, trend, and data-display functions.
• Availability of technical support and spare parts.

A newer HMI is not necessarily a direct replacement. Even when a replacement offers similar display characteristics, the application project, communication drivers, and mounting arrangement may differ.

Key Advantages

Large Color Display

The 12.1-inch TFT LCD screen provides a graphical interface for presenting operating information, process values, and machine status.

SVGA Resolution

The 800 × 600 display resolution supports organized screen layouts for alarms, machine diagrams, operating controls, and status indicators.

Multiple Communication Interfaces

Ethernet and serial interfaces support integration with compatible industrial controllers. The actual communication method depends on the selected protocol and application configuration.

Touchscreen Operation

The analog touchscreen allows operators to interact directly with configured controls and navigate between application screens.

Flexible HMI Configuration

Vijeo Designer provides the development environment for creating application-specific operator interfaces.

Support for Existing Automation Systems

For installations already using the Magelis XBT GT platform, the XBTGT6340 may serve as a maintenance spare when the exact model and hardware condition are confirmed.

Technical FAQs

1. What is the Schneider Electric XBTGT6340?

The XBTGT6340 is a Magelis XBT GT advanced touchscreen HMI designed for industrial machine monitoring and operator interaction.

2. What is the display size and resolution?

It has a 12.1-inch color TFT LCD display with an 800 × 600 SVGA resolution and supports 65,536 colors.

3. What power supply does the XBTGT6340 require?

It operates from a nominal 24 V DC supply, with a documented permitted range of 19.2–28.8 V DC. Its published power consumption is 30 W.

4. Which configuration software does it use?

The panel uses Vijeo Designer. Verify software version and project compatibility before modifying or downloading an existing application.

5. Does it support Ethernet communication?

Yes. It includes an RJ45 Ethernet TCP/IP interface. The supported controller protocols and network configuration must be confirmed for the intended application.

6. Which serial interfaces are available?

The documented configuration includes a DB9 COM1 port supporting RS-232C, RS-422, and RS-485 interfaces, and an RJ45 COM2 RS-485 interface. Confirm the required port, protocol, and cable arrangement before connection.

7. What is the panel cutout size?

The documented cutout is approximately 301.5 × 227.5 mm, with specified tolerances. Use the model-specific dimensional drawing before machining the cabinet.

8. Is the XBTGT6340 still manufactured?

No. The model has been discontinued. Availability of unused, refurbished, or used units depends on industrial spare-parts suppliers and remaining inventory.

9. Can the XBTGT6340 be replaced by an HMIGTO6310?

The HMIGTO6310 is identified as a replacement option in some Schneider Electric regional documentation. However, the change may require project conversion and verification of communication, mounting, and application compatibility.

10. What should be checked before purchasing a used panel?

Check the full model number, display condition, touchscreen response, power-up behavior, communication ports, connector condition, and availability of the original application project. Ask the supplier to clarify the unit’s tested condition and warranty terms.

Procurement and Maintenance Recommendations

Because the XBTGT6340 is discontinued, procurement should begin with exact model identification and a review of the existing installation.

Before ordering, confirm the complete model number, screen specification, power supply requirements, communication interfaces, and physical dimensions. Request clear photographs of the front label, rear label, connectors, and overall condition. For used equipment, ask whether the touchscreen, display, and communication ports have been functionally tested.

Preserve the original Vijeo Designer project files, communication settings, and relevant controller documentation. These materials can reduce downtime when the panel must be replaced or recommissioned.

During maintenance, keep the screen clean using suitable methods, inspect connectors and power wiring, and check for display deterioration or intermittent communication. Avoid applying excessive pressure to the touchscreen or exposing the panel to cleaning agents that may damage its surface.

For a modernization project, evaluate the total replacement effort rather than comparing display specifications alone. Software migration, communication drivers, cabinet modifications, and operator retraining may all affect the final cost and commissioning schedule.

Conclusion

The Schneider Electric XBTGT6340 Magelis Advanced Touchscreen Panel is a 12.1-inch industrial HMI with an 800 × 600 SVGA color display, 24 V DC power supply, Ethernet and serial communication interfaces, and Vijeo Designer application support.

It provides an operator interface for machine monitoring, alarm presentation, process visualization, and authorized control commands. Since the model is discontinued, careful verification of the unit, software project, communication configuration, and replacement requirements is essential for reliable maintenance and industrial automation upgrades.