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- TSXCPP110
- CANopen Bus Master PCMCIA Card
- France
- 110 × 35 × 80 mm
- 0.23 kg
- Xiamen, China
- New & In Stock
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Product Overview
The Schneider TSXCPP110 Modicon Premium CANopen Bus Master PCMCIA Card is a communication interface used to connect a Modicon Premium automation controller to CANopen field devices. It provides the controller with access to a CANopen network, allowing distributed devices to exchange process and diagnostic information with the Premium control system.
The card is suited to control architectures where sensors, actuators, drives, distributed I/O, and other CANopen-compatible equipment are located away from the main controller. By placing the CANopen master function at the controller communication layer, the Premium PLC can coordinate multiple field devices through a common network.
A typical installation uses the TSXCPP110 as the communication bridge between the Premium processor and a CANopen device network. The PLC application determines the required machine sequence, while the communication card handles the exchange of configured network data with connected CANopen nodes.
For commissioning and troubleshooting, communication status can be evaluated separately from the PLC application logic and individual field devices. This makes it possible to determine whether a problem originates from the controller configuration, CANopen network, node addressing, wiring, or a connected device.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Schneider Electric |
| Model | TSXCPP110 |
| Product Family | Modicon Premium |
| Product Type | CANopen Bus Master PCMCIA Card |
| Primary Function | CANopen master communication |
| System Role | PLC fieldbus communication interface |
| Application | CANopen device networking and industrial automation |
| Dimensions | 110 × 35 × 80 mm |
| Weight | 0.23 kg |
Product Features
- CANopen Bus Master communication interface
- PCMCIA card format for compatible Modicon Premium controllers
- Provides CANopen network access from the Premium automation platform
- Supports communication with compatible distributed field devices
- Suitable for networked drives, I/O devices, sensors, actuators, and other CANopen equipment
- Separates fieldbus communication functions from the main PLC processing layer
- Useful for distributed machine-control architectures
- Supports communication diagnostics during commissioning and maintenance
Working Principle
The TSXCPP110 operates as the CANopen master interface within a compatible Modicon Premium control system. The Premium controller exchanges configured process data through the card with devices connected to the CANopen network.
The controller application determines which data must be read or written. The TSXCPP110 manages the corresponding CANopen communication exchange, allowing connected nodes to provide input information or receive commands from the control system.
Modicon Premium Controller → TSXCPP110 CANopen Master → CANopen Network → Distributed Field Devices
Input information from CANopen nodes can be made available to the PLC application for sequencing, monitoring, interlocking, or diagnostic purposes. Output information generated by the controller can travel in the opposite direction to compatible networked devices.
The card therefore handles communication rather than the physical control action itself. A network communication fault can prevent valid controller commands or device feedback from reaching their intended destinations even when the PLC application is functioning correctly.
Role in a Modicon Premium CANopen Control Architecture
The TSXCPP110 occupies the fieldbus communication layer between the Premium controller and CANopen devices. It allows distributed equipment to participate in the controller’s automation system without requiring every field signal to be wired directly to local PLC I/O.
Premium PLC → TSXCPP110 → CANopen Bus → CANopen Nodes → Drives / I/O / Sensors / Actuators
| System Element | Function |
|---|---|
| Modicon Premium Controller | Executes machine and process control logic |
| TSXCPP110 | Provides CANopen master communication |
| CANopen Network | Transfers process and diagnostic data |
| CANopen Slave Nodes | Exchange data with the CANopen master |
| Distributed I/O | Interfaces field signals with the network |
| CANopen Drives | Receives motion or motor-control commands |
| Sensors / Actuators | Provide process feedback and perform physical actions |
| Engineering System | Supports configuration and commissioning |
This arrangement reduces the need for point-to-point wiring where distributed CANopen equipment is appropriate and gives the Premium controller a structured interface to networked field devices.
Industrial Applications
| Application | Typical Use |
|---|---|
| Machine Automation | CANopen networking between Premium PLC and field devices |
| Distributed I/O | Communication with remote I/O nodes |
| Motor Control | Interface to compatible CANopen drives |
| Packaging Machinery | Networking sensors, actuators, and distributed devices |
| Material Handling | CANopen communication for conveyor equipment |
| Assembly Systems | Coordinating distributed machine components |
| Manufacturing Equipment | Fieldbus connection for networked automation devices |
| Process Auxiliary Systems | Communication with distributed control equipment |
| OEM Machine Control | Integrating CANopen devices into Premium architectures |
Installation and Maintenance
- Verify that the TSXCPP110 is compatible with the intended Modicon Premium controller and CANopen architecture.
- Confirm the controller slot or interface arrangement required for the PCMCIA communication card.
- Back up the existing PLC and communication configuration before replacing the card.
- Identify the CANopen network devices and their configured node assignments before commissioning.
- Inspect the PCMCIA card and connector interface for visible damage or contamination.
- Verify CANopen network wiring and termination according to the approved machine design.
- Check that connected CANopen devices are powered and configured for the intended network.
- Insert and secure the communication card according to the applicable controller installation procedure.
- Load or verify the communication configuration and confirm that the expected CANopen nodes are recognized.
- Test process-data exchange between the Premium controller and representative CANopen devices.
- Investigate communication faults by checking the card, network wiring, node configuration, power supply, and individual field devices separately.
- After replacement or configuration changes, verify network communication, process data, diagnostics, and the complete machine sequence before returning the system to normal operation.
Compatible System Components
| Component | Function |
|---|---|
| Modicon Premium Processor | Executes PLC control and sequencing logic |
| TSXCPP110 | Provides CANopen master communication |
| CANopen Network | Transfers data between controller and field nodes |
| CANopen Distributed I/O | Exchanges field signals through the network |
| CANopen Motor Drives | Provides networked motor-control interface |
| CANopen Sensors | Supplies measurement and status information |
| CANopen Actuator Interfaces | Receives commands for connected field equipment |
| CANopen Termination | Maintains appropriate network electrical conditions |
| Engineering Software | Supports PLC and communication configuration |
Recommended Related Models
| Model / Product Family | Product Type | Typical Application |
|---|---|---|
| Schneider TSXCPP110 | CANopen Bus Master PCMCIA Card | Premium CANopen communication |
| Modicon Premium | PLC Platform | Machine and process control |
| Modicon Premium Processors | PLC Processor | Control logic and sequencing |
| Schneider CANopen Interfaces | CANopen Communication Products | Industrial fieldbus integration |
| Schneider CANopen I/O | Distributed I/O | Remote field signal interfacing |
| Schneider CANopen Drives | Motor Drive | Networked motor control |
| Modicon Premium Communication Modules | Communication Interface | Premium system networking |
Key Advantages
- Adds CANopen master communication capability to compatible Modicon Premium control architectures.
- Connects distributed CANopen devices to the Premium PLC control system.
- Supports structured fieldbus communication instead of extensive point-to-point signal wiring.
- Suitable for machine automation, distributed I/O, and networked drive applications.
- Provides a defined communication layer between PLC logic and CANopen field devices.
- Simplifies separation of controller, network, and field-device diagnostics.
Technical FAQs
What is the difference between the TSXCPP110 and a conventional Premium I/O module?
The TSXCPP110 is a communication interface rather than a conventional discrete or analog I/O module. It exchanges configured data with CANopen network nodes, allowing distributed devices to communicate with the Premium controller over the fieldbus.
What should be checked if the Premium PLC cannot communicate with a CANopen device?
Check the TSXCPP110 installation and configuration first, followed by CANopen wiring, network termination, node addressing, device power, and communication status. If only one node is unavailable, that device and its local connection should receive particular attention.
Can the TSXCPP110 communicate with CANopen drives?
It can be used as the CANopen master interface in architectures containing compatible CANopen devices, including networked drive equipment. The specific drive model, communication profile, configuration, and required process data should be verified before commissioning.
What information should be backed up before replacing a TSXCPP110?
The PLC application and associated communication configuration should be preserved before replacement. Network node assignments, CANopen parameters, and device-specific settings should also be documented so the replacement card can be commissioned with the intended network configuration.