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Product Overview

The Schneider BMXNOE0110 Ethernet TCP/IP Network Module is an industrial communication module designed to provide Ethernet-based networking capabilities within compatible Schneider Electric automation systems. It forms part of the communication infrastructure that allows programmable controllers and other industrial devices to exchange information across an Ethernet TCP/IP network.

In modern industrial automation, reliable communication between PLC controllers, remote I/O systems, operator interfaces, supervisory computers, engineering stations, and other networked devices is essential. Ethernet technology provides a flexible foundation for connecting these devices, while TCP/IP enables structured data communication across an IP-based network.

The BMXNOE0110 has listed dimensions of 120 × 115 × 56 mm and a weight of 0.2 kg. Its compact physical design makes it suitable for integration into industrial control cabinets and automation installations where communication equipment must coexist with PLC processors, I/O modules, terminal equipment, and other control components.

As an Ethernet TCP/IP network module, the BMXNOE0110 can serve as an important communication interface between compatible automation equipment and an industrial Ethernet network. Proper hardware installation, network configuration, addressing, cable routing, and commissioning are important for reliable communication.

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Technical Specifications

Parameter	Specification
Manufacturer	Schneider Electric
Model	BMXNOE0110
Product Type	Ethernet TCP/IP Network Module
Communication Technology	Ethernet TCP/IP
Dimensions	120 × 115 × 56 mm
Weight	0.2 kg
Application	Industrial Automation Networking
Installation	Industrial Control System / Control Cabinet
Primary Function	Ethernet Network Communication
Product Category	Industrial Communication Module

The exact port configuration, supported communication services, network functions, addressing capabilities, environmental ratings, and other detailed technical characteristics should be confirmed against the applicable product documentation and hardware configuration.

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What Is the Schneider BMXNOE0110?

The Schneider BMXNOE0110 is an Ethernet TCP/IP network module used to provide network communication functionality within a compatible industrial automation architecture.

A PLC system normally contains several functional layers. The controller executes application logic, I/O modules exchange signals with field devices, and communication modules provide connections to external networks and other automation equipment.

The BMXNOE0110 belongs to this communication layer.

A simplified architecture can be represented as:

PLC Controller → BMXNOE0110 → Ethernet Network → HMI / SCADA / Automation Devices

Through the network infrastructure, compatible systems can exchange information for monitoring, control, diagnostics, engineering, and other supported automation functions.

The exact communication functions available depend on the host automation platform, network architecture, configured services, and connected devices.

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Ethernet TCP/IP Communication Principle

Ethernet and TCP/IP work together to provide a structured method for exchanging information between networked devices.

A simplified communication process is:

Application Data → TCP/IP Communication → Ethernet Transmission → Network Infrastructure → Receiving Device

The sending automation device generates information that needs to be transmitted. Network communication functions prepare the information for transmission across the Ethernet infrastructure.

Network equipment then carries the data toward the intended destination, where the receiving device processes the information for the appropriate application.

This approach allows industrial controllers and supervisory devices to communicate across a common network rather than relying exclusively on individual point-to-point connections.

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Main Functions of the BMXNOE0110

Ethernet Communication

The BMXNOE0110 provides Ethernet TCP/IP communication functionality for compatible automation systems.

Network Data Exchange

Ethernet communication allows supported devices to exchange operational information across an industrial network.

Automation System Integration

The module can form part of an automation architecture connecting PLC equipment with other networked devices.

Monitoring and Diagnostics

Network connectivity can support the transfer of system information and diagnostic data where supported by the application.

Distributed Communication

Ethernet networking allows devices installed in different physical locations to communicate through a common network infrastructure.

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Role in Industrial Automation

Communication is a critical layer in modern PLC and process-control systems.

A typical automation structure can be represented as:

Sensors / Actuators → I/O Modules → PLC → Ethernet Network → HMI / SCADA / Supervisory Systems

The BMXNOE0110 can operate within the Ethernet communication portion of this architecture.

Its use can support applications such as:

• PLC-to-device communication
• Controller networking
• Centralized monitoring
• Supervisory data exchange
• Engineering access
• Network diagnostics
• Distributed automation
• Industrial data collection

The precise communication role depends on the equipment connected to the network and the configured application.

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Industrial Applications

PLC Automation Systems

The BMXNOE0110 can be incorporated into PLC architectures where Ethernet communication is required between the controller and other industrial devices.

Manufacturing Equipment

Production machines often contain PLCs, HMIs, drives, sensors, and other devices that need to exchange information.

Process Control

Industrial process systems can use Ethernet networks to connect control equipment with supervisory and monitoring systems.

Machine Control Panels

The compact size of the module makes it suitable for control cabinets where communication components must be installed alongside other automation hardware.

Remote Monitoring

Network communication can allow control-system information to be transferred to operator and supervisory equipment.

Industrial Information Systems

Ethernet connectivity can form part of the communication path between control equipment and higher-level industrial information systems.

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System Architecture

An industrial automation network generally contains several functional levels.

Field Level

Sensors, actuators, instruments, motors, and other field equipment interact directly with the physical process.

Control Level

PLC processors and I/O modules execute control functions and process field information.

Communication Level

Network modules and Ethernet infrastructure connect control equipment to other devices.

Supervisory Level

HMIs, SCADA systems, engineering computers, and monitoring platforms can use network data for visualization and system management.

The BMXNOE0110 can therefore contribute to the communication layer between compatible PLC equipment and the broader Ethernet network.

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Network Configuration Considerations

Correct configuration is essential for reliable Ethernet TCP/IP communication.

Depending on the system, engineers may need to consider:

• IP address
• Network addressing
• Network topology
• Device identification
• Communication services
• Network segmentation
• Ethernet cabling
• Switch configuration
• PLC configuration
• Diagnostic functions

The correct values depend on the actual control-system design.

Before commissioning the BMXNOE0110, the network configuration should be checked against the overall automation architecture to avoid addressing conflicts and communication errors.

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Installation Guidelines

1. Verify Product Identification

Confirm the complete module designation:

Schneider BMXNOE0110

The module should be checked against the intended automation system before installation.

2. Inspect the Module

Check the module for visible physical damage and inspect its connection interfaces before mounting.

3. Install Correctly

Install the module according to the applicable Schneider Electric hardware architecture and cabinet arrangement.

4. Connect the Ethernet Network

Connect the Ethernet communication cable using the appropriate interface and ensure that the cable is routed safely.

5. Configure the Network

Enter or verify the network parameters required by the application.

6. Verify Communication

After installation, confirm that the module can communicate with the intended network devices.

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Ethernet Cable Routing

Physical cable installation can have a significant effect on network reliability.

Ethernet cables should be routed to avoid unnecessary:

• Mechanical stress
• Sharp bends
• Crushing
• Abrasion
• Cable tension
• Movement
• Exposure to avoidable electrical interference

In industrial cabinets, communication cables should be routed in a systematic manner and separated from power wiring where appropriate for the installation.

Cable routing should also preserve access to the network connector and nearby equipment.

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Commissioning Procedure

A structured commissioning process can help identify configuration problems before the system enters normal operation.

Step 1: Confirm Hardware

Verify the BMXNOE0110 model and installation location.

Step 2: Check Connections

Inspect Ethernet connections and associated PLC interfaces.

Step 3: Verify Network Parameters

Confirm the configured network parameters and addressing information.

Step 4: Check Network Infrastructure

Inspect Ethernet switches, cables, connectors, and other devices between the BMXNOE0110 and its communication partners.

Step 5: Establish Communication

Confirm that the intended devices can communicate across the network.

Step 6: Verify Application Data

Check whether the expected control or monitoring information is being exchanged.

Step 7: Review Diagnostics

Use available diagnostic information to identify communication abnormalities.

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Troubleshooting the BMXNOE0110

No Ethernet Communication

If the BMXNOE0110 does not communicate with the network, check:

• Ethernet cable
• Network connector
• Network infrastructure
• IP configuration
• PLC configuration
• Connected equipment
• Module installation
• Available diagnostics

A network failure does not automatically mean that the module itself is defective.

Intermittent Communication

Intermittent communication can result from:

• Loose network connections
• Damaged Ethernet cables
• Electrical interference
• Network infrastructure problems
• Incorrect configuration
• Cable movement
• Network-related configuration issues

The complete communication path should be investigated.

Device Not Reachable

If another network device cannot reach the BMXNOE0110, check the addressing configuration and physical Ethernet connection.

Network switches and intermediate infrastructure should also be inspected.

Communication Errors

Communication errors may be associated with incorrect configuration, incompatible settings, damaged cabling, network problems, or application-level issues.

Troubleshooting should begin with the simplest physical and configuration checks before replacing the communication module.

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Maintenance Recommendations

Although the BMXNOE0110 is an electronic communication component, maintaining its surrounding installation can help support long-term reliability.

Inspect Network Connections

Check that Ethernet connections remain secure.

Inspect Cables

Look for cuts, abrasion, excessive bending, crushing, or other visible cable damage.

Check Cabinet Conditions

Keep the control cabinet in an appropriate condition for the installed automation equipment.

Monitor Communication Diagnostics

Repeated network faults should be investigated to determine their underlying cause.

Maintain Configuration Records

Document network settings and hardware identification so that future maintenance can be performed efficiently.

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Compatible Automation System Components

The BMXNOE0110 can operate as part of a broader automation architecture containing components such as:

Component	Typical Function
PLC CPU	Executes control logic
Digital I/O Modules	Process discrete signals
Analog I/O Modules	Process analog signals
Ethernet Network Module	Provides network connectivity
Ethernet Switch	Connects network devices
HMI	Operator interface
SCADA System	Supervisory monitoring
Engineering Workstation	System configuration
Sensors	Detect process conditions
Actuators	Perform physical actions
Drives	Control motor operation

Actual compatibility should always be verified against the host PLC platform and the specific system configuration.

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Physical Dimensions and Weight

The Schneider BMXNOE0110 has listed dimensions of:

120 × 115 × 56 mm

The listed weight is:

0.2 kg

These physical specifications can be useful when planning:

• Control cabinet layout
• Module mounting
• Equipment transportation
• Warehouse storage
• Replacement logistics
• Cable-routing space

The stated dimensions should be considered together with connector access and cable-routing clearance when planning the installation.

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Replacement Considerations

When replacing a Schneider BMXNOE0110, technicians should verify the complete model designation.

Important checks include:

• Full model number
• Host PLC platform
• Existing network architecture
• Network configuration
• Ethernet connections
• Module location
• Cabinet space
• Configuration requirements
• Connected communication devices

A visually similar communication module should not automatically be considered interchangeable.

Before commissioning a replacement, the network configuration should be checked to ensure that the new installation corresponds with the intended automation architecture.

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Engineering Best Practices

Plan the Network Before Installation

Define network architecture, device connections, cable paths, and addressing before commissioning.

Maintain Clear Cable Routing

Organized Ethernet wiring makes inspection and troubleshooting easier.

Document Network Addresses

Maintain accurate records of configured network parameters.

Label Network Connections

Clear labels help technicians identify network paths and connected devices.

Monitor Communication Performance

Repeated communication errors should be investigated rather than treated as isolated incidents.

Maintain Service Access

The BMXNOE0110 and its Ethernet connections should remain accessible for inspection and maintenance.

Verify Configuration Changes

After modifying network settings, test communication systematically before returning the system to normal operation.

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Key Advantages

The Schneider BMXNOE0110 Ethernet TCP/IP Network Module offers several practical benefits for industrial automation applications:

• Ethernet TCP/IP communication capability
• Integration into industrial Ethernet architectures
• Compact 120 × 115 × 56 mm dimensions
• Listed weight of 0.2 kg
• Suitable for control cabinet installations
• Supports network-based automation data exchange
• Useful for PLC communication architectures
• Supports centralized monitoring structures
• Helps connect compatible automation equipment to Ethernet infrastructure
• Suitable for distributed industrial communication applications

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Technical FAQs

What is the Schneider BMXNOE0110?

The Schneider BMXNOE0110 is an Ethernet TCP/IP Network Module designed for communication within compatible industrial automation systems.

What communication technology does the BMXNOE0110 use?

The module is identified as an Ethernet TCP/IP Network Module, providing Ethernet-based communication functionality.

What are the dimensions of the BMXNOE0110?

The listed dimensions are 120 × 115 × 56 mm.

How much does the BMXNOE0110 weigh?

The listed weight is 0.2 kg.

What is the purpose of an Ethernet network module?

An Ethernet network module provides a communication interface between compatible automation equipment and an Ethernet network, allowing supported devices to exchange information.

Can the BMXNOE0110 be used in a PLC control cabinet?

It is designed as an industrial network module and can be incorporated into compatible PLC and automation control architectures. The exact installation requirements depend on the host system.

What can cause communication problems?

Potential causes include incorrect network configuration, damaged cables, loose connections, addressing conflicts, network infrastructure faults, electrical interference, or module-related problems.

Should the network configuration be checked after module replacement?

Yes. Network addressing and other applicable communication parameters should be verified as part of the replacement and commissioning procedure.

What should be checked before purchasing a replacement?

The complete BMXNOE0110 model designation, host PLC platform, network architecture, physical installation requirements, Ethernet connections, and configuration requirements should all be verified.

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Conclusion

The Schneider BMXNOE0110 Ethernet TCP/IP Network Module is a compact industrial communication component designed to provide Ethernet-based networking functionality within compatible automation systems. It can serve as part of the communication infrastructure connecting PLC equipment with HMIs, supervisory systems, engineering stations, and other networked automation devices.

With listed dimensions of 120 × 115 × 56 mm and a weight of 0.2 kg, the BMXNOE0110 is suitable for applications where Ethernet communication functionality must be integrated into an industrial control environment while maintaining a compact equipment layout.

Reliable network operation depends on the complete communication system rather than the module alone. Proper Ethernet cabling, network addressing, configuration, network infrastructure, cabinet installation, and commissioning all contribute to stable communication.

For installation, maintenance, or replacement, the complete Schneider BMXNOE0110 model should be verified against the host automation platform and intended network architecture. Systematic configuration and troubleshooting can help maintain reliable Ethernet TCP/IP communication throughout the industrial control system.