Product Overview

The Schneider BMXXCAUSBH018 Connecting Wire is a compact connection component designed for use in compatible Schneider Electric industrial automation systems. With a specified cable length of 1.8 meters and a weight of 0.065 kg, this connecting wire provides a practical solution for establishing a connection between compatible automation equipment and associated engineering or control devices.

Connection wiring is an essential part of any industrial automation installation. Even when controllers, I/O modules, communication equipment, and field devices are correctly selected, reliable system operation depends on suitable physical connections between the individual components. A dedicated connecting wire helps provide an organized connection path while simplifying equipment installation, commissioning, servicing, and maintenance.

The BMXXCAUSBH018 is particularly useful where a connection cable of moderate length is required. Its 1.8-meter length can provide additional installation flexibility without introducing the excessive cable length that can complicate cabinet organization.

The exact electrical characteristics, connector arrangement, and supported equipment should be confirmed according to the intended Schneider automation system configuration.

Technical Specifications

The exact specifications supplied for the BMXXCAUSBH018 are the 1.8-meter cable length and 0.065 kg weight. Detailed connector specifications, electrical characteristics, communication standards, and compatible equipment should be verified for the specific installation.

What Is the Schneider BMXXCAUSBH018?

The Schneider BMXXCAUSBH018 is a connecting wire intended to provide a physical connection between compatible components in an industrial automation environment.

In modular control systems, different components must exchange information or establish electrical connections through appropriate interfaces. Connection cables provide the physical pathway required for these interactions.

The BMXXCAUSBH018 can therefore be considered part of the connection infrastructure surrounding an automation controller or other compatible Schneider equipment.

Its applications may include:

• Engineering connections
• Controller access
• System commissioning
• Maintenance operations
• Equipment configuration
• Service connections
• Industrial control-system integration

The exact application depends on the equipment connected at each end of the cable.

Function of the Connecting Wire

A connecting wire provides the physical pathway between two compatible interfaces.

In an industrial automation system, the general connection structure may be represented as:

Automation Equipment → BMXXCAUSBH018 → Compatible Interface Device

The cable itself does not perform PLC processing or control functions. Instead, it enables the connected equipment to establish the required physical connection.

Reliable cable performance depends on several factors, including:

• Correct interface compatibility
• Proper connector insertion
• Cable condition
• Appropriate routing
• Environmental conditions
• Correct equipment configuration

For this reason, the cable should always be treated as part of the complete automation connection system.

Importance of Reliable Industrial Cabling

Industrial automation equipment can operate continuously for long periods, often under conditions involving vibration, electrical noise, temperature changes, and repeated maintenance activity.

A reliable connection cable helps reduce problems associated with poor physical connections.

Connection problems can potentially result in:

• Intermittent communication
• Loss of device recognition
• Diagnostic errors
• Unstable equipment operation
• Commissioning difficulties
• Increased maintenance time

Selecting the correct connecting wire and installing it properly can therefore contribute to overall system reliability.

1.8-Meter Cable Length

The BMXXCAUSBH018 has a specified cable length of:

1.8 meters

This length can be useful where connected equipment is separated by a moderate physical distance.

The 1.8-meter length provides sufficient reach for many:

• Control cabinet connections
• Engineering workstation connections
• Machine-control installations
• Commissioning activities
• Maintenance operations
• Equipment service tasks

When planning the installation, engineers should make sure that the cable can reach the intended connection points without excessive tension.

The cable should not be stretched tightly between two devices.

At the same time, unnecessary excess cable should be avoided because loose cable loops can make cabinet wiring less organized.

Industrial Automation Applications

PLC Engineering

Connecting wires are frequently required when engineers need to access compatible PLC equipment during programming, commissioning, or maintenance.

The BMXXCAUSBH018 can provide the required physical connection when matched to the applicable Schneider system.

Machine Commissioning

During machine installation, engineers may need temporary or permanent connections between automation equipment and engineering devices.

A suitable connecting cable simplifies this process.

System Maintenance

Maintenance technicians may use connection cables when inspecting or servicing control equipment.

A correctly matched cable can reduce unnecessary disassembly during service work.

Industrial Control Panels

The 1.8-meter length can provide useful flexibility inside or around an industrial control environment.

Equipment Configuration

Where compatible Schneider equipment supports the required connection function, the cable can be used during equipment configuration and service procedures.

Installation Guidelines

Proper installation helps protect both the cable and the connected equipment.

1. Confirm the Cable Model

Before installation, verify:

BMXXCAUSBH018

The complete part number should match the intended application.

2. Confirm Interface Compatibility

Check both connection points before inserting the cable.

Do not force a connector into an incompatible interface.

3. Inspect the Cable

Examine the cable for:

• Cuts
• Cracked insulation
• Damaged connectors
• Excessive bending
• Contamination
• Signs of mechanical stress

4. Connect Carefully

Insert the connectors carefully and ensure that they are properly seated.

Avoid pulling on the cable itself when making or removing a connection.

5. Route the Cable Correctly

The 1.8-meter cable should be routed away from:

• Sharp edges
• Moving components
• High-temperature equipment
• High-current power cables where practical
• Areas subject to crushing or repeated bending

6. Verify the System

After installation, check that the connected equipment operates correctly and that the intended connection is established.

Cable Routing and Electrical Environment

Industrial control cabinets can contain many potential sources of electrical interference.

Typical sources include:

• Variable frequency drives
• Motors
• Contactors
• Relays
• Switching power supplies
• High-current conductors

Connection cables should therefore be routed carefully.

Where practical, separate communication or sensitive connection wiring from high-power conductors.

Good cable management should also prevent:

• Excessive bending
• Connector tension
• Cable crushing
• Abrasion
• Unnecessary loops

Proper routing improves maintainability and helps protect the physical connection.

Troubleshooting the BMXXCAUSBH018

No Connection

If the connected equipment does not establish the expected connection, check:

• Cable insertion
• Connector condition
• Equipment power
• Interface compatibility
• Device configuration
• Software settings

The cable should be tested independently where possible.

Intermittent Connection

An intermittent connection can be caused by:

• Loose connectors
• Damaged cable
• Mechanical movement
• Excessive bending
• Electrical interference
• Problems with the connected equipment

Inspect the complete connection path rather than assuming that the cable is the only possible source of the fault.

Connection Drops During Operation

If the connection repeatedly disappears during operation, inspect the cable for mechanical stress.

Also verify whether movement of the cable causes the problem.

This can help distinguish a physical connection problem from a software or equipment issue.

Cable Physically Damaged

A cable with damaged insulation, exposed conductors, or damaged connectors should be removed from service and replaced with an appropriate compatible component.

Preventive Maintenance

Although a connecting wire does not normally require complex maintenance, routine inspection can help prevent unexpected connection failures.

Visual Inspection

Check the cable periodically for damage or abnormal wear.

Connector Inspection

Check both ends for contamination, deformation, or physical damage.

Cable Routing

Make sure the cable remains free from excessive mechanical stress.

Cabinet Cleanliness

Dust, oil, moisture, and other contaminants should be controlled within the equipment installation environment.

Replacement Planning

Cables used in frequently serviced equipment should be inspected as part of preventive maintenance activities.

Physical Characteristics and Handling

The BMXXCAUSBH018 has a specified weight of:

0.065 kg

Its relatively low weight makes it easy for technicians to handle during installation, maintenance, and equipment replacement.

The 1.8-meter length should also be considered during storage and transportation.

The cable should be stored without excessive compression or sharp bends.

When coiling the cable for storage, avoid creating tight bends that could place unnecessary stress on the cable structure.

System Integration Considerations

A connecting wire should not be evaluated independently from the equipment to which it is connected.

Before installing the BMXXCAUSBH018, engineers should consider:

• Connected device type
• Interface requirements
• Cable length
• Cabinet layout
• Equipment accessibility
• Electrical environment
• Maintenance requirements

A properly planned connection can make future troubleshooting significantly easier.

Clear cable routing and appropriate labeling are particularly useful in large industrial control cabinets containing multiple similar connection points.

Replacement Considerations

When replacing the Schneider BMXXCAUSBH018, verify the complete product designation.

Important information includes:

• Manufacturer
• Model number
• Product type
• Cable length
• Connector compatibility
• Intended equipment
• Installation requirements

The supplied specifications are:

Model: BMXXCAUSBH018
Product Type: Connecting Wire / Cable
Cable Length: 1.8 meters
Weight: 0.065 kg

A cable that looks physically similar should not automatically be considered an equivalent replacement.

The connection interface and intended equipment must be verified before installation.

Engineering Best Practices

For reliable use of the BMXXCAUSBH018, several basic engineering practices should be followed.

Verify Before Installation

Confirm the complete model number and intended application.

Avoid Mechanical Stress

Do not use the cable as a lifting, supporting, or positioning component.

Protect the Connectors

Avoid pulling or twisting the connectors during installation.

Maintain Organized Routing

Keep the 1.8-meter cable neatly routed and secured where necessary.

Separate Sensitive Connections

Where practical, keep connection wiring away from strong sources of electrical interference.

Document Connections

Clear labeling and documentation can simplify future maintenance.

Key Advantages

The Schneider BMXXCAUSBH018 offers several practical characteristics for compatible industrial automation applications:

• Schneider Electric connecting wire design
• 1.8-meter cable length
• Lightweight 0.065 kg construction
• Suitable for compatible automation equipment
• Useful for engineering and commissioning
• Convenient for maintenance operations
• Practical cable length for equipment connections
• Easy handling and installation
• Suitable for organized control-system wiring

Technical FAQs

What is the Schneider BMXXCAUSBH018?

The BMXXCAUSBH018 is a Schneider Electric Connecting Wire / Cable intended for compatible industrial automation equipment.

What is the cable length?

The specified cable length is 1.8 meters.

What is the weight of the BMXXCAUSBH018?

The specified weight is 0.065 kg.

What is the purpose of the connecting wire?

Its purpose is to provide a physical connection between compatible automation equipment and associated interface devices.

Is the BMXXCAUSBH018 a PLC module?

No. It is a connecting cable and does not function as a PLC processor or I/O module.

Where can this cable be used?

Depending on compatibility, it can be used for engineering, commissioning, service, maintenance, configuration, and other supported industrial automation connections.

What can cause an unreliable connection?

Potential causes include damaged cable insulation, loose connectors, incorrect interface compatibility, mechanical stress, electrical interference, or problems with the connected equipment.

How should the cable be installed?

The cable should be connected carefully, protected from sharp edges and excessive bending, and routed to minimize mechanical and electrical interference.

Can a generic cable replace the BMXXCAUSBH018?

A generic cable should not automatically be treated as a direct replacement. The required connector configuration and compatibility with the intended Schneider equipment should be verified first.

How should the BMXXCAUSBH018 be stored?

Store it in a clean and dry environment and avoid tight bends, crushing, excessive compression, or damage to the connectors.

Conclusion

The Schneider BMXXCAUSBH018 Connecting Wire is a compact industrial automation connection component designed for use with compatible Schneider Electric equipment. With a specified 1.8-meter cable length and 0.065 kg weight, it provides a practical connection solution for engineering, commissioning, maintenance, configuration, and other supported automation-system applications.

The cable’s moderate length provides useful installation flexibility while remaining manageable for control-panel and equipment service environments. Proper routing, connector handling, and protection from mechanical and electrical hazards are important for maintaining reliable connections.

When purchasing or replacing the BMXXCAUSBH018, the complete model number should be checked together with the intended Schneider equipment and interface requirements. Correct product identification and careful installation help ensure stable operation and efficient maintenance of the overall industrial automation system.