Company Information
E-mail		sales@xmjzjsgs.com
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Whatsapp		+8613666033393
WeChat		13666033393
Add		Room 1004, No. 62 Xiangxiu Li, Siming District, Xiamen City, Fujian Province, China

Product Introduction

The Schneider Electric 140XBP01000 is a 10-slot backplane rack built for the Modicon Quantum automation platform, one of the most trusted architectures in industrial control. As a critical component of the Quantum system, this backplane provides mechanical structure and high-speed data interconnect between various Quantum modules, including CPUs, power supplies, I/O modules, and communication interfaces.

Engineered for robust industrial applications, the 140XBP01000 supports centralized and distributed control strategies in industries that demand high availability, scalability, and ruggedness. Its 10-slot capacity offers flexibility and expandability, making it ideal for medium to large-scale PLC configurations.

With its durable aluminum construction, tool-free module installation, and compliance with international certifications, the 140XBP01000 ensures a long operational life and high system reliability even in challenging industrial environments.

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Product Specifications

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Product Applications

The 140XBP01000 backplane is designed for use in complex automation environments where system modularity and scalability are key requirements. Common applications include:

• Manufacturing process control – supporting batch, discrete, and continuous production lines

• Energy and power management – including generation, transmission, and substation control

• Oil and gas platforms – both onshore and offshore for drilling and refining

• Water and wastewater treatment – pump and filtration system control

• Pharmaceutical and food processing – with demands for hygienic automation

• Transport and logistics systems – automated material handling and conveyor management

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Product Advantages

• High Slot Capacity
  10 slots provide a generous layout for control, I/O, and communication expansion.

• Future-Proof Design
  Easily scalable and compatible with the full range of Modicon Quantum modules, including legacy and modern models.

• Rugged Industrial Build
  Strong aluminum frame ensures reliability in harsh environments with high vibration and temperature extremes.

• Ease of Maintenance
  Passive backplane with no moving parts reduces failure points and maintenance costs.

• Standardized Slot Design
  All module slots are clearly marked and designed for easy installation without tools.

• Enhanced System Integration
  Supports various configurations including redundant systems and remote I/O nodes.

• Certification Ready
  CE, UL, CSA, and ATEX certifications make it suitable for use in regulated industries globally.

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Frequently Asked Questions (FAQs)

1. How many modules can the 140XBP01000 backplane support?
   The backplane is designed to accommodate up to 10 modules, including power supply, CPU, I/O, and communication modules.

2. Is it possible to mix I/O and communication modules on the same backplane?
   Yes, all Modicon Quantum-compatible modules can be arranged in any sequence, aside from the reserved power supply slot.

3. Can the backplane operate without active cooling?
   Absolutely. It is passively cooled by natural air convection, ideal for environments where fan-based systems are impractical.

4. Does the 140XBP01000 include a power supply module?
   No, the power supply must be purchased separately and installed in the left-most designated slot.

5. Can this backplane be installed vertically in an enclosure?
   Yes, it can be mounted vertically if there is sufficient airflow to prevent overheating of the modules.

6. Is the backplane hot-swappable for module replacement?
   No, the system must be powered down before installing or removing modules to ensure system integrity and safety.

7. What is the material used for the backplane chassis?
   The chassis is made from anodized industrial-grade aluminum to ensure durability and resistance to corrosion.

8. What kind of mounting hardware is required for installation?
   Standard panel mounting hardware can be used, and Schneider Electric offers optional chassis kits like the 140CHS32000.

9. How do I identify faulty slots or connection issues on the backplane?
   Fault diagnostics are typically handled by the installed CPU or diagnostic modules, which can indicate slot-level failures via the system software or LED indicators.

10. Can this backplane be used in a redundant controller setup?
    Yes, the 140XBP01000 is compatible with Quantum Hot-Standby (HSBY) redundancy systems when configured with appropriate CPU and communication modules.

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Related Models from the Same Series

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Popular Schneider Electric Models

Frequently Asked Questions (FAQs)

1. How many modules can the 140XBP01000 backplane support?
   The backplane is designed to accommodate up to 10 modules, including power supply, CPU, I/O, and communication modules.

2. Is it possible to mix I/O and communication modules on the same backplane?
   Yes, all Modicon Quantum-compatible modules can be arranged in any sequence, aside from the reserved power supply slot.

3. Can the backplane operate without active cooling?
   Absolutely. It is passively cooled by natural air convection, ideal for environments where fan-based systems are impractical.

4. Does the 140XBP01000 include a power supply module?
   No, the power supply must be purchased separately and installed in the left-most designated slot.

5. Can this backplane be installed vertically in an enclosure?
   Yes, it can be mounted vertically if there is sufficient airflow to prevent overheating of the modules.

6. Is the backplane hot-swappable for module replacement?
   No, the system must be powered down before installing or removing modules to ensure system integrity and safety.

7. What is the material used for the backplane chassis?
   The chassis is made from anodized industrial-grade aluminum to ensure durability and resistance to corrosion.

8. What kind of mounting hardware is required for installation?
   Standard panel mounting hardware can be used, and Schneider Electric offers optional chassis kits like the 140CHS32000.

9. How do I identify faulty slots or connection issues on the backplane?
   Fault diagnostics are typically handled by the installed CPU or diagnostic modules, which can indicate slot-level failures via the system software or LED indicators.

10. Can this backplane be used in a redundant controller setup?
    Yes, the 140XBP01000 is compatible with Quantum Hot-Standby (HSBY) redundancy systems when configured with appropriate CPU and communication modules.

Related Models from the Same Series

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Popular Schneider Electric Models

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