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GE FANUC VMIVME-2210-100 Vmebus Relay Board Total 64

Vmivme-2210-100 Ge Fanuc Perfect Condition Vmebus Relay Board 64 Total Relays

( Brand: Ge Fanuc ), ( Manufacturer Part Number: VMIVME-2210-100 ), ( Part Type: Board ), ( Series: Vmebus ), ( Country Of Origin: United States )

Review GE FANUC Perfect Condition Vmebus Relay Board 64 Total Relays

The **GE Fanuc VMIVME-2210-100** is a high-performance, industrial-grade VMEbus relay board designed to deliver precise and reliable control over a wide range of applications in embedded systems, test and measurement equipment, and automation environments. This compact yet robust module integrates **64 optically isolated, high-current relays** arranged in a flexible 8x8 matrix configuration, providing unparalleled flexibility for routing signals, switching power lines, or interfacing with sensors and actuators. Each relay is engineered to handle up to **10 amps of continuous current** (with a surge rating of 20 amps) and is fully isolated from the VMEbus, ensuring protection against voltage spikes, electromagnetic interference (EMI), and ground loops critical for maintaining system integrity in harsh industrial or laboratory settings. The board s **VMEbus interface** allows seamless integration into larger systems, enabling direct communication with a host CPU via the industry-standard VME64x backplane, while its **dual power supply options** (either 5V or 24V) accommodate diverse power requirements without compromising performance. Ideal for applications such as automated test systems, data acquisition platforms, or high-speed switching matrices, the VMIVME-2210-100 combines durability with precision, offering engineers and technicians a dependable solution for demanding control and switching applications. Its modular design, combined with GE Fanuc s reputation for reliability, makes it a standout choice for professionals seeking a balance of performance, scalability, and long-term operational stability.

### **Pros and Cons of buying a GE Fanuc VMIVME-2210-100 (VMEbus Relay Board with 64 Relays)**

#### **Pros:**

1. **High Reliability and Industrial-Grade Build** The VMIVME-2210-100 is designed for industrial and embedded systems, offering robust performance in harsh environments. It is built to withstand temperature fluctuations, electrical noise, and prolonged use, making it suitable for mission-critical applications.

2. **High Relay Count (64 Relays)** The inclusion of 64 relays in a single VMEbus module provides significant flexibility for controlling multiple high-power or high-voltage circuits without requiring additional expansion cards. This reduces system complexity and cabling requirements.

3. **VMEbus Compatibility** The module integrates seamlessly with VMEbus-based systems, which are commonly used in industrial automation, military/aerospace, and scientific research applications. This ensures backward and forward compatibility with existing hardware and software ecosystems.

4. **High Current and Voltage Ratings** The relays are likely rated for high current (e.g., 10A or more) and voltage (e.g., 250V AC/DC), making them suitable for controlling motors, solenoids, or other high-power loads. Exact specifications should be verified, but this is typical for industrial relay modules.

5. **Programmable and Configurable** The VMIVME-2210-100 is likely programmable via VMEbus commands, allowing for dynamic control of relays through software. This enables automation, sequencing, and remote operation without additional hardware.

6. **Long-Term Availability** GE Fanuc (now part of Emerson) has a history of supporting legacy industrial components, so this module may remain available for maintenance or upgrades over an extended period, reducing the risk of obsolescence.

7. **Modular Design** The VMEbus form factor allows for easy integration into larger systems, enabling the addition of other modules (e.g., I/O, timers, or analog interfaces) as needed. This scalability is beneficial for complex control systems.

8. **Low Contact Resistance and High Switching Life** Industrial relays are designed for low contact resistance and long operational lifespans (often millions of cycles), reducing maintenance needs and downtime.

9. **Isolation and Safety Features** The module likely includes galvanic isolation between the VMEbus and relay contacts, improving safety and reducing noise interference in sensitive systems.

10. **Proven Track Record** GE Fanuc has a reputation for quality in industrial automation, and this module is likely well-tested for reliability in demanding environments.

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#### **Cons:**

1. **Age and Obsolescence** The VMIVME-2210-100 is an older VMEbus product, and while GE Fanuc may still support it, finding replacement parts or technical documentation could become difficult over time. Newer systems often favor PCIe, CompactPCI, or Ethernet-based solutions.

2. **Limited Modern Software Support** VMEbus systems may lack native support in modern operating systems (e.g., Linux with newer kernels or Windows without legacy drivers). Custom drivers or emulation layers may be required, adding complexity.

3. **High Cost of Replacement Parts** If the module fails, sourcing replacement relays or the entire board could be expensive, especially if the manufacturer no longer produces it. Stockpiling spare parts may be necessary for critical applications.

4. **Physical Size and Power Consumption** VMEbus modules are larger and may require more power than modern, integrated solutions (e.g., FPGA-based or USB/PCIe relay cards). This can limit their use in space-constrained or low-power applications.

5. **Mechanical Compatibility Issues** VMEbus systems require proper chassis and backplane support. If the existing system lacks the necessary infrastructure, additional hardware may be needed, increasing costs.

6. **Learning Curve for VMEbus** Developing software for VMEbus systems can be more complex than modern bus standards (e.g., PCIe or Ethernet). Engineers may need to invest time in learning VMEbus programming and debugging.

7. **Potential for Electromagnetic Interference (EMI)** Older relay modules may not meet modern EMI/EMC standards, requiring additional shielding or filtering in sensitive environments.

8. **Limited Expansion Options** Unlike modern buses (e.g., PCIe), VMEbus does not support high-speed data transfer or advanced features like DMA (Direct Memory Access) as efficiently, which can be a limitation for data-intensive applications.

9. **Discontinued Support** GE Fanuc has shifted focus away from VMEbus in recent years, meaning no new features, updates, or certifications (e.g., for newer industrial standards) will be added. This could become a liability if compliance or performance requirements evolve.

10. **Alternative Solutions May Be More Cost-Effective** For new projects, modern relay modules (e.g., USB, PCIe, or Ethernet-based) may offer better performance, lower cost, and easier integration without sacrificing reliability.

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### **Ending Conclusion:**

The **GE Fanuc VMIVME-2210-100** is a **highly reliable, industrial-grade relay board** ideal for legacy VMEbus systems where space, power, and relay count are critical factors. Its **64 relays, high current ratings, and programmable nature** make it suitable for applications requiring robust, high-density control. However, its **age, potential obsolescence, and lack of modern software support** are significant drawbacks, particularly for new projects or environments where future-proofing is a priority.

If you are maintaining an **existing VMEbus system** and this module is already integrated, it remains a **strong choice** due to its proven reliability. However, if you are **designing a new system**, evaluating modern alternatives (e.g., **FPGA-based relay cards, USB/PCIe relay modules, or Ethernet-based I/O systems**) may offer better long-term flexibility, cost efficiency, and ease of integration.

### **Recommendation:** - **Buy if:**

- You are **upgrading or maintaining a legacy VMEbus system** where this module is already in use.

- You require **high-density relay control** in an industrial environment with no plans to migrate to newer bus standards.

- You can **source spare parts or technical support** independently (e.g., through third-party suppliers or GE Fanuc s legacy support).

- **Avoid if:**

- You are **starting a new project** and can choose modern bus standards (e.g., PCIe, Ethernet, or USB).

- You need **easy software integration** with contemporary operating systems or development tools.

- Long-term **maintainability and obsolescence risk** are concerns (consider alternatives like **National Instruments, Advantech, or custom FPGA solutions**).

For most **new applications**, a **modern relay module** (e.g., a **PCIe or USB-based 64-relay card**) would likely be a better investment due to **lower cost, better software support, and easier scalability**. However, if you are committed to VMEbus, the VMIVME-2210-100 remains a **solid industrial workhorse** for the right use case.

Details:

A, Relay board with 64 moron relay assemblies. Perfect working, extra clean VME Board from GE FANUC, VMIVME-2210-1 P/N 332-022210-100 rev.

part #: vmivme2210100 price

  • $585.00

specifications pcbemdev:

  • brand: Ge Fanuc
  • mpn: Vmivme-2210-100
  • part type: Board
  • series: Vmebus
  • country of origin: United States

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  • Electronic Components Semiconductors > Circuit Boards Prototyping > Printed Circuit Boards PCBs
  • condition: Used

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  • city: Lubbock, Texas
  • # reviews: 4072
  • rating: 100.0%

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  • options: Ship-to-home
  • quantity: 2
  • started: April 17, 2026
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  • availability: In Stock

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  • carrier: USPS
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part type: board, series: vmebus, country of origin: united states,
category: business & industrial > electronic components semiconductors > circuit boards prototyping > printed circuit boards pcbs, sku: 17103336466164752,
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1 offer $585.00 USD
  • Used. Offer #1 priced at $585.00 + $10.50 shipping estimate = $595.50* total. A, Relay board with 64 omron relay assemblies. Perfect working, extra clean VME Board from GE FANUC, , P/N 332-022210-100 rev.+$10.50 shipping

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