GOSS 145460 Pack Std Bus Channel Bd E14540-3 64 I/o

( Brand: Goss ), ( Manufacturer Part Number: 145460 ), ( Type: Interface Card ), ( Vintage: Yes )

Review GOSS Pack Of Assy Std Bus 64 Channel I/o Or Input Bd

The **GOSS 145460 Pack (E14540-3 STD Bus 64-Channel I/O Bus Driver)** is a high-performance, modular industrial control solution designed to expand the functionality of GOSS s E-Series programmable logic controllers (PLCs) with robust digital and analog input/output capabilities. This versatile bus driver module integrates seamlessly into the E14540-3 standard bus architecture, offering a scalable and efficient means to interface with a wide range of industrial sensors, actuators, and field devices. Engineered for demanding environments, the 145460 Pack delivers 64 channels of high-speed I/O, divided evenly between 32 digital inputs and 32 digital outputs, each capable of handling robust industrial signals with minimal latency. The module s robust construction ensures reliable operation in harsh conditions, featuring protection against voltage spikes, electromagnetic interference, and environmental stressors such as dust, moisture, and temperature fluctuations making it ideal for applications in manufacturing, process control, automation, and building management systems. With its plug-and-play design, the 145460 Pack simplifies system integration, allowing engineers to quickly expand their PLC s I/O capacity without compromising performance or reliability. The module s compatibility with GOSS s E-Series controllers ensures seamless communication, enabling real-time monitoring and control of complex industrial processes. Whether deployed in a factory floor, a power generation facility, or a critical infrastructure system, this bus driver module provides the flexibility and durability required to meet the most stringent operational demands, all while maintaining ease of configuration and maintenance through intuitive software tools and clear documentation.

### **Pros and Cons of buying a GOSS 145460 (E14540-3) Standard Bus 64-Channel I/O Backplane**

#### **Pros**

1. **High Channel Count (64 Channels)** Ideal for applications requiring extensive analog or digital I/O, such as industrial automation, data acquisition, or control systems. The high channel density reduces the need for multiple interfaces, simplifying system design.

2. **Standard Bus Compatibility (E14540-3)** The backplane supports the **E14540-3 standard bus**, ensuring compatibility with a wide range of GOSS and third-party modules. This modularity allows for easy expansion and integration with existing systems.

3. **Reliability and Durability** GOSS is known for producing robust industrial-grade hardware, making this backplane suitable for harsh environments (e.g., temperature fluctuations, vibration, and electrical noise). It is designed for long-term operation in automation and control applications.

4. **Flexible I/O Options** The 64-channel architecture supports various signal types, including analog inputs/outputs (AI/AO), digital I/O (DI/DO), and potentially specialized signals depending on the connected modules. This versatility makes it adaptable to different measurement and control tasks.

5. **Scalability** The modular design allows for incremental expansion. Additional modules can be added as needed without replacing the entire system, reducing downtime and costs.

6. **Industrial-Grade Construction** Features such as robust connectors, proper shielding, and compliance with industrial standards (e.g., EMI/EMC) ensure stable performance in demanding environments.

7. **Backward and Forward Compatibility** The E14540-3 standard is well-established, meaning it can integrate with older GOSS systems while also supporting newer modules as they become available.

8. **Support for High-Speed Data Acquisition** Depending on the connected modules, this backplane can handle high-speed data streams, making it suitable for applications requiring real-time monitoring or control.

9. **Reduced Cabling Complexity** Consolidating 64 channels into a single backplane reduces the number of external cables and connectors, lowering the risk of signal interference and simplifying wiring.

10. **Cost-Effective for Large Systems** While the upfront cost may be high, the long-term savings from reduced module count, simplified installation, and lower maintenance needs can make it economical for large-scale deployments.

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#### **Cons**

1. **High Initial Cost** The upfront investment for a 64-channel backplane and compatible modules can be significant, especially for smaller projects or applications that do not require such a high channel count.

2. **Complexity in Setup** Integrating a high-channel-count system requires careful planning, proper grounding, and signal conditioning. Misconfiguration can lead to noise, signal degradation, or system failures.

3. **Limited to GOSS/E14540-3 Ecosystem** While the E14540-3 standard is robust, it may not be as widely supported as more universal bus standards (e.g., PCIe, Ethernet-based systems like EtherCAT or PROFINET). This could limit flexibility if switching to a different vendor or protocol later.

4. **Potential for Overkill** If the application only requires a fraction of the 64 channels, purchasing this backplane may be unnecessary, leading to wasted resources. A lower-channel-count backplane or a different architecture (e.g., Ethernet-based) might suffice.

5. **Dependence on GOSS Support** If GOSS discontinues support for this product line or specific modules, finding replacements or spare parts could become difficult, potentially leading to obsolescence risks.

6. **Physical Space Requirements** A 64-channel backplane occupies more space than smaller alternatives. This may be a constraint in compact or space-limited installations.

7. **Learning Curve for Non-Experienced Users** Configuring and troubleshooting a high-channel-count system can be challenging for users without experience in industrial automation or data acquisition. Proper training may be required.

8. **Signal Integrity Challenges** With a high number of channels, maintaining signal integrity across all connections can be difficult, especially in noisy environments. Proper shielding, filtering, and grounding are essential to avoid issues like crosstalk or noise pickup.

9. **Limited Software Integration** While GOSS provides software tools for configuration, the ecosystem may not be as integrated with popular third-party software (e.g., LabVIEW, MATLAB) as Ethernet-based or USB/FPGA-based alternatives.

10. **Potential for Latency in Some Configurations** Depending on the modules and data acquisition rates, certain configurations may introduce latency, which could be critical for real-time applications requiring ultra-low latency.

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### **Conclusion**

The **GOSS 145460 (E14540-3) 64-Channel I/O Backplane** is a powerful and reliable solution for applications demanding high-channel-count analog or digital I/O in industrial environments. Its modularity, durability, and compatibility with a wide range of modules make it ideal for large-scale automation, data acquisition, or control systems where space and scalability are priorities.

However, the high cost, complexity, and potential overkill for smaller applications are significant drawbacks. It is best suited for users with experience in industrial automation, existing GOSS infrastructure, or projects where the 64-channel capacity is genuinely necessary. For applications requiring lower channel counts, Ethernet-based or USB/FPGA solutions may offer better flexibility and cost efficiency.

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### **Recommendation**

- You require **64 channels** of high-quality analog or digital I/O.

- Your system is **already using GOSS/E14540-3 modules**, and you want to maintain compatibility.

- You operate in an **industrial environment** where reliability and durability are critical.

- You have the **budget and expertise** to handle the complexity of setup and troubleshooting.

- Your application benefits from **modular scalability** and long-term maintainability.

- You only need **fewer than 32 channels**, in which case a smaller backplane or Ethernet-based system (e.g., EtherCAT, PCIe) may be more cost-effective.

- You lack **experience with industrial automation** or require easier integration with mainstream software.

- Your application demands **ultra-low latency** or **high-speed Ethernet-based communication**, where alternatives like FPGA or EtherCAT might be better.

- You are concerned about **vendor lock-in** or potential obsolescence risks.

- **Ethernet-Based Systems (EtherCAT, PROFINET):** Better for modern, high-speed, and distributed I/O applications.

- **USB/FPGA-Based DAQ Systems:** More flexible for research or prototyping but may lack industrial robustness.

- **Modular PCIe or PXI Systems:** Offers high channel counts with better software integration but may be less durable in harsh environments.

Details:

Non returnable.

part #: 145460 prices

• $50.00-$151.46

specifications pcbemdev:

• brand: Goss
• mpn: 145460
• type: Interface Card
• vintage: Yes

general pcbemdev:

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

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• availability: In Stock
• quantity: 1
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• options: Ship-to-home
• started: May 8, 2026
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