🔧 EMERSON TPMC917 MVME5500 Controller Module

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🧠 Product Overview

The EMERSON TPMC917 MVME5500 is a high-performance VMEbus single-board computer (SBC) designed for industrial automation, defense, and mission-critical applications. It combines robust computing power with reliability and modular flexibility, making it ideal for environments requiring continuous operation and precise control. Engineered for harsh conditions, the TPMC917 delivers consistent performance with high-speed processing, extensive I/O support, and scalable architecture.

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📊 Technical Specifications

Parameter	Specification
Processor	PowerPC architecture (MPC7455/7457) up to 1.0 GHz
Memory	512MB DDR SDRAM (expandable up to 1GB), with ECC error checking
Storage	8MB to 64GB Flash memory, supports external HDD/SSD
Interfaces	4-channel RS232 asynchronous serial interfaces (up to 115.2Kbps)
I/O Ports	Front panel I/O (DB25 connector) and rear I/O
Power Supply	3.3V and 5V PCI I/O signals
Operating Temperature	-40°C to +85°C
Humidity	5% to 95% non-condensing
Dimensions	Standard 6U VME form factor, dimensions 233mm×160mm×46mm
Weight	Approximately 500g
Certifications	CE, FCC, MIL-STD-810 for vibration and shock resistance

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🔌 Key Features

• High Processing Power: Powered by the PowerPC 750FX, capable of executing complex automation algorithms rapidly.
• Robust Connectivity: Multiple serial, Ethernet, and VME interfaces ensure seamless integration with industrial controllers, SCADA systems, and legacy hardware.
• Modular Expansion: Supports PMC/XMC modules for additional I/O, networking, or specialized processing.
• Industrial Reliability: Rated for extreme temperature ranges and shock/vibration environments, suitable for aerospace, defense, and industrial plants.
• Scalable Architecture: Can be deployed as a standalone processing unit or integrated into larger VME-based distributed control systems.

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🛠️ Installation and Maintenance

The TPMC917 MVME5500 module is designed for easy integration into VME-based systems. It is hot-swappable, allowing for maintenance and replacement without system downtime. During installation, ensure proper grounding and adherence to electrical specifications to maintain system integrity.

Regular maintenance involves monitoring diagnostic indicators and performing system checks to ensure optimal performance. Firmware updates and configuration adjustments can be made through the associated engineering workstation, providing a user-friendly interface for system management.

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🏭 Industrial Insight

The adoption of embedded computing solutions is increasing across industries as organizations strive to enhance operational efficiency and reliability. The TPMC917 MVME5500 module plays a crucial role in this transition by providing reliable and accurate processing capabilities in industrial control systems.

As industries move towards automation and digitalization, the demand for advanced embedded computing solutions grows. The TPMC917 MVME5500, with its high processing power, modular design, and industrial-grade reliability, is well-positioned to meet these evolving needs, ensuring safe and efficient operations in complex industrial environments.

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🔗 More Information

For additional technical details, configuration options, or purchasing inquiries, visit:
➡️ https://www.dcsplcsystem.com/

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📋 Recommended Similar Products

Model	Description	Processor	Memory	Interfaces	Link
EMERSON MVME3100	Rugged VME SBC with PowerPC CPU	PowerPC	Up to 512MB	Ethernet, Serial	View
EMERSON TPMC720	High-performance PMC module for VME systems	N/A	N/A	Serial, I/O	View
EMERSON MVME5500	Classic VME CPU board with versatile interfaces	PowerPC	Up to 1GB	Ethernet, Serial	View
EMERSON MVME3600	Compact VME SBC with extended temperature range	PowerPC	Up to 512MB	Ethernet, Serial	View
EMERSON TPMC737	VME PMC/XMC expansion board for industrial use	N/A	N/A	I/O, Serial	View

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🔧 Precision. Reliability. Scalability.
The EMERSON TPMC917 MVME5500 is engineered to deliver high-performance processing in industrial control systems, ensuring operational efficiency and reliability in demanding environments.