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Motorola MVME172-263260 VMEbus Single-Board Computer

The Motorola MVME172-263260 functions as a central processing hub within VMEbus-based control architectures, serving as the nerve center for real-time data analysis, command execution, and interoperability with peripheral devices. Unlike basic processing modules, it integrates a powerful processor with expanded memory and multi-protocol support, enabling it to handle complex control algorithms while coordinating with sensors, actuators, and supervisory systems.

Model Number MVME172-263260
Brand Motorola
Type VMEbus Single-Board Computer
Input Voltage +5V DC, ±12V DC, +3.3V DC
Operating Temp Range -20°C to 70°C (-4°F to 158°F)
Mounting Style 6U VMEbus backplane mount
Dimensions 233mm x 160mm (9.17in x 6.30in)
Weight 580g (20.5oz)
Interface/Bus VMEbus (IEEE 1014-1987, 32-bit data path)
Compliance CE, UL 60950-1, RoHS, IEC 61010-1
Supported Protocols RS-232, RS-485, Ethernet, CANopen
Typical Power Draw 22W (max)

Description

The Motorola MVME172-263260 functions as a central processing hub within VMEbus-based control architectures, serving as the nerve center for real-time data analysis, command execution, and interoperability with peripheral devices. Unlike basic processing modules, it integrates a powerful processor with expanded memory and multi-protocol support, enabling it to handle complex control algorithms while coordinating with sensors, actuators, and supervisory systems.

MVME172-263260

MVME172-263260

The Motorola MVME172-263260 connects seamlessly to IEEE 1014-compliant VMEbus backplanes, allowing for straightforward integration into existing infrastructure—eliminating the need for costly overhauls when upgrading from older systems. It supports a range of industrial protocols, ensuring compatibility with both legacy equipment and modern smart devices, a key advantage for facilities undergoing gradual modernization. Additionally, the module features advanced diagnostic tools, including error-logging memory and real-time status monitoring, which provide engineers with actionable insights to address issues before they escalate into downtime events. This combination of processing power and system flexibility makes the Motorola MVME172-263260 a linchpin in diverse automation stacks.

MVME172-263260

MVME172-263260

Technical specifications:
Model Number MVME172-263260
Brand Motorola
Type VMEbus Single-Board Computer
Input Voltage +5V DC, ±12V DC, +3.3V DC
Operating Temp Range -20°C to 70°C (-4°F to 158°F)
Mounting Style 6U VMEbus backplane mount
Dimensions 233mm x 160mm (9.17in x 6.30in)
Weight 580g (20.5oz)
Interface/Bus VMEbus (IEEE 1014-1987, 32-bit data path)
Compliance CE, UL 60950-1, RoHS, IEC 61010-1
Supported Protocols RS-232, RS-485, Ethernet, CANopen
Typical Power Draw 22W (max)

 

 

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MVME172-263260

MVME172-263260

Main features and advantages:

Choosing the Motorola MVME172-263260 translates to tangible operational benefits that directly impact system efficiency and reliability. Its 32-bit data path and enhanced processing speed reduce latency in critical control loops, ensuring that real-time adjustments—such as those in PID temperature regulation or motion control systems—are executed with pinpoint accuracy. This precision minimizes process deviations, reducing waste and improving product quality in manufacturing settings. The module’s extended operating temperature range (-20°C to 70°C) eliminates the need for specialized cooling in harsh environments, lowering infrastructure costs while ensuring consistent performance in cold storage facilities or high-heat industrial zones. For engineers, the Motorola MVME172-263260 simplifies integration: its backward compatibility with 6U VMEbus systems allows for seamless upgrades from older modules, preserving existing infrastructure investments. Its multi-protocol support also reduces the need for additional converters, streamlining system design and reducing potential failure points.

MVME172-263260

MVME172-263260

 

Application areas:

The Motorola MVME172-263260 is deployed in industries where reliable, high-speed processing is critical to operational success. In semiconductor manufacturing, it serves as the control core for wafer processing equipment, coordinating precision robotics and sensor data to maintain strict environmental conditions—such as temperature and pressure—with microsecond-level accuracy. Its ability to handle multiple data streams simultaneously ensures that complex sequences, like lithography steps, proceed without interruption. In oil and gas refineries, the Motorola MVME172-263260 manages pipeline control systems, processing data from flow meters and pressure sensors to optimize throughput while preventing leaks or overpressurization. Its rugged design withstands the vibration and temperature swings common in these facilities, ensuring continuous uptime. Additionally, in packaging machinery for food and beverage production, it coordinates conveyor speeds, filling mechanisms, and quality inspection systems, ensuring high throughput while adhering to strict hygiene and safety standards. In each application, the Motorola MVME172-263260 delivers the processing power and reliability needed to maintain critical system performance.

 

 

Related products:

MVME172-263250 – Lower memory variant for less data-intensive control applications.
MVME172-263270 – High-performance model with expanded protocol support for complex industrial networks.
MVME167-33B – Complementary 6U module often paired with Motorola MVME172-263260 for distributed processing architectures.
MVME177-52A – Analog I/O expansion module designed to integrate seamlessly with Motorola MVME172-263260.
MVME3200-100 – Modern successor with enhanced processing and IoT connectivity for Industry 4.0 environments.
MVME172-263240 – Earlier revision with limited temperature range, frequently upgraded to Motorola MVME172-263260.
MVME7120-400 – Compact 3U alternative for space-constrained enclosures, compatible with VMEbus backplanes.
MVME188-004 – Redundant power management module to ensure uninterrupted operation with Motorola MVME172-263260.
Installation and maintenance:
Before installing the Motorola MVME172-263260, engineers should verify that the target VMEbus backplane supports 6U modules and meets IEEE 1014-1987 standards to ensure proper mechanical and electrical compatibility. It is critical to confirm that the power supply can deliver stable +5V, ±12V, and +3.3V rails with sufficient current—voltage fluctuations can compromise processing accuracy and lead to unexpected resets. Check that the enclosure provides adequate airflow: while the module is rated for high temperatures, sustained operation above 60°C requires at least 25CFM airflow across the board to prevent thermal throttling.
For ongoing maintenance, monthly inspections of backplane connectors are recommended to remove dust or corrosion, which can cause intermittent communication issues. Quarterly firmware updates ensure compatibility with newer I/O modules, and annual functional testing should include verifying all protocol interfaces to confirm reliable data transmission. The module’s onboard LED indicators—showing power, bus activity, and error status—should be checked during shift changes to catch early warning signs of issues.
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