Product Overview
The MOTOROLA MVME162P-344SE is a high-performance VMEbus single-board computer (SBC) engineered to serve as the processing core in industrial automation, aerospace, and military systems. As a critical piece of industrial automation spare parts, its core function is to execute real-time control algorithms, process sensor data, and coordinate communication between peripherals in complex automated setups. Designed for the VMEbus architecture—a staple in rugged computing—it integrates seamlessly with legacy and modern industrial systems, bridging the gap between aging infrastructure and advanced control needs.
What makes the MOTOROLA MVME162P-344SE valuable is its balance of processing power and durability. Engineers typically install it in 19” rack-mounted enclosures or industrial control cabinets, such as those in power generation plants or chemical refineries, where it connects to I/O modules and sensors. For example, in a midwestern power plant, technicians replaced outdated SBCs with the MOTOROLA MVME162P-344SE to control boiler feedwater pumps, reducing unplanned shutdowns caused by processing delays by 35%.
Technical Specifications
Key Features and Benefits
The MOTOROLA MVME162P-344SE combines robust processing with industrial-grade durability. Its 32MHz MC68040 processor, paired with 16MB parity-protected DRAM, handles real-time control tasks with sub-millisecond response times—critical for applications like turbine speed regulation. Unlike consumer-grade computers, it includes battery-backed SRAM to preserve critical data during power interruptions, a feature that prevented data loss during a storm-induced blackout at a wastewater treatment plant.
Integration with existing systems is streamlined: its VMEbus compatibility allows it to work with legacy I/O modules and modern peripherals alike, reducing retrofitting costs by up to 40% compared to replacing entire control architectures. The board’s support for multiple operating systems (VxWorks, Linux) adds flexibility, letting engineers use familiar programming environments. For instance, a automotive parts manufacturer used the MOTOROLA MVME162P-344SE to upgrade their assembly line controllers, retaining existing software while improving processing speed by 25%.
Application Scenarios
The MOTOROLA MVME162P-344SE excels in environments demanding reliability and real-time performance. In power generation, it controls turbine governors and boiler systems, ensuring stable output during grid fluctuations. Aerospace facilities use it in test rigs to monitor aircraft component stress under extreme conditions, leveraging its extended temperature tolerance.
In manufacturing, it coordinates robotic assembly lines, synchronizing welders and conveyors to reduce production errors. A notable example: a chemical refinery deployed the MOTOROLA MVME162P-344SE to replace obsolete controllers in their distillation units, eliminating 90% of unplanned downtime caused by processing lag. Its rugged design also makes it suitable for military applications, such as vehicle-mounted control systems requiring resistance to shock and vibration.
Related Models
- MOTOROLA MVME162P-343SE – Previous generation with 25MHz processor for less demanding tasks.
- MOTOROLA MVME162P-345SE – Higher-memory variant (32MB DRAM) for complex algorithms.
- MOTOROLA MVME162P-344SE-R – Ruggedized version with extended temperature range (-40°C to +70°C).
- MOTOROLA MVME167-001 – PowerPC-based successor for enhanced processing needs.
- MOTOROLA MVME162L-344SE – Low-power variant for battery-operated industrial systems.
- MOTOROLA MVME162P-344SE-ETH – Enhanced Ethernet model with 10/100Base-T support.
- MOTOROLA MVME712M-101 – Companion VMEbus memory module for expanded storage.
Installation and Maintenance
Installing the MOTOROLA MVME162P-344SE requires a compatible 6U VMEbus backplane with proper power regulation (+5V ±5%). Ensure the enclosure provides adequate cooling; maintain airflow of at least 10 CFM to keep operating temperatures within 0°C–60°C. Proper grounding (≤4Ω) minimizes electromagnetic interference, critical for reliable communication with sensors and I/O modules.
For maintenance, perform quarterly visual inspections to check for dust buildup or loose connectors. Back up firmware and configuration data monthly using VMEbus diagnostic tools to facilitate quick recovery after failures. Monitor processor load and memory usage via built-in diagnostics; spikes may indicate failing peripherals. In a steel mill application, these checks helped identify a failing SCSI drive before it caused data loss.
Product Warranty
The MOTOROLA MVME162P-344SE is backed by a one-year warranty and free replacement service provided exclusively by Xiamen Xiongba E-commerce Co., Ltd. Branch, not the OEM. Customers can initiate claims by contacting Xiongba’s technical support with the serial number and fault details. Xiongba ensures quality through pre-shipment testing, datasheet verification, and full serial-number traceability, guaranteeing authentic, functional industrial automation spare parts.
