Description
Detailed Parameter Table
Parameter name | Parameter value |
Product model | Motorola MVME – 327A |
Manufacturer | Motorola |
Product category | Single – slot hot swappable CompactPCI board |
Microprocessor | PowerPC™ series |
Application Memory | 280 KB application runtime; 630 KB non – volatile memory (application objects plus text and bitmaps) |
Keypad Function Keys | 12 function keys (F1…F10) |
Touchscreen | Touch cells: 180; Actuation: 1.5 million presses |
Product Life Cycle Status | Not provided in given data (assumed to be potentially discontinued/obsolete considering age of related product lines) |
Motorola MVME-327A
Product Introduction
The Motorola MVME – 327A is a single – slot hot swappable CompactPCI board, featuring a PowerPC™ series microprocessor. It is designed to be a key component in industrial and embedded systems, where it offers a blend of processing power and user – interaction capabilities. In contrast to some other industrial modules that may be more focused on simple data acquisition or basic control functions, the MVME – 327A combines a relatively powerful microprocessor with features like a touchscreen and function keys, making it suitable for applications that require both data processing and operator interaction.
In an industrial control environment, for example, the MVME – 327A can act as a local control and monitoring station. In a factory production line, it can be used to display real – time production data, such as the number of products produced, production line speeds, and any error messages. Operators can use the 12 function keys and the touchscreen to interact with the system, adjust production parameters, or acknowledge error alerts. The non – volatile memory ensures that important application data and settings are retained even during power outages or system resets.
Core Advantages and Technical Highlights
Powerful PowerPC™ – based Processing: The use of a PowerPC™ series microprocessor in the MVME – 327A endows it with significant processing capabilities. PowerPC processors are renowned for their reliability and high – performance in industrial and embedded applications. This allows the MVME – 327A to handle complex control algorithms, data analysis tasks, and real – time decision – making processes. In a robotic control system within a manufacturing plant, the MVME – 327A can calculate the precise movements of robotic arms, taking into account factors such as load, speed, and safety margins.
Ample Memory Configuration: With 280 KB of application runtime memory and 630 KB of non – volatile memory, the MVME – 327A can store and execute large and complex applications. The non – volatile memory is especially crucial as it preserves application objects, text, and bitmaps, which are essential for the continuous operation of the system. In a power generation monitoring system, the non – volatile memory can store historical data about power generation levels, equipment performance, and maintenance schedules. This data can be retrieved and analyzed during system startups or for long – term performance evaluations.
User – Friendly Interface: The inclusion of 12 function keys (F1…F10) and a touchscreen with 180 touch cells and an actuation capacity of 1.5 million presses provides an intuitive user interface. In a transportation control center, operators can quickly access different functions using the function keys, such as switching between different monitoring screens, initiating emergency procedures, or adjusting traffic control parameters. The touchscreen allows for easy navigation through complex menus and data displays, enhancing the overall usability of the system.
Typical Application Scenarios
In industrial automation, the Motorola MVME – 327A can be used in production line control systems. It can interface with various sensors and actuators on the production line, display real – time production data, and allow operators to make adjustments. For instance, in an automotive assembly plant, it can show the status of each assembly station, including the progress of component installation, the quality of parts being used, and any bottlenecks in the production process. Operators can use the interface to pause the line, change production settings, or call for maintenance.
In building automation systems, the MVME – 327A can be used as a central control unit for a building’s HVAC (Heating, Ventilation, and Air Conditioning), lighting, and security systems. It can display real – time environmental data such as temperature, humidity, and air quality. Facility managers can use the function keys and touchscreen to adjust the HVAC settings, turn lights on or off, or view security camera feeds. This integration and control through a single interface simplify the management of a building’s various systems.
For medical equipment control in a hospital setting, the MVME – 327A can be utilized in devices such as imaging equipment control panels. It can display patient information, imaging parameters, and real – time imaging data. Technicians can use the interface to adjust imaging settings, start and stop imaging procedures, and review previous imaging results. The non – volatile memory can store patient – specific imaging protocols and calibration data for the equipment.
Motorola MVME-327A
Related Model Recommendations
Motorola MVME – 331: The MVME – 331 is also a microprocessor – based module with a PowerPC™ series processor. While the MVME – 327A has a focus on user – interaction with its function keys and touchscreen, the MVME – 331 might be more suitable for applications that require more intensive data processing without as much of a need for direct operator interaction. In a large – scale data – analysis system for an industrial plant, the MVME – 331 could handle the complex data processing tasks, while the MVME – 327A could be used for local monitoring and basic control at specific stations.
Other CompactPCI – based Industrial Modules: There are numerous other CompactPCI – based industrial modules available in the market. Some may offer different form factors, additional communication interfaces, or more specialized processing capabilities. For example, if an application requires a higher number of network ports or support for specific industrial communication protocols like Profibus or CANopen, other modules might be more appropriate. However, the MVME – 327A’s combination of processing power and user – interface features makes it unique for applications where operator interaction is a key requirement.
Industrial PCs with Touchscreens: Industrial PCs with touchscreens can also be considered as alternatives. These often come with more extensive operating systems and a wider range of software compatibility. But they may be bulkier and more expensive compared to the compact and cost – effective MVME – 327A. In applications where space is limited and a more focused, dedicated solution is needed, the MVME – 327A remains a strong choice.
Installation, Commissioning and Maintenance Instructions
Installation preparation: Before installing the Motorola MVME – 327A, ensure that the CompactPCI chassis has an available single – slot and is compatible with the MVME – 327A’s form factor. Check the power supply requirements (not specified in given data, but should be verified against the product documentation). Use an anti – static wristband to protect the module from electrostatic discharge during handling. Gather tools such as a screwdriver for chassis mounting. Also, make sure that any external devices or systems that the MVME – 327A will interface with are properly configured and ready for connection.
Commissioning: After installation, power on the system. Use a compatible programming device or software to configure the MVME – 327A. This may involve setting up basic system parameters, initializing the memory, and loading the necessary application software. Calibrate the touchscreen if required to ensure accurate touch response. Test the function keys and the touchscreen functionality by performing simple operations such as pressing the keys and interacting with on – screen elements. Check the module’s status indicators (if available) to ensure proper operation.
Maintenance suggestions: Regularly check the system logs for any error messages related to the MVME – 327A’s operation. Monitor the performance of the touchscreen over time and clean it periodically to remove dirt and smudges that could affect its sensitivity. Since it is likely an older product (given the nature of related models), it is advisable to have spare modules in stock in case of failure. Store spare modules in an anti – static environment. If there are any issues with the module, such as unresponsive function keys or a malfunctioning touchscreen, check for loose connections, software glitches, or hardware damage.
Service and Guarantee Commitment
As no specific service and guarantee information was provided in the given data, and considering the age of related product lines, it is likely that the standard factory warranty is no longer applicable. However, some third – party service providers may offer repair services for the Motorola MVME – 327A. These providers may have access to spare parts and the technical expertise to fix common issues such as processor failures, memory problems, or touchscreen malfunctions.
Users are recommended to search for specialized legacy system support companies. These companies often maintain archives of technical documentation for older products like the MVME – 327A. They can provide valuable information on troubleshooting, repair procedures, and may even offer limited – time support contracts for critical applications. Although the MVME – 327A may be an older product, with proper support, it can still be used effectively in legacy systems, helping users avoid the high cost of a full – scale system replacement.
Full 12-month warranty on all components
Dedicated after-sales support
Same-day dispatch on 1000s of parts
All units are fully tested
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