Motorola MVME-332XTS

Description

Product Introduction

The Motorola MVME – 332XTS is a specialized circuit board and serial controller, offering a distinct set of features compared to the MVME – 333 – 2. While the MVME – 333 – 2 is centered around multi – port asynchronous serial communication with configurable RS – 232/RS – 422/RS – 485 ports for large – scale serial device networks, the MVME – 332XTS has its own niche in the industrial control and communication space.

Parameter Table

Motorola MVME-332XTS

Core Advantages and Technical Highlights

Integrated Parallel Printer Port: One of the key differentiators of the MVME – 332XTS is the inclusion of a Centronics parallel printer port. This makes it extremely useful in industrial settings where there is a need to print out reports, logs, or labels directly from the system. In a manufacturing plant, for example, it can be used to print production batch information on demand, which is not a feature offered by the MVME – 333 – 2.

Synchronous and Asynchronous Communication Support: The MVME – 332XTS supports both synchronous and asynchronous communication via RS232C. This flexibility allows it to interface with a wide range of devices, from older industrial equipment that may rely on synchronous communication protocols to more modern devices that use asynchronous communication. In contrast, the MVME – 333 – 2 is more focused on asynchronous communication with its RS – 232/RS – 422/RS – 485 capabilities.

Expandable Memory: With 128 kbytes of dynamic RAM expandable to 512 kbytes, the MVME – 332XTS can handle more complex communication tasks and data buffering. This is beneficial when dealing with high – volume data transfer scenarios or when running applications that require a significant amount of memory for processing and storage.

Typical Application Scenarios

Industrial Printing and Monitoring: In a packaging factory, the MVME – 332XTS can be used to control the printing of product labels on packaging materials. It can communicate with sensors that monitor the packaging process and print out relevant information such as batch numbers, expiration dates, and product specifications. At the same time, it can also log data about the packaging process for quality control and traceability purposes.

Legacy System Integration: In older industrial plants where there are a mix of synchronous and asynchronous communication – based devices, the MVME – 332XTS can act as a central communication hub. It can interface with legacy equipment that uses synchronous communication while also connecting to newer sensors or control units that use asynchronous communication, facilitating seamless data flow within the plant’s control system.

Motorola MVME-332XTS

Installation, Commissioning and Maintenance Instructions

Installation Preparation:

Before installing the MVME – 332XTS, ensure that the VMEbus chassis has an appropriate slot available. Check the power supply to ensure it can provide the required 89 – 280 VAC.

Gather necessary tools such as an anti – static wristband to protect sensitive components during installation.

Verify that the system has the appropriate software drivers installed for the MVME – 332XTS, especially if it is being integrated into an existing control system.

Maintenance Suggestions:

Regularly check the status of the serial ports and the parallel printer port. Use diagnostic tools to ensure that data transmission is error – free.

Monitor the memory usage of the module. If the module is running low on memory, consider expanding the RAM if necessary.

Keep the module clean and free from dust, as dust accumulation can affect the performance of the electronic components.

Service and Guarantee Commitment

The Motorola MVME – 332XTS may come with a standard warranty period, typically covering manufacturing defects. However, specific warranty details can vary depending on the seller or distributor. In case of any issues with the module, it is recommended to contact the authorized service centers or the seller for support. Some sellers may also offer extended service contracts that include remote troubleshooting, software updates (if applicable), and on – site maintenance services.