Motorola MVME2100 Controller Function Module

Processor	Options include Motorola 68000 series or PowerPC processors. Clock speeds can range from several tens of megahertz to hundreds of megahertz, enabling complex floating – point operations and efficient multitasking.
Memory	Standard configuration offers 1MB to 8MB of SRAM, with the option to expand up to 32MB. This ample memory capacity caters to real – time data processing requirements in industrial applications.

Categories: MOTOROLA

Need help?
Email: sales@fyplc.cn
Tel/WhatsApp: +86 173 5088 0093

Description
Reviews (0)

Description

Motorola MVME2100 Controller Function Module

MVME2100

Designed with ruggedness in mind, the MVME2100 is tailored to operate in harsh industrial environments. It can be the central processing unit in programmable logic controller (PLC) – based systems, where it coordinates the actions of various industrial devices. In a manufacturing plant, for example, it can manage the operations of conveyor belts, robotic arms, and assembly line machinery. By processing input from sensors that detect product presence, machine status, and environmental conditions, the MVME2100 executes control programs with precision, ensuring smooth production flow and minimizing errors.

Label	Specification
Model Number	MVME2100
Brand	Motorola
Type	Single – board computer
Processor	Options include Motorola 68000 series or PowerPC processors. Clock speeds can range from several tens of megahertz to hundreds of megahertz, enabling complex floating – point operations and efficient multitasking.
Memory	Standard configuration offers 1MB to 8MB of SRAM, with the option to expand up to 32MB. This ample memory capacity caters to real – time data processing requirements in industrial applications.
I/O Interfaces	Equipped with RS – 232/RS – 422 serial ports for serial communication, parallel interfaces for high – speed data transfer in certain applications, Ethernet interfaces for network connectivity, and VMEbus P1/P2 interfaces. These interfaces are compatible with mainstream industrial communication protocols, allowing seamless integration with other industrial devices.
Storage	Can be configured with EPROM, FLASH memory, or IDE – interface hard drives. The maximum storage capacity can reach up to 2GB, providing flexibility for applications that need to store data without a hard drive or require large – scale data storage.
Operating Temperature	Has a wide operating temperature range of – 40°C to + 85°C, making it suitable for use in extremely cold or hot industrial environments.
Humidity	Can operate in relative humidity levels from 5% to 95% (non – condensing), ensuring reliable performance in various humidity conditions.
Vibration Resistance	Meets MIL – STD – 810 standards for vibration resistance, withstanding the mechanical stress often present in industrial settings.
Power Input	Supports dual – voltage inputs of 5V and ±12V. The power consumption is less than 20W, making it energy – efficient and suitable for use in distributed control architectures.

Motorola-MVME2100

The MVME2100’s choice of processors, whether from the Motorola 68000 series or PowerPC, offers a balance between performance and cost – effectiveness. These processors are capable of handling complex algorithms and multitasking scenarios, which are common in industrial control applications. For instance, in a power generation plant, the MVME2100 can manage multiple tasks simultaneously, such as monitoring the temperature of turbines, controlling the speed of generators, and communicating with other control systems.

The expandable memory feature is a significant advantage. As industrial applications often require processing and storing large amounts of data, the ability to increase the memory from the base 1MB – 8MB to up to 32MB ensures that the MVME2100 can keep up with the growing demands of modern industrial operations. This is particularly useful in applications like data logging in manufacturing plants, where continuous recording of sensor data over long periods is necessary.

Motorola-MVME2100

The diverse range of I/O interfaces is another strong point. The RS – 232/RS – 422 serial ports can be used to connect to legacy devices that still rely on serial communication protocols, which are prevalent in many industrial facilities. The parallel interfaces offer high – speed data transfer capabilities, which are beneficial for applications that require rapid data exchange, such as certain high – speed data acquisition systems. The Ethernet interfaces enable seamless integration into industrial networks, allowing for real – time monitoring and control over the network. The VMEbus P1/P2 interfaces are crucial for connecting to other VME – compliant devices, expanding the module’s functionality within a VME – based system.