Motorola VME172PA-652SE VME Embedded Controlle

Description

Detailed introduction of Motorola VME172PA-652SE module

1、 Basic information

Model: Motorola VME172PA-652SE
Function: This module is a high-performance embedded processor module designed specifically for complex control and data processing tasks.
Application scenarios: Widely used in industrial automation, communication equipment, medical equipment, energy management systems, and other fields.
2、 Technical characteristics and advantages

Processor and Performance:
Adopting a PowerPC processor with a main frequency of up to 1.5 GHz, ensuring powerful computing power.
Equipped with 2GB DDR3 memory to meet complex control and data processing needs.
Storage and Interface:
Equipped with 16GB eMMC Flash memory, it is easy to store data and programs.
Supports multiple interfaces such as PCI Express, Ethernet, USB, Serial, GPIO, etc., facilitating communication with external devices.
Control functions:

Provide I/O and motion synchronization control within a 1ms cycle time.
It can achieve motion control of up to 12 axes, suitable for high-speed and high-precision control scenarios.
Network functions:
Built in Ethernet/IP, EtherCAT, OPC UA and other network protocols, supporting visualization of production status for MES/SCADA systems.
Sampling speed:
When connected to the NX-HAD4 high-speed analog input unit, analog data can be obtained from four insulated channels at the industry’s fastest 5 μ s sampling speed.
Scalability and flexibility:
Modular design, supporting multiple expansion methods, facilitates flexible configuration and expansion according to specific application requirements.
compatibility:
Complies with industry standards such as VMEbus to ensure compatibility with other industrial equipment.
3、 Instructions for use

Installation steps:
Ensure that the working environment meets the operating temperature range of the module (-40 ° C to 85 ° C).
Insert the module into a slot that meets VME standards to ensure a secure connection.
Connect the required external interfaces, such as Ethernet, USB, etc.
Configuration method:
Configure through a user-friendly interface, supporting remote monitoring and management.
Set I/O parameters, motion control parameters, etc. according to application requirements.
Configure network protocols for communication with other devices.