GE VMIVME-7750 GE

GE VMIVME-7750是通用电气(GE)推出的一款高性能工业自动化模块,具有多种型号和扩展功能,广泛应用于数据采集、控制、通信及嵌入式系统。以下是其核心产品特性和应用领域的综合概述:

一、单板计算机(SBC)型号

VMIVME-7750作为单板计算机(SBC),搭载Intel Pentium III处理器(最高1.26 GHz),支持VME总线标准,适用于工业控制、数据采集及实时系统。其核心特点包括:

计算能力:双槽VME设计,支持PC133 SDRAM(最大512 MB),内置815E芯片组AGP图形适配器,支持1600×1200分辨率显示。

通信接口:双以太网控制器(10/100Base-T)、RS-232/RS-422/485串口,支持远程网络启动(BootWare),兼容NetWare、TCP/IP等协议。

扩展性:通过PMC扩展接口支持外设扩展,兼容Windows XP/2000、VxWorks、Linux等操作系统。

二、控制脉冲卡件型号

VMIVME-7750-734001是专为工业控制设计的脉冲信号处理模块,核心功能包括:

信号处理:生成和接收控制脉冲,实现设备定位与运动控制,适用于机床、自动化生产线等场景。

兼容性:支持Modbus、Profibus等协议,可远程监控与编程,满足高精度定位需求。

可靠性:通过严格测试,适用于恶劣工业环境。

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描述

GE VMIVME-7750是通用电气(GE)推出的一款高性能工业自动化模块,具有多种型号和扩展功能,广泛应用于数据采集、控制、通信及嵌入式系统。以下是其核心产品特性和应用领域的综合概述:

一、单板计算机(SBC)型号

VMIVME-7750作为单板计算机(SBC),搭载Intel Pentium III处理器(最高1.26 GHz),支持VME总线标准,适用于工业控制、数据采集及实时系统。其核心特点包括:

计算能力:双槽VME设计,支持PC133 SDRAM(最大512 MB),内置815E芯片组AGP图形适配器,支持1600×1200分辨率显示。

通信接口:双以太网控制器(10/100Base-T)、RS-232/RS-422/485串口,支持远程网络启动(BootWare),兼容NetWare、TCP/IP等协议。

扩展性:通过PMC扩展接口支持外设扩展,兼容Windows XP/2000、VxWorks、Linux等操作系统。

二、控制脉冲卡件型号

VMIVME-7750-734001是专为工业控制设计的脉冲信号处理模块,核心功能包括:

信号处理:生成和接收控制脉冲,实现设备定位与运动控制,适用于机床、自动化生产线等场景。

兼容性:支持Modbus、Profibus等协议,可远程监控与编程,满足高精度定位需求。

可靠性:通过严格测试,适用于恶劣工业环境。

三、嵌入式通信模块

VMIVME-7750-834 350-027750-834 A是一款紧凑型通信模块,专为OEM设备设计,其特点为:

多协议支持:内置BACnet、Modbus、Siemens FLN等工业协议驱动,支持USB配置与双串行端口。

I/O接口:提供模拟/数字I/O通道、GPIO及PWM输出,适用于楼宇自动化与工业网络扩展。

灵活性:可通过嵌入式软件开发工具包(SDK)定制功能,简化系统集成。

四、数字量输入输出模块

标准型号的VMIVME-7750支持多通道数字量输入输出,适用于数据采集与控制:

通道配置:可编程输入输出通道,支持数字/模拟信号类型切换,满足不同传感器需求。

数据处理:内置滤波、放大功能,确保信号质量,适用于工业环境中的实时控制。

IC693MDL753

IC693MDL753

IC660BBA020

IC660BBA020

GE VMIVME-7750 is a high-performance industrial automation module launched by General Electric(GE).It has a variety of models and expansion functions and is widely used in data acquisition,control,communication and embedded systems.The following is a comprehensive overview of its core product features and application areas:

1.Single Board Computer(SBC)Model

VMIVME-7750 is a single board computer(SBC)equipped with Intel Pentium III processor(up to 1.26 GHz),supports VME bus standards,and is suitable for industrial control,data acquisition and real-time systems.Its core features include:

Computing power:dual-slot VME design,support PC133 SDRAM(up to 512 MB),built-in 815E chipset AGP graphics adapter,support 1600×1200 resolution display.

Communication interface:dual Ethernet controller(10/100Base-T),RS-232/RS-422/485 serial port,support remote network boot(BootWare),compatible with NetWare,TCP/IP and other protocols.

Expandability:Supports peripheral expansion through PMC expansion interface,compatible with Windows XP/2000,VxWorks,Linux and other operating systems.

2.Control pulse card model

VMIVME-7750-734001 is a pulse signal processing module designed for industrial control.The core functions include:

Signal processing:Generate and receive control pulses to achieve equipment positioning and motion control,suitable for machine tools,automated production lines and other scenarios.

Compatibility:Support Modbus,Profibus and other protocols,remote monitoring and programming,to meet high-precision positioning requirements.

Reliability:Passed rigorous testing,suitable for harsh industrial environments.

3.Embedded communication module

VMIVME-7750-834 350-027750-834 A is a compact communication module designed for OEM equipment,with the following features:

Multi-protocol support:Built-in BACnet,Modbus,Siemens FLN and other industrial protocol drivers,support USB configuration and dual serial ports.

I/O interface:provides analog/digital I/O channels,GPIO and PWM output,suitable for building automation and industrial network expansion.

Flexibility:Customizable functions through embedded software development kit(SDK)to simplify system integration.

IV.Digital input and output module

The standard model VMIVME-7750 supports multi-channel digital input and output,suitable for data acquisition and control:

Channel configuration:programmable input and output channels,support digital/analog signal type switching,to meet the needs of different sensors.

Data processing:built-in filtering and amplification functions to ensure signal quality,suitable for real-time control in industrial environments.