描述
产品简要说明
VMICPCI-7767-13100是通用电气（GE）FANUC系列的工业级处理器模块，专为电力监控、工业机器人及自动化系统设计。其核心特性包括：
高性能计算：基于Pentium III 800MHz处理器，集成FPU实现1.6 GFLOPS浮点运算
多通道数据采集：支持3相电压/电流输入，兼容外部互感器扩展
工业协议兼容：Modbus TCP/IP、DNP3.0协议，数据传输延迟≤10ms
宽温抗干扰：-40℃～+85℃工作，符合IEC 61000-6-2电磁兼容标准
产品详细说明
1.核心功能架构
硬件平台
处理器：Pentium III 800MHz，支持工业级嵌入式架构
内存：2GB DDR SDRAM（ECC纠错），确保数据完整性
接口：
PCI总线：32位/33MHz，兼容PCI-X扩展槽
通信接口：RJ45（10/100Mbps以太网）
数据采集系统
电压输入：
3相AC（V1-V3）及中性线（Vn），范围0-600V，支持外部电压互感器（VT）
输入阻抗：≥100kΩ，采样精度±0.1%
电流输入：
5A/1A双模式端子，适配二次CT负载
抗混叠滤波：截止频率20kHz，SNR≥80dB
实时控制能力
PWM输出：频率50kHz，分辨率12位
任务调度：μC/OS-II实时操作系统，任务切换延迟≤5μs
产品概述:VMICPCI-7767-13100
作为GE工业自动化核心组件，其核心价值体现在高精度数据采集与工业级可靠性：
技术价值：
在智能变电站中，实现电能质量监测与故障诊断
在机器人控制系统中，支持多轴运动同步控制
行业适配：
电力能源：风电场SCADA系统、变电站保护装置
智能制造：数控机床实时监控、工业机器人轨迹规划
轨道交通：列车牵引系统状态监测、信号控制
技术规格:VMICPCI-7767-13100
参数项规格描述
处理器Pentium III 800MHz（工业级嵌入式架构）
内存2GB DDR SDRAM（ECC纠错）
电压输入3相AC 0-600V，中性线输入
电流输入5A/1A双模式，兼容二次CT负载
通信协议Modbus TCP/IP、DNP3.0，延迟≤10ms
工作温度-40℃～+85℃（宽温设计）
防护等级IP20（柜内安装）
核心价值与性能亮点
1.工业级抗干扰设计
技术优势：EMC Class A认证，宽温-40℃～+85℃运行
应用案例：某钢铁厂在电磁干扰环境下连续运行5年零故障
2.多协议融合通信
技术优势：支持Modbus TCP/IP、DNP3.0双协议栈
行业应用：在智能电网中实现与SCADA系统、RTU设备无缝对接
3.ECC纠错内存
技术优势：单bit纠错（SEC）+双bit检测（DED）
价值体现：某化工厂控制系统误码率降低至10^-12
Product brief description
VMICPCI-7767-13100 is a FANUC series of industrial-grade processor modules designed for power monitoring,industrial robots and automation systems.Its core features include:
High-performance computing:Based on Pentium III 800MHz processor,integrated FPU to achieve 1.6 GFLOPS floating point operation
Multi-channel data acquisition:supports 3-phase voltage/current input,compatible with external transformer expansion
Industrial protocol compatible:Modbus TCP/IP,DNP3.0 protocol,data transmission delay≤10ms
Wide temperature anti-interference:-40℃~+85℃,comply with IEC 61000-6-2 electromagnetic compatibility standard
Product details
1.Core functional architecture
Hardware platform
Processor:Pentium III 800MHz,supports industrial-grade embedded architecture
Memory:2GB DDR SDRAM(ECC error correction)to ensure data integrity
interface:
PCI bus:32-bit/33MHz,compatible with PCI-X expansion slot
Communication interface:RJ45(10/100Mbps Ethernet)
Data acquisition system
Voltage input:
3-phase AC(V1-V3)and neutral line(Vn),range 0-600V,support external voltage transformer(VT)
Input impedance:≥100kΩ,sampling accuracy±0.1%
Current input:
5A/1A dual-mode terminal,adapted to secondary CT load
Anti-aliasing filtering:cutoff frequency 20kHz,SNR≥80dB
Real-time control capability
PWM output:frequency 50kHz,resolution 12 bits
Task Scheduling:μC/OS-II real-time operating system,task switching delay≤5μs
Product Overview:VMICPCI-7767-13100
As the core component of GE’s industrial automation,its core value is reflected in high-precision data acquisition and industrial-grade reliability:
Technical value:
In smart substations,power quality monitoring and fault diagnosis are realized
In robot control system,multi-axis motion synchronization control is supported
Industry adaptation:
Electric power:Wind farm SCADA system,substation protection device
Intelligent manufacturing:real-time monitoring of CNC machine tools,industrial robot trajectory planning
Rail Transit:Train traction system status monitoring and signal control
Technical specifications:VMICPCI-7767-13100
Parameter specification description
Processor Pentium III 800MHz(industrial embedded architecture)
2GB DDR SDRAM(ECC error correction)
Voltage input 3-phase AC 0-600V,neutral line input
Current input 5A/1A dual mode,compatible with secondary CT load
Communication protocol Modbus TCP/IP,DNP3.0,delay≤10ms
Working temperature-40℃~+85℃(wide temperature design)
Protection level IP20(installed in the cabinet)
Core Valuesand Performance Highlights
1.Industrial-grade anti-interference design
Technical advantages:EMC Class A certified,wide temperature-40℃~+85℃operation
Application case:A steel plant operates continuously for 5 years in an electromagnetic interference environment and has zero failure
2.Multi-protocol fusion communication
Technical advantages:Support Modbus TCP/IP and DNP3.0 dual protocol stacks
Industry applications:seamless connection with SCADA systems and RTU devices in smart grids
3.ECC error correction memory
Technical advantages:Single-bit error correction(SEC)+dual-bit detection(DED)
Value manifestation:The bit error rate of a certain chemical plant control system is reduced to 10^-12
