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FORCE COMPUTERS LC-EF3-RPM控制器板模块

发布时间:2025-09-18人气:
  • FORCE COMPUTERS LC-EF3-RPM控制器板模块
  • FORCE COMPUTERS LC-EF3-RPM控制器板模块
  • FORCE COMPUTERS LC-EF3-RPM控制器板模块

FORCE COMPUTERS  LC-EF3-RPM控制器板模块

1.产 品 资 料 介 绍:

FORCE COMPUTERS LC-EF3-RPM 嵌入式控制器板产品概述
FORCE COMPUTERS LC-EF3-RPM 嵌入式控制器板是工业级嵌入式系统中的核心控制组件,专为工业自动化、嵌入式控制及通信平台等高可靠性需求场景设计,以 “高性能运算、多系统适配、严苛环境耐受” 为核心特质。其通过高度集成化的硬件架构,将高速处理器、可扩展内存接口与丰富 I/O 接口整合于单一模块,无需额外搭建复杂硬件框架,即可作为 VME、cPCI 或 PC/104 等主流工业总线系统的核心控制单元,为各类嵌入式任务提供 “运算 - 采集 - 控制 - 交互” 的全链路支撑,大幅降低多场景下系统集成的复杂度与时间成本。
从硬件架构来看,该控制器板围绕 “高效运算 + 灵活交互 + 稳定传输” 三大核心需求构建:核心运算层搭载高性能嵌入式 CPU(具体型号依版本而定),配合一级 / 二级缓存设计,可快速处理实时控制算法、高频数据采集分析等任务,例如在工业自动化生产线中,能高效运算多工位协同控制逻辑,确保控制指令的毫秒级响应;存储层采用 “板载 SDRAM/DRAM+Flash/EEPROM” 组合,SDRAM/DRAM 容量支持扩展,满足大规模数据临时存储需求,Flash/EEPROM 则用于存储系统固件与启动程序,保障设备断电后关键配置不丢失;交互与传输层集成多路串口(RS-232/RS-422/RS-485)、并口 / GPIO 及可选以太网接口,可直接对接传感器、执行器、上位机等设备,同时通过兼容 VME、cPCI 或 PC/104 的总线接口,实现与系统内其他功能模块(如数据采集卡、通信模块)的高速数据交互,构建 “数据采集 - 运算处理 - 控制输出 - 状态反馈” 的完整控制闭环。
在可靠性与场景适配设计上,LC-EF3-RPM 深度契合工业级严苛标准:采用工业级元器件选型,支持宽温运行(通常覆盖 - 40℃~+85℃),可耐受高温车间、户外低温、沿海高湿度等极端环境波动,保障在恶劣温度条件下的稳定性能;通过专业的抗振动与抗冲击测试(符合工业设备振动标准),能够适应生产线设备振动、交通设备颠簸等工况,避免因机械振动或冲击导致硬件故障;板载稳压设计可兼容工业背板供电(如 + 5V、±12V),有效抵御供电电压波动对核心组件的影响,同时具备过压、过流保护能力,防止外部供电异常对模块造成损坏。这些特性使其能够在工业自动化生产线、通信基站、交通控制终端等长期连续运行场景中保持可靠性能,显著减少因硬件故障造成的系统停机,尤其适配对控制精度、实时性与环境适应性要求极高的领域,成为兼顾 “高性能运算”“多系统兼容” 与 “严苛环境耐受” 的优质嵌入式控制器板解决方案。

FORCE COMPUTERS LC-EF3-RPM控制器板模块  英文资料:

FORCE COMPUTERS LC-EF3-RPM Embedded Controller Board Product Overview

The FORCE COMPUTERS LC-EF3-RPM embedded controller board is the core control component in industrial grade embedded systems, designed specifically for high reliability scenarios such as industrial automation, embedded control, and communication platforms. Its core characteristics include "high-performance computing, multi system adaptation, and tolerance to harsh environments". Through highly integrated hardware architecture, it integrates high-speed processors, expandable memory interfaces and rich I/O interfaces into a single module. Without additional complex hardware frameworks, it can be used as the core control unit of mainstream industrial bus systems such as VME, cPCI or PC/104, providing full link support of "operation acquisition control interaction" for various embedded tasks, greatly reducing the complexity and time cost of system integration in multiple scenarios.

From the perspective of hardware architecture, the controller board is built around three core requirements: "efficient computing+flexible interaction+stable transmission": the core computing layer is equipped with high-performance embedded CPUs (specific models depend on the version), combined with first/second level cache design, which can quickly process real-time control algorithms, high-frequency data acquisition and analysis tasks. For example, in industrial automation production lines, it can efficiently compute multi workstation collaborative control logic to ensure millisecond level response of control instructions; The storage layer adopts a combination of "onboard SDRAM/DRAM+Flash/EEPROM". The capacity of SDRAM/DRAM supports expansion to meet the temporary storage needs of large-scale data. Flash/EEPROM is used to store system firmware and boot programs, ensuring that critical configurations are not lost after device power failure; The interaction and transmission layer integrates multiple serial ports (RS-232/RS-422/RS-485), parallel ports/GPIO, and optional Ethernet interfaces, which can directly interface with sensors, actuators, upper computers, and other devices. At the same time, through bus interfaces compatible with VME, cPCI, or PC/104, high-speed data interaction with other functional modules in the system (such as data acquisition cards and communication modules) is achieved, constructing a complete control loop of "data acquisition processing control output status feedback".

In terms of reliability and scenario adaptation design, LC-EF3-RPM deeply meets the strict industrial standards: it adopts industrial grade component selection, supports wide temperature operation (usually covering -40 ℃~+85 ℃), can withstand extreme environmental fluctuations such as high temperature workshops, outdoor low temperatures, and coastal high humidity, and ensures stable performance under harsh temperature conditions; Through professional anti vibration and anti impact testing (in accordance with industrial equipment vibration standards), it can adapt to production line equipment vibration, traffic equipment bumps and other working conditions, avoiding hardware failures caused by mechanical vibration or impact; The onboard voltage stabilization design is compatible with industrial backplane power supply (such as+5V, ± 12V), effectively resisting the impact of power supply voltage fluctuations on core components, while also having overvoltage

 FORCE COMPUTERS LC-EF3-RPM控制器板模块产      品      展      示      

dell_e300_lc-ef3-rpm_route_processor_module_for_force10_e300_y1v4y_r7k9c_2.jpg

 产品视频

3.其他产品

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SCHENCK VEG20400 weighing controller

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The content is from Ruichang Mingsheng Automation Equipment Co., LTD

Contact: +86 15270269218

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