B&R 5DLSD3.1000-00

B&R 5DLSD3.1000-00是一款高性能数字量输入输出模块,专为工业自动化系统设计,广泛应用于机械制造、能源、交通等领域。以下是其核心特性和技术细节的综合解析:

一、核心功能与技术参数

模块类型与通道配置

-通道数量:支持1000点数字量输入/输出,可通过模块化扩展实现更大规模控制需求。

-输入/输出类型:兼容干触点、NPN/PNP信号,支持电压范围24 V DC,电流范围30 mA/点。

通信与协议支持

-支持PROFINET、EtherCAT等主流工业协议,可无缝集成至B&R Automation Studio开发环境,实现高效数据传输与实时控制。

-内置高速总线接口,通信速率可达100 Mbps,满足高动态控制场景需求。

防护与环境适应性

-防护等级:IP40,适用于一般工业环境,可选配防护外壳以应对恶劣条件。

-工作温度:-25°C至70°C,耐冲击与振动,符合工业级可靠性标准。

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描述

B&R 5DLSD3.1000-00是一款高性能数字量输入输出模块,专为工业自动化系统设计,广泛应用于机械制造、能源、交通等领域。以下是其核心特性和技术细节的综合解析:

一、核心功能与技术参数

模块类型与通道配置

-通道数量:支持1000点数字量输入/输出,可通过模块化扩展实现更大规模控制需求。

-输入/输出类型:兼容干触点、NPN/PNP信号,支持电压范围24 V DC,电流范围30 mA/点。

通信与协议支持

-支持PROFINET、EtherCAT等主流工业协议,可无缝集成至B&R Automation Studio开发环境,实现高效数据传输与实时控制。

-内置高速总线接口,通信速率可达100 Mbps,满足高动态控制场景需求。

防护与环境适应性

-防护等级:IP40,适用于一般工业环境,可选配防护外壳以应对恶劣条件。

-工作温度:-25°C至70°C,耐冲击与振动,符合工业级可靠性标准。

二、技术特点

冗余与容错设计

-支持双冗余配置,通过模块化扩展实现输入/输出信号的热备份,单点故障时自动切换,确保系统持续运行。

-内置自诊断功能,实时监控模块状态并触发报警,减少停机风险。

抗干扰与电磁兼容性

-采用电磁屏蔽与滤波技术,符合IEC 61000-4标准,可有效抑制工业现场电磁干扰。

-输入端口支持光电隔离,输出端口支持短路保护,提升系统稳定性。

快速响应与灵活性

-响应时间:输入信号响应时间<1ms,输出信号更新速率1kHz,满足高速控制需求。

-支持模块化扩展,兼容B&R 900系列I/O模块,适配复杂系统架构。

三、应用领域

机械自动化

-用于数控机床、机器人等设备的开关量信号采集(如限位开关、按钮状态)及执行器控制(如电磁阀、继电器)。

能源与电力

-监控变电站开关状态、发电机运行信号,实现电力系统的智能化管理。

轨道交通

-集成于列车控制系统,采集门状态、紧急制动信号,并控制牵引/制动回路。

X20CP1586

X20CP1586

B&R 5DLSD3.1000-00 is a high-performance digital input and output module designed for industrial automation systems and widely used in machinery manufacturing,energy,transportation and other fields.The following is a comprehensive analysis of its core features and technical details:

I.Core functions and technical parameters

Module type and channel configuration

-Number of channels:supports 1000 points of digital input/output,and can achieve larger-scale control needs through modular expansion.

-Input/output type:compatible with dry contact,NPN/PNP signal,supports voltage range of 24 V DC,current range of 30 mA/point.

Communication and protocol support

-Supports mainstream industrial protocols such as PROFINET and EtherCAT,and can be seamlessly integrated into the B&R Automation Studio development environment to achieve efficient data transmission and real-time control.

-Built-in high-speed bus interface,the communication rate can reach 100 Mbps,meeting the needs of high dynamic control scenarios.

Protection and environmental adaptability

-Protection level:IP40,suitable for general industrial environments,optional protective housing to cope with harsh conditions.

-Operating temperature:-25°C to 70°C,shock and vibration resistant,in line with industrial reliability standards.

2.Technical features

Redundancy and fault-tolerant design

-Supports dual redundant configuration,realizes hot backup of input/output signals through modular expansion,and automatically switches in case of single-point failure to ensure continuous operation of the system.

-Built-in self-diagnosis function,real-time monitoring of module status and triggering alarms to reduce downtime risks.

Anti-interference and electromagnetic compatibility

-Adopts electromagnetic shielding and filtering technology,in line with IEC 61000-4 standard,which can effectively suppress electromagnetic interference in industrial sites.

-Input ports support photoelectric isolation,and output ports support short-circuit protection to improve system stability.

Fast response and flexibility

-Response time:input signal response time<1ms,output signal update rate 1kHz,to meet high-speed control requirements.

-Supports modular expansion,compatible with B&R 900 series I/O modules,and adapts to complex system architectures.

3.Application fields

Mechanical automation

-Used for switch signal acquisition(such as limit switch,button status)and actuator control(such as solenoid valve,relay)of CNC machine tools,robots and other equipment.

Energy and power

-Monitor the switch status of substations and generator operation signals to realize intelligent management of power systems.

Railway transportation

-Integrated in train control systems,collect door status,emergency brake signals,and control traction/brake circuits.