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GIDDINGS & LEWIS 502-03431-10S机器接口板

发布时间:2025-09-02人气:
  • GIDDINGS & LEWIS 502-03431-10S机器接口板
  • GIDDINGS & LEWIS 502-03431-10S机器接口板
  • GIDDINGS & LEWIS 502-03431-10S机器接口板

 GIDINGS&LEWIS 502-03431-10S机器接口板

1.产 品 资 料 介 绍:

产品定位

502-03431-10S 是 Giddings & Lewis PiC900 控制系统的关键机器接口板,核心作用是搭建控制系统与机床 / 自动化设备的信号桥梁,实现输入输出信号的传输与转换,需与 I/O 模块、驱动器、控制器协同工作,构建完整自动化控制闭环。

产品特点(推测)

1. 信号接口功能

连接控制系统与设备的信号线路,完成输入输出信号的传输与转换,确保两者间信号交互顺畅,是 “控制中枢” 与 “设备终端” 的关键衔接部件。

2. 模块化设计

采用模块化结构,可与 PiC900 系统的 CPU、驱动、I/O 模块灵活组合,支持系统按需配置与扩展,降低搭建及升级难度。

3. 高可靠性

推测经严格质量控制,具备工业级抗干扰、抗温变、抗振动能力,能在复杂工业环境中稳定运行,减少故障停机。

4. 兼容性强

与 PiC900 控制系统其他模块高度兼容,同时适配多种工业自动化应用场景,无需大幅改造即可集成。

5. 实时控制能力

可能具备实时数据处理能力,适配数控机床、自动化生产线等对实时性要求高的场景,保障信号传输与控制无延迟。

6. 多通信接口

推测支持 RS-232、RS-485、以太网等接口,方便与其他设备数据交换,提升系统互联灵活性。

7. 诊断功能

可能内置状态监测与故障报警,可反馈异常信息并提供排查指导,降低维护难度与时间成本。

8. 扩展性

支持与其他模块连接,可扩展输入输出点数、驱动轴数等,满足系统功能升级需求。

典型应用领域(推测)

1. 数控机床

实现 PiC900 控制系统与机床的信号交互,传输加工参数与设备状态信号,保障机床精准加工与稳定运行。

2. 自动化生产线

连接生产线控制系统与各类设备,实时传输生产指令与运行数据,提升生产效率与质量稳定性。

3. 机器人控制系统

搭建机器人与控制系统的接口,传输运动控制指令与位置反馈信号,确保机器人操作精准安全。

4. 定制自动化设备

适配非标自动化设备的信号交互需求,按特定场景实现控制系统与设备的衔接,满足个性化控制要求。

英文资料:

Product positioning

502-03431-10S is a key machine interface board for the Giddings&Lewis PiC900 control system. Its core function is to build a signal bridge between the control system and machine tools/automation equipment, enabling the transmission and conversion of input and output signals. It needs to work in conjunction with I/O modules, drivers, and controllers to construct a complete automation control loop.

Product Features (Speculation)

1. Signal interface function

The signal line connecting the control system and equipment, completing the transmission and conversion of input and output signals, ensuring smooth signal interaction between the two, is a key connecting component between the "control center" and the "equipment terminal".

2. Modular design

Adopting a modular structure, it can be flexibly combined with the CPU, driver, and I/O modules of the PiC900 system, supporting on-demand configuration and expansion of the system, reducing the difficulty of building and upgrading.

3. High reliability

It is speculated that through strict quality control, it has industrial grade anti-interference, anti temperature change, and anti vibration capabilities, and can operate stably in complex industrial environments, reducing downtime caused by faults.

4. Strong compatibility

Highly compatible with other modules of the PiC900 control system, and adaptable to various industrial automation application scenarios, it can be integrated without significant modifications.

5. Real time control capability

May have real-time data processing capabilities, suitable for scenarios with high real-time requirements such as CNC machine tools and automated production lines, ensuring signal transmission and control without delay.

6. Multiple communication interfaces

It is speculated that it supports interfaces such as RS-232, RS-485, Ethernet, etc., which facilitates data exchange with other devices and improves the flexibility of system interconnection.

7. Diagnostic function

It may have built-in status monitoring and fault alarms, which can provide feedback on abnormal information and provide troubleshooting guidance, reducing maintenance difficulty and time costs.

8. Scalability

Support connection with other modules, expandable input and output points, number of drive axes, etc., to meet the needs of system function upgrades.

Typical application areas (speculated)

1. CNC machine tools

Realize signal interaction between the PiC900 control system and the machine tool, transmit machining parameters and equipment status signals, and ensure precise machining and stable operation of the machine tool.

2. Automated production line

Connect the production line control system with various equipment, transmit production instructions and operational data in real-time, and improve production efficiency and quality stability.

3. Robot control system

Build an interface between the robot and the control system, transmit motion control commands and position feedback signals to ensure precise and safe operation of the robot.

4. Customized automation equipment

Adapt to the signal interaction requirements of non-standard automation equipment, achieve the connection between control systems and equipment according to specific scenarios, and meet personalized control requirements.

2.产      品      展      示      

giddings_lewis_machine_interface_board_502-03431-10s.jpg

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ABSOLUTE PROCESS API4380GD隔离变送器

IS215UCCCM04AB 控制器板

ADLINK  CPS-H325/24 电源模块

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ASEA SNAT7600 driver control circuit board

ABB 3DDE300417 Input/Output Board

ABB P8293C adapter module

PMB33E-10100-03IEPAS02PFTL301E 1.0KN 3BSE019050R1000
PMB33E-10100-0207PS62R33BSE011181R1 PM511V16         
PMB33E-10100-01NIMF01PMB33F-20114-00
PMB33E-10100-00BC101157160001-GF DSDP 150
PMB33E-00216-0370 SK 34b-E57120001-PX DSTA 001
PMB33E-00216-02IMFBS01M21NSXA-LNN-NS-02
PMB33E-00216-01IEMMU01P2HNRH-LNN-NS-00

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

Contact: +86 15270269218

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