TC-303-02-4M0 光纤远程控制电缆

TC-303-02-4M0 光纤远程控制电缆

TC-303-02-4M0 光纤远程控制电缆是一种坚固可靠的电缆，旨在通过光纤网络扩展 Allen-Bradley® PLC 扩展处理器模块的通信范围。 它在 PLC 和远程扩展处理器模块之间提供安全且抗噪的连接，即使在恶劣的工业环境中也是如此。

主要特点：

光纤传输：利用光纤技术实现高速、抗噪声数据长距离传输。

Extended Range:将 Allen-Bradley® PLC 扩展处理器模块的通信范围扩展到 4 米 （13.1 英尺）。

坚固的结构：具有坚固的结构，带有保护套和盔甲，使其适用于恶劣的工业环境。

易于安装：通过卡扣式连接器和预端接电缆提供轻松安装。

性能可靠：提供可靠的性能、低信号损耗和高数据完整性。

应用：

工业自动化系统：用于工业自动化系统，在恶劣环境中将 PLC 连接到远程扩展处理器模块，如制造工厂，发电设施，以及石油和天然气炼油厂。

过程控制系统：用于过程控制系统，将PLC连接到远程I/O模块，传感器和执行器，实现远距离的精确过程监测和控制。

机器视觉系统：部署在机器视觉系统中，将 PLC 连接到远程摄像头和照明系统，便于在苛刻的环境中进行图像采集和分析。

交通控制系统：用于交通控制系统，将PLC连接到远程交通传感器、信号和控制设备，实现大面积的高效交通管理和安全监控。

楼宇自动化系统：用于楼宇自动化系统，将 PLC 连接到远程 HVAC 设备、照明控制和安全设备，从而实现大型建筑的集中控制和能源优化。

好处：

扩展通信范围：与传统铜缆相比，可实现更长距离的通信，从而扩大了 PLC 扩展处理器模块的覆盖范围。

抗噪：提供抗噪传输，防止电磁噪声等来源的信号干扰，确保可靠的数据通信。

降低电磁干扰 （EMI）：最大限度地降低 EMI 辐射，降低干扰其他电子设备的风险，并确保符合 EMI 法规。

安全数据传输：提供安全的数据传输，保护敏感信息免遭未经授权的访问或篡改。

坚固可靠：可承受恶劣的工业环境，确保在苛刻的条件下可靠运行。

TC-303-02-4M0 光纤远程控制电缆

The TC-303-02-4M0 Fiber optic Remote Control cable is a robust and reliable cable designed to extend the communication range of Allen-Bradley® PLC extended processor modules over a fiber optic network. It provides a secure and noise-resistant connection between the PLC and remote expansion processor modules, even in harsh industrial environments.

Main features:

Optical fiber transmission: The use of optical fiber technology to achieve high-speed, anti-noise data transmission over long distances.

Extended Range: Extends the communication range of the Allen-Bradley® PLC extension processor module to 4 meters (13.1 feet).

Rugged construction: It has a rugged construction with protective cases and armor, making it suitable for harsh industrial environments.

Easy installation: Easy installation via snap connectors and pre-terminated cables.

Reliable performance: Delivers reliable performance, low signal loss, and high data integrity.

Applications:

Industrial Automation Systems: Used in industrial automation systems to connect PLCS to remote expansion processor modules in harsh environments, such as manufacturing plants, power generation facilities, and oil and gas refineries.

Process control systems: For process control systems, PLCS are connected to remote I/O modules, sensors and actuators, enabling accurate process monitoring and control at a distance.

Machine Vision systems: Deployed in machine vision systems, PLCS are connected to remote cameras and lighting systems to facilitate image acquisition and analysis in demanding environments.

Traffic control system: For traffic control systems, PLCS are connected to remote traffic sensors, signals and control devices to achieve efficient traffic management and safety monitoring over a large area.

Building Automation systems: For building automation systems that connect PLCS to remote HVAC equipment, lighting controls and security equipment, enabling centralized control and energy optimization of large buildings.

Benefits:

Extended communication range: Longer distance communication can be achieved compared to traditional copper cables, thus expanding the coverage of PLC extension processor modules.

Anti-noise: provides anti-noise transmission to prevent signal interference from electromagnetic noise and other sources to ensure reliable data communication.

Reduce electromagnetic interference (EMI) : Minimize EMI radiation, reduce the risk of interference with other electronic devices, and ensure compliance with EMI regulations.

Secure data transfer: Provide secure data transfer to protect sensitive information from unauthorized access or tampering.

Robust and reliable: It can withstand harsh industrial environments and ensure reliable operation under harsh conditions.

TC-303-02-4M0 光纤远程控制电缆