冗余网络接口 TC-CCR014 提供高可用性和容错能力

概述

TC-CCR014是一个冗余网络接口，为工业自动化系统提供高可用性和容错能力。它支持两个独立的以太网络，并且在发生故障时可以在它们之间自动切换。TC-CCR014还具有内置web服务器，便于配置和监控。

TC-CCR014特征

支持两个独立的以太网网络

发生故障时在网络之间自动进行故障转移

内置web服务器，便于配置和监控

占地面积小，安装方便

TC-CCR014技术规格

以太网接口:2个10/100/ 1000mbps RJ45

协议支持:Modbus TCP/IP，以太网/IP, PROFINET, CC-Link IE, CANopen, DeviceNet, ControlNet

尺寸:96 × 96 × 48毫米

重量:0.2 kg

TC-CCR014冗余网络接口是指在网络中增加额外的网络接口，以便在原有网络接口发生故障时，可以使用冗余网络接口进行通信。这种冗余接口可以提供接口级别的冗余，组成冗余接口的物理接口叫做成员，一个成员是主用接口，另外一个是备用接口，主备自动故障倒换。

冗余网络接口有很多种，例如：

物理冗余接口：可以捆绑进入一个冗余接口并提供接口级别的冗余。

网络绑定：可以将两个网络端口的带宽组合到一个虚拟接口中，以确保流量在两个网络端口之间均匀分布。

冗余网络接口 TC-CCR014 提供高可用性和容错能力

summarize

TC-CCR014 is a redundant network interface that provides high availability and fault tolerance for industrial automation systems. It supports two separate Ethernet networks and can automatically switch between them in the event of a failure. The TC-CCR014 also has a built-in web server for easy configuration and monitoring.

Features of TC-CCR014

Supports two independent Ethernet networks

Automatically failover between networks in the event of a failure

Built-in web server for easy configuration and monitoring

Small footprint, easy to install

TC-CCR014 Technical Specifications

Ethernet interface :2 10/100/1000mbps RJ45

Protocol support :Modbus TCP/IP, Ethernet /IP, PROFINET, CC-Link IE, CANopen, DeviceNet, ControlNet

Size :96 × 96 × 48 mm

Weight: 0.2kg

TC-CCR014 Redundant network interface refers to adding additional network interfaces to the network so that the redundant network interface can be used for communication when the original network interface fails. Redundant interfaces can provide interface-level redundancy. The physical interfaces that make up redundant interfaces are called members. One member is the active interface and the other is the standby interface.

There are many types of redundant network interfaces, such as:

Physically redundant interface: You can bundle into a redundant interface and provide interface level redundancy.

Network binding: The bandwidth of two network ports can be combined into a virtual interface to ensure that traffic is evenly distributed between the two network ports.