APPLICATIONS连接的应用Application directions应用方向
These are connection directions for project discussion. Suitability depends on interfaces, circuits, installation conditions and project validation; configuration can be adapted to the equipment.以下为可讨论的连接方向。实际适用性取决于接口、电路、安装环境和项目验证,可按设备需求调整。
Configure rate, protocol and shielding for the network architecture. Define interface, speed, category and protocol scopes separately.速率、协议及屏蔽接地按网络架构配置。选配时,接口、速率、类别和协议写明各自范围。
Include joints and panel interfaces in channel validation. Confirm straight/crossover wiring, pair order and shield path for the system.接续与面板接口同时纳入信道验证范围。选配时,直通、交叉、线对顺序与屏蔽路径按系统确认。
For networked equipment, define data interfaces, power paths and required documents together. If PoE is specified, confirm the applicable version and termination requirements. Review PoE load and temperature rise with conductors and contacts.联网设备需同时明确数据接口、供电路径和所需文件;如项目采用PoE,再确认适用版本及端接要求。选配时,PoE负载与温升结合导体和接点审核。
Route robot-peripheral data leads around module positions, communication ports and motion range, with service access retained. Use the applicable patch-cord, permanent-link or channel test method.机器人外围设备的数据线需结合模块位置、通信端口和运动范围安排路径及检修接口。选配时,跳线、永久链路或信道验证采用对应方法。
Use the actual interfaces of controllers, sensors or imaging modules to define cell data links, with cable identification and inter-device distances recorded. Define interface, speed, category and protocol scopes separately.工位内的数据连接以控制器、传感或图像模块的实际接口为依据,明确线路编号和设备间距离。选配时,接口、速率、类别和协议写明各自范围。
Include panel patching and intermediate contacts in the link review. Confirm straight/crossover wiring, pair order and shield path for the system.面板跳接和中间接点需纳入完整链路审核。选配时,直通、交叉、线对顺序与屏蔽路径按系统确认。