2198-P070 Kinetix 5700直流总线电源

Description

2198-P070 Kinetix 5700直流总线电源

2198-P070驱动器是艾伦-布拉德利Kinetix 5700驱动器，具有17千瓦的连续输出功率。2198-P070驱动器具有324至524伏交流输入电压，它是一个三相驱动器。2198-P070驱动器重9.92磅，在245伏时具有4安培的冲击电流。2198-P070驱动器的内部电容为780微法拉，宽度为55毫米。2198-P070驱动器还具有CIP安全™网络，这是一个标准的开源通信网络，为驱动器提供跨支持的以太网/IP™网络的安全数据传输。该装置还具有连接设备之间的安全数据传输，有助于保护设备免受未经授权的使用或篡改。

2198-P070驱动器具有安全转矩关闭和安全停止安全功能。这些功能通过支持的硬连线连接或集成的以太网/IP网络提供。该单元还具有反馈连接，在2针电机反馈连接器。该装置还接受各种高分辨率绝对多圈和单圈编码器。它附带了用于典型共享总线配置的共享总线附件。为了确保在安装2198-P070驱动器时有效利用空间，请使用零堆栈标签和从一个驱动器到另一个驱动器的切口。这允许并确保驱动器连接器间距适当，因此能够接受共享总线连接系统。

2198-P070

2198-P070 Kinetix 5700直流总线电源

The 2198-P070 drive is an Allen-Bradley Kinetix 5700 drive that features 17 kilowatts of continuous output power. The 2198-P070 drive comes with an input voltage of 324 to 524 Volts AC and it is a 3-phase drive. The 2198-P070 drive weighs 9.92 pounds and it has 4 Amps of inrush current at 245 Volts. The 2198-P070 drive features 780 Microfarads of internal capacitance and it has a width of 55 millimeters. The 2198-P070 drive also features the CIP security™ network, which is a standard open-source communication network that provides the drive with secure data transport across the supported EtherNet/IP™ network. The unit also features secure data transport between the connected devices helping to protect the devices from unauthorized use or tampering.

The 2198-P070 drive features the Safe Torque-Off and the Safe Stop security features. These features are delivered through the supported hardwired connection or the integrated EtherNet/IP network. The unit also features feedback connections made at the 2-pin motor feedback connector. The unit also accepts various high-resolution absolute multi-turn and single-turn encoders. It comes with shared-bus accessories that are used in the typical shared bus configurations. To ensure efficient use of space when installing the 2198-P070 drive, engage the zero-stack tab and the cutout from one drive to another. This allows and ensures that the drive connectors are properly spaced and therefore able to accept the shared bus connection system.