GE Fanuc 90-70 系列 IC697PWR748 机架式电源模块

GE Fanuc 90-70 系列 IC697PWR748 机架式电源模块

产品描述

GE Fanuc Automation IC697PWR748机架式电源模块提供了简单的安装过程和90瓦的总额定功率，可为2个不同的机架供电。

IC697PWR748模块是由GE Fanuc Automation设计、制造和分发的机架式电源模块。该模块设计为仅在其全容量(总功率为9O瓦)下运行。它可以通过机架左侧的48针背板连接器直接插入机架。该模块可以与一个机架一起使用，并且它还可以同时为二个机架供电，但前提是它与模块的规格兼容并且不超过大功率要求。当使用GE Fanuc Automation C697PWR748机架式电源模块为二个机架供电时，所消耗的电流小于5.2安培，二个支架仅需5伏电源。

GE Fanuc Automation IC697PWR748机架式电源模块配有3个输出，每个输出可分别以5伏DC和18安培、12伏DC和1.5安培以及-12伏DC和1安培的输出功率和特定电流工作。该模块的标称线路电压为48伏DC，电源电压范围为35至60伏DC。

GE Fanuc Automation IC697PWR748机架式电源模块为其每个输出提供电子过电流限制。如果超过大额定电流，输出电压将下降。这样做是为了避免过电流对机架和电源模块造成进一步损坏。除了插入模块外，用户还需要用安装螺钉将其固定。这些螺钉随模块—起提供。

Product description

The GE Fanuc Automation IC697PWR748 rack-mounted power module provides a simple installation process and 90 watts of total fixed power to power 2 different racks.

The IC697PWR748 module is a rack-mounted power module designed, manufactured and distributed by GE Fanuc Automation. The module is designed to operate only at its full capacity (9O watts of total power). It can be inserted directly into the rack via a 48-pin backplane connector on the left side of the rack. The module can be used with one rack, and it can also power two racks at the same time, provided that it is compatible with the specifications of the module and does not exceed the high power requirements. When the GE Fanuc Automation C697PWR748 rack-mounted power module is used to power two racks, the current consumed is less than 5.2 amps, and the two stands require only 5 volts of power.

The GE Fanuc Automation IC697PWR748 rack-mounted power module is equipped with 3 outputs, each of which can operate at 5 volt DC and 18 amps, 12 volt DC and 1.5 amps, and -12 volt DC and 1 amp respectively. The module has a nominal line voltage of 48 volts DC and a supply voltage range of 35 to 60 volts DC.

GE Fanuc Automation IC697PWR748 rack-mounted power modules provide electronic overcurrent limits for each of its outputs. If a large rated current is exceeded, the output voltage will drop. This is done to avoid further damage to the rack and power module due to overcurrent. In addition to inserting the module, the user also needs to secure it with mounting screws. These screws are supplied with the module.