IC698PSA350E RX7i控制器系列的高容量电源模块 用于提供背板电源

IC698PSA350是PACSystem RX7i控制器系列的高容量电源模块。该模块用于提供背板电源，模块使用该电源激活内部电路并使其可操作。此电源模块占用机箱的一个插槽，设计为只能安装在RX7i机架的插槽0中。

IC698PSA350的输入电源电压为85至264 VAC，100至150VDC，交流输入频率为47至63 Hz。该模块的额定电压为120 / 240 VAC和125 VDC，输入功率要求典型值为440瓦，最大值为500瓦。当用于交流输入电源时，该电源模块的功率因数为0.99。

IC698PSA350是一个单插槽电源模块，安装在RX7i机架最左侧的插槽或插槽0中。它配有各种LED状态指示器，有助于识别模块的运行状态。这些指示灯包括场正常、输出正常和过热指示灯。该电源模块提供内置保护电路，如过热和过压保护以及气流保护。70 CFM的强制空气冷却风扇位于系统机箱下方，为电源模块提供冷却空气。如果检测到气流停止，过热LED指示灯启动。

IC698PSA350电源有A系列和B系列版本。A系列电源内部安装有0.25英寸x 1.25英寸的保险丝，而B系列电源有5 x 20米的保险丝。安装的保险丝是8A/250V保险丝。

IC698PSA350电源模块是RX7i系列的一部分，由GE Fanuc制造。该模块能够通过背板向模块发送逻辑电平信号。它的额定输出功率为350瓦。额定工作电压为120/240伏交流电和125伏DC。电源模块以47到63赫兹之间的频率运行。该模块的工作温度范围在0到60摄氏度之间。电源模块配有气流传感器，可轻松检测风扇故障或变频器周围的气流中断。如果发生任何一种情况，温度过高的LED就会亮起。可以使用模块外部的跳线启用或禁用传感器。

在安装过程中，GE Fanuc IC698PSA350电源模块不应有任何带电的电源连接，并且应正确接地。对于现场接线，输入端子位于模块的前侧，可连接120/240伏交流和125伏DC输入电压源。端子可以用实心线或绞合线连接。接地端子或GND应使用12 AWG电线连接到机架的GND端子。正常运行时，安装区域的环境温度不应超过60摄氏度。所有输出的隔离额定值为1500伏DC。IC698PSA350模块提供15毫秒的穿越时间，其保持时间为5毫秒。

IC698PSA35

The IC698PSA350 is a high capacity Power supply module from the PACSystem RX7i controller series. This module is used to deliver backplane power which is used by the modules to activate internal circuitry and become operable. This power supply module occupies a single slot of the chassis and designed to be installed only in the slot 0 of the RX7i rack.

The IC698PSA350 operates at an input supply voltage of 85 to 264 VAC, 100-150VDC at an AC input frequency of 47-63 Hz. The nominal voltage rating of this module is 120 / 240 VAC and 125 VDC with input power requirement of 440 watts, typical and 500 watts, maximum. This power supply module has a power factor of 0.99 when used for AC input supply.

The IC698PSA350 is a single slot power supply module that is installed to the leftmost slot of the RX7i rack or slot 0. It is provided with a variety of LED status indicators that helps identify the operational state of the module. These indicators include Field OK, OUTPUT OK and OVER TEMP LEDs. Built-in protection circuits such as Overtemperature and Overvoltage protection is provided to this power supply module as well as an Air flow Protection. A 70 CFM forced air cooling fan is available below the system chassis which supplies cooling air to the power supply module. If cessation of air flow is detected, the OVER TEM LED indicator actuates.

The IC698PSA350 power supply is available in series A and Series B version. Series A power supply is internally installed with 0.25” x 1.25” fuses while series B power supply has 5 x 20 m fuse. Installed fuse is 8A/250V fuses.

The IC698PSA350 power supply module is part of the RX7i series and it is manufactured by GE Fanuc. This module is able to send logic level signals to the module through the backplane. It has an output power rating of 350 Watts. The nominal rated voltage for operation is 120/240 Volts AC and 125 Volts DC. The power supply module runs with a frequency between 47 and 63 Hertz. The module has an operating temperature range between 0 and 60 degrees Celsius. The power supply module is provided with an airflow sensor that can easily detect fan failure or the stoppage of airflow around the drive. If either situation happens, the LED for excessive temperatures illuminates. The sensor can be enabled or disabled by using a jumper on the outer part of the module.

During installation, the GE Fanuc IC698PSA350 power supply module should not have any power connections that are live and it should be properly grounded. For field wiring, the input terminal is located on the front side of the module that can connect with 120/240 Volts AC and 125 Volts DC input voltage sources. The terminal can connect with solid or stranded wire. The ground terminal or GND should be connected to the GND terminal of the rack with a 12 AWG wire. The ambient temperature of the installation area should not exceed 60 degrees Celsius for regular operation. The isolation rating for all the outputs is 1500 Volts DC. The IC698PSA350 module offers a ride-through of 15 milliseconds and it has a hold up time of 5 milliseconds.