IC693PWR324 电源模块

描述

IC693PWR324 电源模块

IC693PWR324模块是GE发那科公司生产的电源模块。它的负载能力为30瓦。该电源单元的标称输入电压为交流100伏~ 240伏或直流125伏。该电源单元用于系列90- 30ge plc。该电源单元具有自动测距功能，以适应不同的输入功率水平。它还配备了限流功能，可以直接关闭电源，避免发生故障时对硬件的进一步损坏。IC693PWR324模块提供3个输出。它有一个5伏的直流输出，一个24伏的直流继电器输出为电路供电，一个隔离的24伏直流输出为输入模块提供外部电源。该电源单元具有用于现场接线连接的可拆卸端子板。在现场更换模块方便，不影响现场接线。

GE Fanuc IC693PWR324电源模块具有先进的诊断功能和内置的控制器故障事件智能关闭系统。为了进行通信，该设备配备了一个rs485端口。此端口可用于连接个人电脑的串口。供电设备可安装在底板最左侧槽位。该电源模块在250毫秒内最大浪涌峰值电流为4安培。满载时最大功率可达90va，直流时最大功率可达50w。应将IC693PWR324模块与发热设备分开放置，以免造成电气损坏。

IC693PWR324

IC693PWR324 电源模块

The IC693PWR324 module is a GE Fanuc manufactured power supply unit. It has a load capacity of 30 Watts. The nominal voltage input of this power supply unit is 100 to 240 Volts AC or 125 Volts DC. This power unit is used in Series 90-30 GE PLCs. This power supply unit comes with an auto-ranging feature to accommodate different incoming power levels. It is also equipped with a current limit feature that can directly shut down the power supply to avoid further damage to the hardware if a fault occurs. The IC693PWR324 module offers 3 outputs. It has a 5 Volts DC output, a 24 Volts DC relay power output that powers the circuit, and an isolated 24 Volts DC output that provides external power for input modules. The power supply unit has a detachable terminal board for field wiring connections. It is easy to replace the module in the field without affecting the field wiring.

The GE Fanuc IC693PWR324 power supply module comes with an advanced diagnostics feature and a built-in smart switch off system for controller fault events. For communication, the unit is equipped with an RS 485 port. This port can be used to connect to the serial port of a personal computer. The power supply device can be installed in the leftmost slot of the baseplate. The power supply module comes with an inrush peak current of 4 Amps at 250 milliseconds maximum. It can take in a maximum power of 90 VA with a full load and it can take in 50 Watts of maximum power with DC input. The IC693PWR324 module should be kept away from heat-generating devices to avoid electrical damage.