产品细节：IC695PSD140LT 电源模块

IC695PSD140是艾默生自动化制造的电源模块，是PACsystem RX3i PAC平台的一部分。该模块特别是一个通用基本电源，可与任何RX3i中央处理器(CPU)兼容使用。该模块没有跳线或DIP开关来定义模块的操作。

IC695PSD140占用机箱的两(2)个插槽。它由100-240 VAC或0-125 VDC的外部电源电压供电，在3.3 VDC下输出额定功率为40瓦和30瓦；5v直流时为30瓦，24v直流时为40瓦。RX3i通用背板最多可安装四(4)个多用途电源，用于需要冗余和增加容量模式应用。

当在负载共享架构中配置时，安装在前面板上的IC695PSD140的开/关开关不得意外关闭。必须保持最小数量的电源打开，以使系统合格。此外，对于相同的配置，电源模块必须连接到相同的电源。

该电源的输出纹波为150 mV，测得的噪声为150 mV，穿越时间为20 ms，电源穿越时间指的是电源在供电线路中断时仍能提供充足电源的能力。当端接电源端子时，推荐的电线尺寸范围是#14 – 22 AWG电线。每个输入端子可以容纳的最大电流是6安培。

IC695PSD140模块是RX3i PACSystems系列I/O设备中的多用途电源模块。该部件由GE Fanuc自动化公司设计和制造。该模块可以在负载共享和冗余应用中运行，因此是其多用途标签。它有3种不同的输出，包括5.1伏DC输出，24伏DC继电器输出和3.3伏。内部使用的伏特DC输出。这3个输出可用于RX3i模块。GE Fanuc Automation IC695PSD140多用途电源模块可安装在RX3i通用背板中，它仅占用一个插槽。它可以用作系统中的唯一电源，也可以与其他多用途电源结合使用。它可以与多达3个其他模块相结合。

GE Fanuc Automation IC695PSD140多用途电源模块带有几个LED指示灯。电源指示灯可以是绿色或琥珀色，电源/系统故障和过载指示灯是红色，过热和过载指示灯是琥珀色指示灯。每个LED指示模块的当前运行状态。该模块的额定电压为24伏DC，输入电压范围为18至30伏DC，最大输出功率为40瓦，包括3路输出。该模块不提供隔离。需要注意的是，GE Fanuc Automation IC695PSD140多用途电源在任何情况下都不能与IC695PSD040或IC695PSA040电源模块在冗余模式或增加容量模式下一起使用。这些模块在这些模式下是不兼容的，如果用户试图在这些模式下使用它们，可能会对两种类型的设备造成损坏。

IC695PSD140LT

IC695PSD140 is a power module manufactured by Emerson Automation and is part of the PACsystem RX3i PAC platform. This module is particularly a universal basic power supply that can be compatible with any RX3i central processing unit (CPU). This module does not have jumpers or DIP switches to define the operation of the module.
IC695PSD140 occupies two (2) slots in the chassis. It is powered by an external power supply voltage of 100-240 VAC or 0-125 VDC, and outputs rated power of 40 watts and 30 watts at 3.3 VDC; 30 watts at 5V DC and 40 watts at 24V DC. The RX3i universal backplane can accommodate up to four (4) multi-purpose power supplies for applications that require redundancy and increased capacity modes.
When configured in a load sharing architecture, the on/off switch of IC695PSD140 installed on the front panel must not be accidentally turned off. The minimum number of power sources must be kept on to ensure the system is qualified. In addition, for the same configuration, the power module must be connected to the same power source.
The output ripple of the power supply is 150 mV, the measured noise is 150 mV, and the time to travel is 20 ms. The time to travel refers to the ability of the power supply to provide sufficient power even in the event of a power line interruption. When terminating power terminals, the recommended wire size range is # 14-22 AWG wires. The maximum current that each input terminal can accommodate is 6 amperes.
The IC695PSD140 module is a multi-purpose power module in the RX3i PACSystems series I/O devices. This component is designed and manufactured by GE Fanuc Automation. This module can run in load sharing and redundant applications, making it its versatile label. It has three different outputs, including 5.1V DC output, 24V DC relay output, and 3.3V. Internal use of volt DC output. These three outputs can be used for the RX3i module. The GE Fanuc Automation IC695PSD140 multi-purpose power module can be installed on the RX3i universal backplane, occupying only one slot. It can be used as the only power source in the system or in combination with other multi-purpose power sources. It can be combined with up to 3 other modules.
The GE Fanuc Automation IC695PSD140 multi-purpose power module comes with several LED indicator lights. The power indicator light can be green or amber, the power/system fault and overload indicator light is red, and the overheat and overload indicator light is amber. Each LED indicates the current operating status of the module. The rated voltage of this module is 24 V DC, with an input voltage range of 18 to 30 V DC and a maximum output power of 40 watts, including 3 outputs. This module does not provide isolation. It should be noted that the GE Fanuc Automation IC695PSD140 multi-purpose power supply cannot be used with the IC695PSD040 or IC695PSA040 power module in redundant mode or increased capacity mode under any circumstances. These modules are incompatible in these modes, and attempting to use them in these modes may cause damage to both types of devices.