IS215PMVPH1A工控机器人备件
除ICPWR和ICPWR外的电源。该电源的过电压保护装置连接在用户板上的插针内。当安装在工厂时，该引脚通常与提供的跳线带连接到机架接地引脚。如果不需要或上游提供过电压保护，可通过从引脚和上拆下跳线带来禁用此功能。安装和硬件八月Q如果您想要Hipot测试，必须在测试期间通过移除跳线条带来禁用此电源过电压过程。通过重新安装扎带，重新启动过电压保护装置。跳线带连接过电压普氏装置框架接地螺钉板框架接地图。过电压保护装置和跨接带隔离电源连接电源条的底部两个提供隔离+电压直流的连接，可在电源的功率限制范围内为外部提供电源。警告：如果隔离电源过载或短路，逻辑控制器将停止工作。Q apr电源仅直流输入电源ICPWR标准电源输入ICPWR是为额定输入设计的瓦特电源。它将接受来自的输入电压范围。尽管它能够在输入电压低到最低的情况下将所有s保持在规格范围内，但它不会从小于的初始输入电压开始。此电源提供以下功能：+。+继电器电源，该电源为继电器s提供电源。某些s内部使用的隔离+也可用于为输入s提供外部电源。该电源的每个负载容量显示在下表中。ICPWR电源容量目录号负载容量输入容量电压ICPWR瓦特或+瓦特+隔离瓦特+继电器瓦特所有组合的总和不能超过瓦特。系统状态指示器+PWR正常运行电池B A T E R Y锂备用电池S RS PATIB串行端口连接，用于直流电源内部电源，用于请求ICPWR+标准电源控制器。A X输入功率控制器图。输入电源ICPWR安装和硬件八月Q选项卡。ICPWR电源规范额定辐射电压输入电压范围启动运行或输入功率瓦特满负荷涌入电流A峰值ms功率：瓦特继电器：瓦特隔离：瓦特无：瓦特全部三个s电压。标称继电器：隔离保护极限过电压：过电流；保持时间：ms最小标准参考数据表B或lar版本的产品标准和一般规范。计算ICPWR的输入功率要求下图是典型的电源效率曲线。确定电源效率的基本程序如下图所示。平均输入功率瓦特总功率瓦特W图。满载时电源无启动浪涌的典型效率曲线以毫秒为单位。Q apr电源输入功率电流计算根据aprs和。使用图表dermine平均输入功率。将输入功率除以工作电源电压，以确定输入电流要求。使用最低输入电压确定输入电流。考虑启动浪涌电流要求。允许使用精氨酸。安装和硬件August Q ICPWR标准电源输入ICPWR是为额定输入设计的瓦特电源。它将接受来自的输入电压范围。此电源提供以下功能：+。+继电器电源，该电源为继电器s提供电源。某些s内部使用的隔离+也可用于为输入s提供外部电源。该电源的每个负载容量显示在下表中。ICPWR电源容量目录号负载容量输入容量电压功率ICPWR瓦特+瓦特+隔离瓦特+继电器瓦特所有组合的总和不能超过瓦特。SYSM状态标记+压水堆正常运行电池B A T T E R Y锂备份电池S S S S PATIB串行端口连接，用于直流电源和需要ICPWR+标准电源控制器的内部电源
power supplies except ICPWR and ICPWR. The overvoltage proction devices for this power supply are connecd inrnally pin on the user strip. This pin is norlly connecd frame ground pin with the supplied jumper strap whi is instald at the facry. If overvoltage proction is not required or is supplied upstream this feature can be disabd by removing the jumper strap from pins and . Installation and Hardware August Q If you want Hipot st this supply overvoltage proction must be disabd during the st by removing the strip jumper strap. Reenab overvoltage proction afr sting by reinstalling the strap. Jumper Strap Connects Overvoltage Proction Devices Frame Ground Screw s on Board Frame Ground Figure . Overvoltage Proction Devices and Jumper Strap Isolad Supply Connections The botm two s of the power supply strip provide connections the Isolad + volt DC whi can be used provide power for exrnal s within power limitations of the supply. Caution If the Isolad supply is overloaded or shord the Logic Controlr will sp operation. Q apr Power Supplies DC Input Only Power Supplies ICPWR Standard Power Supply Input The ICPWR is a watt power supply designed for or nominal inputs. It will accept an input voltage range from . Although it is capab of intaining all s within specifications with input voltages as low as it will not start with initial input voltages of ss than . This power supply provides the following s: + . + Relay power whi provides power s on Relay s. Isolad + whi is used inrnally by some s can also be used provide exrnal power for Input s. The load capacity for ea of this power supply is shown in the following tab. Tab . ICPWR Power Supply Capacities Catalog Number Load Capacity Input Capacities VoltagePower ICPWR Watts or + watts + Isolad watts + Relay watts tal of all s bined cannot exceed watts. SYSM STATUS INDICARS + PWR OK RUN BATT B A T T E R Y LITHIUM BACKUP BATRY BATRY S RS PATIB SERIAL PORT CONNECTIONS FOR DC POWER SOURCE INRNAL POWER SOURCE FOR S REQUIRING ICPWR + STANDARD POWER SUPPLY CONTROLR .A X. INPUT WATT CONTROLR Figure . Input Power Supply ICPWR Installation and Hardware August Q Tab . Specifications for ICPWR Power Supply Nominal Rad Voltage Input Voltage Range Start Run or Input Power watts at full load Inrush Current A peak ms Power : watts Relay: watts Isolad: watts NO: watts tal all three s Voltage . . nominal Relay: Isolad Proctive Limits Overvoltage: Overcurrent; Holdup Time: ms minimum Standards Refer data sheet B or lar version for product standards and general specifications. Calculating Input Power Requirements for ICPWR The following graph is a typical power supply efficiency curve. A basic procedure for dermining efficiency of the power supply follows the figure. AVERAGE INPUT POWER WATTS TAL POWER WATTS W Figure . Typical Efficiency Curve for Power Supply No Startup surge at full load is for milliseconds . Q apr Power Supplies Input PowerCurrent Calculation Dermine tal load from typical specifications lisd for individual s in aprs and . Use the graph dermine average input power. Divide the input power by the operating source voltage dermine the input current requirements. Use the lowest input voltage dermine the input current. Allow for startup surge current requirements. Allow rgins for riations. Installation and Hardware August Q ICPWR Standard Power Supply Input The ICPWR is a watt power supply designed for nominal input. It will accept an input voltage range from . This power supply provides the following s: + . + Relay power whi provides power s on Relay s. Isolad + whi is used inrnally by some s can also be used provide exrnal power for Input s. The load capacity for ea of this power supply is shown in the following tab. Tab . ICPWR Power Supply Capacities Catalog Number Load Capacity Input Capacities VoltagePower ICPWR Watts + watts + Isolad watts + Relay watts tal of all s bined cannot exceed watts. SYSM STATUS INDICARS + PWR OK RUN BATT B A T T E R Y LITHIUM BACKUP BATRY BATRY S RS PATIB SERIAL PORT CONNECTIONS FOR DC POWER SOURCE INRNAL POWER SOURCE FOR S REQUIRING ICPWR + STANDARD POWER SUPPLY CONTROLR
