IC693MDL753H 数字输出模块 GE 具有32个正逻辑输出通道

IC693MDL753是90-30系列可编程逻辑控制器(PLC)家族的数字输出模块。该模块具有32个正逻辑输出通道，产生102 - 28.8输出电压范围，标称电压为12 - 24 VDC。IC693MDL753以前由GE发那科自动化公司生产，现在被艾默生自动化公司收购。该模块具体带有输出分组，四(4)组每组8(8)个输出。每个输出组有250伏隔离和100伏之间的场侧和逻辑侧或光学隔离。IC693MDL753的输出电流额定值为每点0.5安培，每组最大4安培，每组公共引脚最大3安培。它在10ms内产生5.4安培的浪涌电流，而导通电压降为0.3 VDC。关断状态漏电流为0.1 mA，而开和关响应时间是典型的两个信号转换为0.5 ms。IC693MDL753内部功耗为260ma，来自5vdc背板。IC693MDL753兼容本地I/O和分布式I/O模块。可以安装在机箱除指定CPU、通信适配器和专用模块槽位外的任意槽位。IC693MDL753仅占一个槽位，受主控制器I/O容量和内存的限制，可以任意安装。对于将电气负载布线到该离散输出模块，建议使用制造商电缆组件IC693CBL315。

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IC693MDL753H 数字输出模块 GE 具有32个正逻辑输出通道

【功能描述】

IC693MDL753 I/O模块是一个32点数字I/O模块。IC693MDL753 I/O模块是由GE发那科为GE可编程逻辑控制器或plc的90-30系列开发的。当使用PLC背板提供的5伏直流电压时，模块的峰值电流消耗额定值为260毫安。每个输出点在ON状态下消耗16毫安电流，每个输出点的LED指示灯消耗4.7毫安电流。32个点被分成4组，每组8个输出。在24伏直流电压下运行时，当组内8个输出都处于on状态时，每组点消耗16.5毫安电流。在12伏直流电压下运行时，当组内8个输出均处于on状态时，每组消耗9.6毫安电流。

IC693MDL753 I/O模块的浪涌电流为5.4安培。开启响应时间和关闭响应时间的最大值都是0.5毫秒。每点最大输出电流为0.5安培，每组最大输出电流为4安培。IC693MDL753 I/O模块的输出电压范围为直流10.2 ~ 28.8伏。模块上的输出为正逻辑输出。输出开关负载在电源的正侧，他们提供电流给负载。每组输出点可用于不同的负载。光耦合器在IC693MDL753 I/O模块的逻辑侧和场侧之间提供隔离。当PLC的CPU停止时，所有模块输出被强制进入OFF状态。与输出电路的连接是用模块前面的2个24针公连接器进行的。

IC693MDL753H 数字输出模块 GE 具有32个正逻辑输出通道

The IC693MDL753 is a digital output module of the 90-30 series programmable logic controller (PLC) family. The module has 32 positive logic output channels, producing an output voltage range of 102-28.8 with a nominal voltage of 12-24 VDC. The IC693MDL753 was previously manufactured by GE Fanuc Automation and is now being acquired by Emerson Automation. The module specifically has output grouping, with four (4) groups of 8(8) outputs each. Each output group has 250 volts isolation and 100 volts between the field side and logic side or optical isolation. The IC693MDL753 has an output current rating of 0.5 amps per point, with a maximum of 4 amps per group and 3 amps per group of common pins. It generates 5.4 amps of inrush current in 10ms, while the on-voltage drops to 0.3 VDC. The off state leakage current is 0.1 mA, while the on and off response time is typical for both signals to convert to 0.5 ms. The IC693MDL753 has an internal power consumption of 260ma from the 5vdc backplane. The IC693MDL753 is compatible with both local and distributed I/O modules. It can be installed in any slot of the chassis except the specified CPU, communication adapter, and dedicated module slots. The IC693MDL753 occupies only one slot and can be installed arbitrarily due to the limited I/O capacity and memory of the primary controller. For wiring electrical loads to this discrete output module, the manufacturer's cable assembly IC693CBL315 is recommended.

The IC693MDL753 I/O module is a 32-point digital I/O module. The IC693MDL753 I/O module was developed by GE Fanuc for the 90-30 series of GE programmable logic controllers or PLCS. When using the 5 volts DC voltage provided by the PLC backplane, the module has a peak current consumption rating of 260 mA. Each output point consumes 16 mA current in the ON state, and the LED indicator at each output point consumes 4.7 mA current. The 32 points were divided into 4 groups with 8 outputs per group. When operating at 24 volts DC, each set of points consumes 16.5 mA when all eight outputs in the group are on. When operating at 12 volts DC, each group consumes 9.6 mA when all eight outputs in the group are on.

The inrush current of the IC693MDL753 I/O module is 5.4 amps. The maximum response time for both on and off is 0.5 ms. The maximum output current per point is 0.5 amps, and the maximum output current per group is 4 amps. The output voltage range of the IC693MDL753 I/O module is 10.2 to 28.8 volts DC. The output on the module is a positive logical output. Output switches are loaded on the positive side of the power supply and they provide current to the load. Each set of output points can be used for different loads. The optocoupler provides isolation between the logical side and the field side of the IC693MDL753 I/O module. When the PLC's CPU stops, all module outputs are forced into the OFF state. The connection to the output circuit is made using two 24-pin male connectors on the front of the module.