IC693MDL742 离散输出模块 GE 组件模块

GE Fanuc IC693MDL742模块是一款12 ~ 24伏直流正逻辑ESCP (Electronic Short Circuit Protection)输出模块。IC693MDL742模块提供16个输出点，分为2组，每组8个。每组有一个公共电源输出端子。每个组的公共信号都被电子监控。当发生短路时，IC693MDL742模块上的红色LED亮起，该组的输出断开。这个红色LED被放置在绿色LED之间，绿色LED为所有单独的输出点提供状态更新。IC693MDL742模块上的短路保护功能不会保护单个输出点不超过其额定电流，但是，当发生短路时，它会保护模块板。

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IC693MDL742 离散输出模块 GE 组件模块

【功能描述】

IC693MDL742是系列90-30组件模块。该模块是一个具有集成电子短路保护(ESCP)的离散输出模块。该模块支持正逻辑接线配置，输出电压范围为12-24 VDC， +20%， -15%。同样，它的输出电流额定值为每点1安培，最大值;在50摄氏度下工作时，每组最大4安培，在60摄氏度下每组最大3安培。IC693MDL742安装在系列90-30底板上。单槽位安装，可以安装在除电源、CPU和专用模块指定安装位置外的其他槽位。允许的模块实例数量没有特定限制。实际的限制取决于主机处理器支持的I/O容量、内存大小和可用的底板插槽。它可以用来激励负载，如电机启动器，电磁驱动装置，指示灯，继电器，和类似的设备。它带有描述输出通道通电状态的单个通道指示器。该模块的嵌入式电子短路保护(ESCP)用于监控各组的公共信号。如果检测到短路，“F”LED通电表示短路状态。除了状态指示外，ESCP还可以保护电路板免受损坏。当所有输出都通电时，该模块的背板功耗为130 mA。输出通道的典型响应时间最多为2毫秒。该模块产生5.2安培的浪涌电流，持续时间为10ms，而断开状态的泄漏电流最大为1ma。

IC693MDL742的电子短路保护触发后，需要拆除12伏~ 24伏直流模块电源，复位。模块上有2个短路保护电路，每组输出点一个。C693MDL742模块是为实现正逻辑特性而设计的。输出电流额定值为每点1安培，50摄氏度时每组4安培，60摄氏度时每组3安培。IC693MDL742模块的最大电流消耗为130毫安。该模块的浪涌电流为5.2安培，持续时间为10毫秒。最大输出压降为1.2伏。关闭响应和打开响应时间的最大值都是2毫秒。模块周围的相对湿度(无冷凝)应保持在5% ~ 95%之间。

IC693MDL742 离散输出模块 GE 组件模块

The IC693MDL742 is a series 90-30 module. The module is a discrete output module with integrated electronic Short Circuit protection (ESCP). The module supports positive logic wiring configuration, and the output voltage range is 12-24 VDC, +20%, -15%. Again, its output current rating is 1 amp per point, maximum; Maximum 4 amps per set when operating at 50 degrees Celsius and maximum 3 amps per set at 60 degrees Celsius. The IC693MDL742 is installed on Series 90-30 baseplates. It can be installed in a single slot except the specified slots for power supplies, cpus, and dedicated modules. There is no specific limit to the number of module instances allowed. The actual limit depends on the host processor's supported I/O capacity, memory size, and available backboard slots. It can be used to excite loads such as motor starters, electromagnetic drives, indicators, relays, and similar devices. It comes with a single channel indicator that describes the energized state of the output channel. The module's embedded Electronic Short Circuit Protection (ESCP) is used to monitor the public signals of each group. If a short circuit is detected, the "F" LED is energized to indicate a short circuit. In addition to status indications, ESCP protects the board from damage. When all outputs are powered, the backplane power consumption of this module is 130 mA. The typical response time for the output channel is up to 2 milliseconds. The module generates a surge current of 5.2 amps for a duration of 10ms, while the leakage current in the disconnected state is up to 1ma.

The GE Fanuc IC693MDL742 module is a 12-24 volt DC positive logic Electronic Short Circuit Protection (ESCP) output module. The IC693MDL742 module provides 16 output points, divided into 2 groups of 8 each. Each group has a common power output terminal. Each group's public signal is electronically monitored. When a short circuit occurs, the red LED on the IC693MDL742 module lights up and the output of this group is disconnected. This red LED is placed between the green LED, which provides status updates for all individual output points. The short circuit protection feature on the IC693MDL742 module does not protect a single output point from exceeding its rated current, but it does protect the module board in the event of a short circuit.

If the electronic short-circuit protection of the IC693MDL742 is triggered, remove the power supply of the 12-24 volt DC module and reset it. There are two short circuit protection circuits on the module, one output point for each group. The C693MDL742 module is designed to implement positive logic features. Output current ratings are 1 amp per point, 4 amps per group at 50 degrees Celsius and 3 amps per group at 60 degrees Celsius. The IC693MDL742 module has a maximum current consumption of 130 mA. The module has a surge current of 5.2 amps and a duration of 10 milliseconds. The maximum output voltage drop is 1.2 volts. The maximum response time for both closing and opening is 2 milliseconds. The relative humidity (non-condensing) around the module should be kept between 5% and 95%.