Manufacture	ABB
Item No	IMDSO14
Article number	IMDSO14
Series	BAILEY INFI 90
Origin	Sweden
Dimension	178*51*33(mm)
Weight	0.2 kg
Customs Tariff Number	85389091
Type	Digital Slave Output Module

 Digital Output Slave ABB IMDSO14 Product Features: -Used as a digital output device in an automation system. Its main role is to convert digital signals from the controller into corresponding electrical signals to drive external loads such as relays, solenoids or indicator lights. -Designed to be used within the framework of ABB's specific automation control system, it is compatible with other related modules and components in the system to ensure seamless integration and normal operation of the overall setup. -Digital output, usually provides an on/off (high/low) signal to control the connected device. Operates at a specific voltage level, which may be related to the requirements of the external load it is to drive. For example, it can be a common industrial voltage such as 24 VDC or 48 VDC (the specific voltage of IMDSO14 needs to be verified from the detailed product documentation). -It comes with a certain number of individual output channels. For IMDSO14, this may be 16 channels (again, the exact number is based on the official specifications), allowing it to control multiple external devices simultaneously. -The IMDSO14 is designed and manufactured using rugged components and circuits to ensure stable performance over a long period of time, even in industrial environments that may be subject to electrical noise, temperature changes and other interference. -Provides a certain degree of flexibility in output configuration. This may include options to set the initial state of the outputs (e.g., set all outputs to off at startup), define the response time of the outputs to changes in the input signal, and customize the behavior of individual output channels based on specific application requirements. - Typically, such modules come with status indicators for each output channel. These LEDs can provide visual feedback on the current state of the output (e.g., on/off), making it easier for technicians to quickly diagnose any problems during operation or maintenance.Commonly used in factory automation settings to control various actuators such as motor starters, valve solenoids, and conveyor motors. For example, it can open or close a conveyor based on the state of a sensor that detects the presence of product on the conveyor. Involves process control applications, where the operation of equipment needs to be controlled based on digital signals generated by the control system. For example, in a chemical plant, it can be used to open or close a valve based on changes in temperature or pressure readings.