IS230TCISH5C - DIN RAIL MODULE I/O MODULE

IS230TCISH5C is a I/O Module developed by GE. It is a part of Mark VIe control system. Designed to operate as a DIN rail module, offering a versatile solution for integrating and managing various input and output functionalities. Within the module, a range of input and output functions can be configured and managed. These functionalities span from receiving and processing analog and digital signals to sending out control commands or triggering specific actions. This flexibility allows the module to cater to diverse requirements, adapting to the specific needs of different industrial applications. Features In addition to their primary functions, each I/O pack performs an essential secondary task by transmitting an identification message, commonly referred to as an ID packet, to the central main controller upon request. This packet contains a wealth of crucial information that aids in efficient management and monitoring. Specifically, it includes key details such as the hardware catalog number associated with the I/O board, the precise hardware revision, the unique barcode serial number of the board, as well as the catalog number and version of the firmware being utilized. To ensure accurate and reliable performance even in varying environmental conditions, both the processor board and data acquisition board within the I/O pack are designed to operate within a temperature range of -30°C to 65°C. This operational range is achieved through a mechanism of free convection cooling, which allows the system to effectively regulate its temperature without the need for active cooling methods. To maintain a high degree of precision in temperature monitoring, every I/O pack is equipped with a temperature sensor. This sensor provides temperature readings that are accurate within a margin of 2°C. These temperature readings are valuable data points that are collected and stored within the system's database. Moreover, they can be effectively leveraged to generate alarms if temperature thresholds are breached. This proactive approach to monitoring temperature variations helps ensure that potential issues are identified and addressed promptly, mitigating the risk of overheating or other temperature-related concerns.