GE IS420PUAAH1A Input and Output module

In stock

Basic Information

Manufacturer: General Electric (GE). As a globally renowned diversified enterprise, GE has profound technological accumulation and a rich product portfolio in numerous fields such as electrical equipment, energy management, and industrial automation.
Series: The Mark VIe series is a core product line of GE in the relevant control field. It is widely used in various complex industrial control scenarios due to its advanced technology, high reliability, and wide applicability.
Operating Temperature: The operating temperature range is – 40°F to 158°F. This enables the module to adapt to a variety of harsh environments, from extremely cold to high – temperature conditions, such as outdoor energy facilities in cold regions or areas near high – temperature industrial furnaces.
Humidity: The humidity range is 5% – 95% (non – condensing), ensuring that the module can operate stably in general humid or dry environments, such as industrial plants in coastal areas or production workshops with significant humidity variations, without malfunctioning due to humidity issues.
Compatible Software: It needs to be used with ControlST V 7.02.00C or higher versions. This software provides powerful configuration, monitoring, and management functions for the module, helping users achieve efficient collaboration with the entire control system.

Tags: GE IS420PUAAH1A Input and Output module

Functional Features

Channel Configuration: It has 16 simplex analog channels, which can be flexibly and individually configured as thermocouple input/output, resistance temperature detector (RTD) input/output, voltage input, 4 – 20mA current input, 0 – 20mA current output, pulse accumulator, digital input, etc. For example, in industrial automation scenarios, it can connect multiple thermocouples simultaneously to monitor temperature changes at different locations in real – time; or connect RTDs to accurately measure equipment temperatures. In the field of energy management, it can collect voltage and current data to effectively monitor and regulate the power system. In the manufacturing industry, it can connect digital input devices, such as sensors, to obtain equipment operating status information in a timely manner.
Wiring Advantage: Its unique black part supports independent wiring, which not only reduces the use of panels and the footprint of the system, facilitating system integration and installation, but also the per – channel debugging function greatly facilitates engineers in troubleshooting and maintenance, effectively improving the maintainability and stability of the system, and reducing maintenance costs and time.
Other Features: It supports a frame rate of 10ms, enabling rapid data processing and transmission. This ensures that the system can respond promptly to tasks with high real – time requirements, guaranteeing the timeliness and accuracy of control. It has an automatic re – configuration function. When a system failure occurs or equipment is replaced, it can automatically adjust the configuration, reducing manual intervention and enhancing the system’s fault tolerance and recovery ability. It supports hot – swapping, allowing the module to be replaced without affecting the overall operation of the system, further improving the system’s availability and maintenance efficiency.

It is widely used in fields such as industrial automation, energy management, and manufacturing. It is commonly seen in distributed control systems and BOP (Balance of Plant) control systems, especially playing an important role in the management of Mark VIe control systems for gas turbines and steam turbines.