The X-AI3201-985210213 is a Safety Instrument system (SIS) controller manufactured by HIMA Corporation and belongs to the X-AI3200 series SIS controller. It has the following main features:
High safety: The controller's triple redundancy design greatly enhances its safety, making it stable and reliable to operate in complex and changeable industrial environments.
High reliability: Thanks to its modular design, the X-AI3201-985210213 is not only easy to install and maintain, but also able to cope with a variety of possible fault situations, improving the overall reliability of the system.
Rich functions: The controller has a variety of functions, can meet a variety of complex application needs, suitable for a variety of industrial control systems, for the realization of safety logic control, to prevent danger.
In terms of hardware configuration, X-AI3201-985210213 uses 32-bit PowerPC as a processor, with 256MB memory and 1GB storage space, and supports Ethernet, RS-232, RS-485 and other communication interfaces, which is convenient for data exchange and communication with other devices or systems.
Overall, the X-AI3201-985210213 is a high-performance, feature-rich, safe and reliable SIS controller for a variety of industrial applications requiring high-precision, high-reliability security controls.
The X-AI3201-985210213 provides a variety of safety features in the Safety Instrumentation System (SIS) controller designed to ensure the stable operation of industrial control systems and prevent potential hazards and accidents. Here are some of the key safety features supported by the controller:
Security logic control: X-AI3201-985210213 can perform complex logic operations to achieve security logic control to ensure that the system can operate in accordance with predetermined security policies under various working conditions.
Triple redundancy design: In order to enhance the safety of the system, the controller adopts triple redundancy design. This means that the controller has multiple modules or components running in parallel, and if one of them fails, the other modules can take over its work, ensuring that the system runs continuously without interruption.
Fault detection and diagnosis: The controller has a built-in fault detection and diagnosis mechanism, which can monitor the operating status of the system in real time. Once a fault or abnormal situation is detected, corresponding measures will be taken immediately, such as alarm, shutdown, etc., to prevent accidents.
Event recording and tracing: The X-AI3201-985210213 also has the event recording and tracing function, which can record key events and fault information during the operation of the system, providing data support for subsequent fault analysis and system optimization.
Fault detection and diagnosis: The controller has a built-in fault detection and diagnosis mechanism, which can monitor the operating status of the system in real time. Once a fault or abnormal situation is detected, corresponding measures will be taken immediately, such as alarm, shutdown, etc., to prevent accidents.
Event recording and tracing: The X-AI3201-985210213 also has the event recording and tracing function, which can record key events and fault information during the operation of the system, providing data support for subsequent fault analysis and system optimization.
