HIMA X-DI3201-985210201 Digital input module

HIMA X-DI3201-985210201 Digital input module

Functional characteristics
Number of channels: with 32 digital input channels, it can collect 32 different digital signals at the same time, which can meet the needs of large-scale digital signal collection.
Signal type: Support a variety of digital signal input, such as dry contact signal, transistor signal, etc., can adapt to different types of field equipment, such as switches, buttons, proximity switches and other signal input.
Isolation characteristics: photoelectric isolation technology is used between channels and between the input signal and the module power supply, which can effectively isolate external interference signals, prevent interference signals from entering the control system, and improve the anti-interference ability and stability of the system.
Diagnostic function: With a powerful diagnostic function, it can monitor the status of the input channel in real time, including the on-off, short circuit, open circuit and other faults of the signal, and timely feedback to the operator through the module’s status indicator or system alarm information, so as to facilitate rapid positioning and troubleshooting.
Safety level: Reaches the SIL3 safety level, adopts a variety of safety design and redundancy technology to ensure reliable operation in harsh industrial environments, even in the case of single or multiple failures, it can ensure the safety and integrity of the system, and effectively prevent safety accidents caused by module failures.

Communication capability
Supports communication with HIMA’s control system and transmits the collected digital volume data through the system’s communication network to a central controller or other related equipment for processing and analysis.
Proprietary communication protocols are typically used within HIMA to ensure efficient and reliable data interaction with other HIMA products. At the same time, it may also have some compatibility, and can be integrated with other devices that support the corresponding communication protocol.

Application field
Widely used in petroleum, chemical, electric power, metallurgy, pharmaceutical and other industrial fields with high safety and reliability requirements, for real-time monitoring and control of various digital signals in the production process, for example, It is used to monitor the operating status of the equipment (such as the start/stop of the motor, the open/close of the valve), detect the safety signals on the site (such as the emergency stop button, the safety door switch), etc., to provide accurate digital input information for the industrial automation control system to ensure the safe, stable and efficient operation of the production process.