X-AI3201 985210213 Analog input module

X-AI3201 985210213 Analog input module

The HIMA X-AI3201 985210213 is an analog input module. It is usually used in industrial automation systems, and its main function is to receive analog signals from sensors and other devices, and convert them into digital signals for processing and monitoring by the control system.
The X-AI3201 985210213 has the following features and functions:
Analog input channels: there are usually multiple analog input channels, which can collect multiple analog signals at the same time to achieve monitoring and control of different signal sources.
Signal type support: Support a variety of analog signal types, including voltage signals, current signals, etc., can adapt to analog signals output by different sensors and devices.
High-precision data acquisition: with high-precision data acquisition function, it can realize the accurate acquisition and processing of analog signals to ensure the stability and reliability of the system.
Digital data transmission: The analog signal data collected is transmitted to the control system or monitoring system in a digital way to achieve real-time monitoring and recording of data.
A variety of communication interfaces: it usually has a variety of communication interfaces, such as Ethernet, RS-232, RS-485, etc., which can exchange data and communicate with the host computer or other devices to achieve the integration and interconnection of the system.
In addition, the X-AI3201 985210213 also has high reliability and stability, and can operate stably in harsh industrial environments for a long time to ensure the accuracy and reliability of data acquisition.
The module has a wide range of applications in industrial automation and process control systems, such as chemical and petrochemical industries, food and beverage production, power and energy management, water treatment and wastewater treatment, oil and gas, manufacturing and mechanical equipment, building management systems, and transportation and infrastructure.

Technical parameters of HIMA X-AI3201 985210213 mainly include the following aspects:
Time-position calibration coefficient:
The value of the position-to-time calibration is defined, that is, the speed at which the effective signal propagates through the delay line. This depends on the size and geometry of the delay line used. For different delay lines (such as DLD40, DLD80, DLD120, etc.) and nodes (such as u and v in six nodes), there are different calibration coefficient values (in mm/ns).
Output channel characteristics:
Each output channel is latched and has an open-collector driver (with pull-up resistance) capable of absorbing 12mA of current. This allows direct connection to the optical isolated digital signal conditioning module for high-density, authentic I/O support.
Operating system support:
The module supports Linux, Windows, and other x86-compatible real-time operating systems.
Operating temperature range:
The module can operate in an industrial temperature range of -40 ° C.
Grounding system:
The grounding system of the X-AI3201 985210213 must perform multiple functions simultaneously, including providing personal safety for the user, providing a low impedance grounding loop, controlling the voltage generated on the ground, stabilizing the voltage, discharging the static load, providing a stable voltage reference, and minimizing the impact of electromagnetic radiation (EMI).
Modbus communication parameters:
The input offset can be set to 3000, and the output offset ranges from 0 to 4999. These parameters define the boot register internal database of Modbus command data. If the value is greater than 0, this parameter is enabled.