Material
Other, Global universal model
Condition
Other, Global universal model
Task
Other, Global universal model
Mathematical Model
Other, Global universal model
Signal
Other, Global universal model
Customized
Non-Customized
Structure
Other, Global universal model
Operating Temperature
-0°C~+50°C
Relative Humidity
5%~95% (non-condensing)
Dimensions
174.5mm × 262mm × 40.5mm
I. Functions and Working Principle
By "time-sharing" its computing capability and relying on a microprocessor with a sufficiently fast operating clock speed, this module can execute more than one PID control algorithm for a single process cycle. Specifically, it allocates time slices to quickly and continuously evaluate each PID equation. This operation mode not only enables multi-loop digital control with a single microprocessor but also significantly enhances the system's overall control level and data processing efficiency, leveraging the microprocessor's inherent capability in managing data archiving, transmission, and networking.

II. Technical Specifications
Electrical Parameters
Input Voltage: Supports a wide voltage range. The rated input voltage is 115.0V, with a minimum input voltage of 100.0V and a maximum of up to 240.0V.
Output Voltage: The nominal output voltage is 5.0V.
Output Current: The maximum output current is 40.0A.
Power: This module is an AC-AC inverter power supply module with a power rating of 350W. The maximum total power output is 350.0W, and the efficiency of the main output can reach 60.0%.
Voltage Regulation: Features excellent voltage regulation performance. The maximum line regulation is 1.0%, and the maximum load regulation is 1.0%.
Physical Parameters
Dimensions: Height: 174.5mm, Length: 262mm, Width: 40.5mm. It adopts standard external dimensions, facilitating installation and layout in various types of equipment.
Weight: The specific weight has not been clarified yet; however, inferred from its dimensions and module characteristics, the weight is reasonably designed and will not impose excessive load on the overall equipment.
Temperature Parameters
Operating Temperature: Can operate stably within a relatively wide temperature range, with the operating temperature ranging from 0.0℃ to 50.0℃.
Storage Temperature: Although the storage temperature range is not explicitly specified, based on the general characteristics of industrial products, it is inferred that the module can be stored in certain low-temperature and high-temperature environments to meet storage requirements in different scenarios.
Other Parameters
Ripple Voltage: The ripple voltage of the main output is 0.03536Vrms, which ensures the stability of the output voltage and reduces electrical interference to connected equipment.
Warm-up Time: Requires only 0.015 seconds of warm-up time, enabling quick deployment into operation, which improves the equipment's response speed and usability.
Remote Shutdown Function: Supports shutdown operation via remote control, facilitating flexible use in scenarios such as remote operation and maintenance, and system management.

III. Application Fields
Industrial Automation Control
It can be used in various industrial production lines to achieve precise control of key parameters (such as temperature, pressure, and flow) during the production process. For example, in chemical production, for the temperature control of reaction kettles, the PCI354-1022-38 executes PID algorithms to accurately adjust the operation of heating or cooling devices, ensuring that reactions proceed under suitable temperature conditions and improving product quality and production efficiency.
CNC Machine Tool Field
It can be used as a remote module in CNC systems. It enables communication diagnosis function—by connecting to a special communication diagnostic computer in a professional maintenance center, it adopts a specific communication mode to test and diagnose faulty CNC systems. This helps quickly locate machine tool faults, reduce downtime, and improve the operational reliability and maintenance efficiency of machine tools.
High-Performance Computing Applications
It provides stable control and data processing support for high-performance computing systems. Its multi-loop digital control capability and data management capability can meet the requirements of high-performance computing for complex algorithm execution, large-volume data processing, and transmission, ensuring efficient and stable operation of the system.

IV. Product Advantages
Strong Control Capability
It realizes multi-loop digital control with a single microprocessor and can accurately adjust multiple control loops simultaneously. Compared with the traditional single-loop control method, it greatly improves the system's control precision and efficiency.
Advantages in Data Processing and Transmission
Leveraging the microprocessor's powerful capabilities in data archiving, transmission, and networking, it facilitates data interaction and sharing with other equipment or systems, making it easier to realize information-based management and remote monitoring of the production process.
Wide Input Voltage Adaptability
The wide input voltage range enables it to adapt to different power supply environments, reducing equipment failures caused by voltage fluctuations or power supply differences, and improving the equipment's versatility and stability.
Fast Response and Stable Output
The short warm-up time and low ripple voltage output allow the module to quickly enter operation and provide stable power supply and control signals for connected equipment, ensuring stable operation of the equipment.
Convenient Remote Functions
Remote control functions such as remote shutdown facilitate operators to manage and operate the equipment remotely, enhancing the flexibility and convenience of equipment management.