PPD113B03-26-100110 3BHE023584R2634

Digital Voltage Regulation: As an important feature for power – related applications, it provides precise digital voltage regulation. In power – generation facilities, this ensures that the output voltage of generators remains stable within a narrow tolerance range. By maintaining a stable voltage, it helps to protect electrical equipment downstream from voltage fluctuations, which could otherwise cause damage or inefficient operation.

Monitoring and Diagnostic Capabilities: It comes with advanced monitoring and diagnostic tools. These tools continuously monitor the module’s own performance as well as the systems it controls. They can detect anomalies such as over – voltage, over – current, or abnormal temperature rises. In case of a fault, the diagnostic tools can quickly identify the root cause, enabling prompt maintenance and reducing downtime.

Compact and Robust Design: Despite its powerful functionality, the module has a relatively compact design. With a net depth/length of 145 mm, it can be easily installed in standard industrial control cabinets or spaces – constrained equipment. Its robust construction, weighing 2.59 kg, ensures durability and reliable operation even in harsh industrial environments with vibrations, temperature variations, and electrical interference.

2.3 Application Scenarios

Power Generation: In power plants, whether they are coal – fired, gas – fired, or hydro – powered, the PPD113B03 – 26 – 100110 module plays a vital role. It controls the generator’s 励磁系统 (excitation system), which is responsible for regulating the output voltage and reactive power of the generator. By accurately adjusting the excitation current, it helps to maintain the stability of the power grid and ensure efficient power generation.

Industrial Automation: In manufacturing plants, it can be used to control and monitor production lines. It can interface with sensors that detect the position, speed, and quality of products during the manufacturing process. Based on the data received from these sensors, it can send control signals to actuators, such as motors, robotic arms, and conveyor belts, to ensure smooth and accurate production operations.

Oil and Gas Industry: In oil refineries and gas processing plants, the module is used to monitor and control various processes. It can regulate the pressure, temperature, and flow rate of oil and gas in pipelines, tanks, and processing units. This helps to optimize the production process, ensure safety, and prevent equipment failures.

3. Product Parameters

3.1 Electrical Parameters

Processor Clock Speed: The PowerPC 750FX processor operates at a clock speed of up to 600 MHz. This high clock speed enables fast data processing and quick response to control commands.

Input/Output Voltage Ranges: For analog inputs, it can typically handle voltage ranges such as 0 – 10V, – 10 – + 10V, and 4 – 20mA current loops. Digital inputs can work with standard industrial voltages, such as 24V DC. For analog outputs, it can generate voltage signals within similar ranges as the inputs, and digital outputs can drive loads with appropriate voltage levels, usually 24V DC for most industrial applications.

Power Consumption: The power consumption of the module is designed to be energy – efficient. While the exact value is not provided in the given sources, considering its industrial – grade performance and the power – handling capabilities of the processor, it is likely in the range of several tens of watts. This ensures that it can operate continuously in industrial settings without excessive power requirements.

3.2 Performance Parameters

Data Processing Capacity: With its powerful processor, it can handle a large volume of data. It can process real – time sensor data, perform complex control calculations, and send out control signals in a timely manner. In a power – generation application, it can process thousands of data points per second related to electrical parameters and generator status.

Response Time: The module has a fast response time. When it detects a change in the input signals, such as a sudden voltage drop or a sensor – triggered event, it can generate a corresponding control response within milliseconds. This fast response is crucial for maintaining the stability and safety of industrial processes.

Accuracy of Voltage Regulation: In its voltage – regulation function, it can achieve high accuracy. It can maintain the output voltage within a very narrow tolerance band, typically within ±0.1% of the set value. This high – precision voltage regulation is essential for protecting sensitive electrical equipment and ensuring the quality of power supply.

3.3 Environmental Parameters

Operating Temperature Range: The module is designed to operate within a wide temperature range. A typical range for industrial – grade modules like this is from – 20°C to 70°C. This allows it to be used in various industrial environments, from cold storage facilities to hot manufacturing workshops. However, in extreme temperature conditions, additional cooling or heating measures may be required to ensure optimal performance.

Relative Humidity: It can withstand a relative humidity range of 5% – 95% (non – condensing). This humidity tolerance enables it to be used in humid industrial areas, such as food processing plants, textile mills, or coastal – area industrial facilities. But proper ventilation and protection against condensation are still necessary in highly humid environments.

Vibration and Shock Resistance: Engineered to resist vibrations and shocks, the module can tolerate normal industrial – level mechanical disturbances. It can withstand vibrations up to a certain level, such as 5m/s², and shocks up to 10g, maintaining its integrity and proper operation even in the presence of significant mechanical vibrations. In industrial environments where heavy machinery generates vibrations and occasional shocks, this feature is essential for reliable operation.

4. Product Specifications

Physical Dimensions: The module has a net depth/length of 145 mm. While the width and height dimensions are not provided, based on its compact design concept, it is likely to have dimensions that are suitable for installation in standard industrial control cabinets. A speculative width could be around 80 – 100 mm, and a height of 50 – 70 mm, but these are estimates.

Weight: It weighs 2.59 kg. This weight is manageable for installation and maintenance by technicians. A relatively lightweight design also reduces the stress on mounting brackets and other mechanical components in the control system.

Mounting Method: While not explicitly stated, common mounting methods for industrial modules include DIN – rail mounting or direct panel – mounting. Given its application in industrial control systems, it may be designed to be mounted on a DIN – rail, which allows for quick and easy installation and removal. It could also be directly mounted on a control panel using appropriate fasteners, depending on the specific design requirements.

Protection Level: Without specific data, it can be assumed that the module has a certain level of protection against environmental factors. A possible protection level could be IP20 or IP30. An IP20 protection level provides basic protection against the ingress of solid objects larger than 12.5mm, protecting the internal components from dust and large – particle debris. An IP30 protection level offers additional protection against vertical drips of water. This level of protection helps ensure the proper operation of the module in normal industrial environments. However, in more demanding environments, additional protective enclosures or measures might be required.