Honeywell 10300/1/1

Input Signal Type: HONEYWELL 10300/1/1 is an analog input module that can accept a variety of analog input signals, usually including common industrial standard signals such as 4-20mA, 0-5V, etc. It can be compatible with sensors used in various industrial processes to measure parameters such as temperature, pressure, and flow.

Number of Input Channels: It usually comes with multiple input channels and can collect multiple analog signals at the same time. The specific number of channels may vary depending on the product configuration, but in general, it is sufficient to meet the monitoring needs of multiple signal sources in industrial sites and improve the efficiency and comprehensiveness of data acquisition.

Resolution: The module has a high resolution and can accurately detect and distinguish small changes in the input signal. For example, in applications that require precise control of temperature or pressure, its high resolution ensures that subtle fluctuations in the measured parameters can be captured and processed, providing more accurate data support for the control system and achieving more sophisticated control and monitoring.

Sampling Frequency: 10300/1/1 has a fast sampling frequency, so it can sample input signals in a very short time interval. This ensures the real-time and dynamic response of data acquisition, enabling it to quickly capture any changes in industrial process parameters and promptly feed back this information to the control system for corresponding processing, thereby improving the timeliness and effectiveness of control.

Product Features

Signal acquisition and conditioning: 10300/1/1 is able to accurately acquire analog signals from field sensors, in addition to performing signal conditioning operations such as filtering, amplification, and linearization. It significantly improves the quality and reliability of signals by converting raw sensor signals into standard signals that are more in line with the acceptable quality of the control system to eliminate noise or interference, ensuring that the data used for control and monitoring is very accurate.

Data transmission: 10300/1/1 adopts high-speed and stable communication interface technology to ensure that the collected and processed data is transmitted to the control device or central control system on time, thereby ensuring reliable data transmission. This ensures the real-time nature of data integrity and makes it easy to share data, thereby facilitating smooth information transmission between field devices and control centers, which is essential for the normal operation and coordination of any industrial automation control.

Fault diagnosis and alarm: With its internal diagnostic function, HONEYWELL 10300/1/1 can continuously monitor its working status and abnormal functions of input signals. If any fault is found, or the signal is beyond the acceptable range, it will immediately issue an alarm so that relevant personnel can take timely action. This improves the reliability and safety of the system by reducing production losses caused by unnecessary equipment failures.

Configuration flexibility: It has a customizable module that allows users to set parameters, configure channels and customize functions according to specific industrial application requirements with the help of corresponding software tools. That is, it has a very high configurability and can adapt to various control tasks and process flows, which greatly benefits its versatility and applicability in a variety of industrial occasions.

Application scope

Petrochemical industry: HONEYWELL 10300/1/1 is used for the collection and monitoring of important working parameters in petroleum refining and chemical production processes, including reactor temperature or pressure, pipeline flow rate, etc. It is able to perform precise process measurements for complex computational control in chemical processes, thereby providing support for reducing fluctuations in the production process and maintaining consistent product quality, and making positive contributions to the efficient and reliable operation of petrochemical production systems.

Power industry: In power plants, knowledge modules can be implemented to monitor the operating parameters of generators, transformers and other equipment, such as voltage, current and oil temperature. This allows real-time monitoring and protection of power equipment, promoting safe and stable power supply in the power system. In other words, it can also be used in substation automation control systems for data collection and processing of various electrical quantities, thereby improving the reliability of substation automation systems.