Westinghouse 5X00301G01

Details

Westinghouse 5X00301G01 Product Introduction

Product Parameters

Availability Parameters Signal Type and Range: Westinghouse 5X00301G01 generally uses 0-20 mA analog signals. The SIG range is one of the most standard analog signal ranges used in industrial environments, making it a perfect match for many sensor output signals (such as pressure sensors, temperature sensors, etc.), and converting physical quantities into corresponding electrical signals for transmission and processing.

Accuracy: With high accuracy, it is possible to collect and transmit analog signals with such accuracy that the deviation between the measured value and the actual value of the physical quantity is kept within the minimum range. This in itself ensures that real and reliable data supports industrial process control and the refinement of control and monitoring.

Resolution: 5X00301G01 has good resolution and works well even when small changes in the input signal must be observed. This allows for the rapid detection of slight oscillations in parameters in industrial processes, and such information is more accurate so that the control system can make corresponding adjustments in a timely manner.

Response Time: Depends on the speed at which the input signal changes, so the data can provide very real-time and dynamic corrections. Fast response time helps to update parameter changes in industrial processes to quickly notify the control system so that timely measures can be taken to ensure stable operation.

Product function

Signal isolation and anti-interference: Optoelectronic coupling technology is used to effectively isolate the input and output circuits, cut off the ground connection between different component circuits, thereby eliminating the interference of external noise signals on the internal circuits, and the sealed tube shell design makes it free from external noise interference. This greatly improves the reliability and stability of signal transmission. Even in an environment with high interference voltage amplitude, it can almost completely suppress interference signals to ensure accurate signal transmission.

Signal acquisition and conversion: The 0-20mA analog signal collected from the field sensor communicates with the control system as a digital signal. During the acquisition process, the signal is pre-processed by filtering, amplification, etc., which improves the quality of the signal to a certain extent.

Data transmission and communication: The collected digital signal is transmitted reliably, and the signal is sent to the central control system or other related equipment in a timely and stable manner through standard communication interfaces such as fieldbus. Supports multiple communication protocols, can be connected with equipment from other manufacturers, and realizes the sharing and cooperation of control systems.

Fault diagnosis and alarm: Built-in fault diagnosis function can monitor the normal working status of the equipment and the abnormal situation of the input signal in real time. Once a fault is found or the signal deviates from the normal range, an alarm signal will be issued to notify others to handle it. Such a system can better ensure the reliability and safety of the system, while reducing production interruptions and losses caused by equipment failure.

Scope of application

Power industry: In power plants, it is used to monitor the current, voltage and other operating parameters of equipment such as generators and transformers, realize real-time monitoring and protection of power equipment, and realize safe and stable power supply of the power system; it can also be used in substation automation control systems to collect and process various electrical quantities of substations.

Chemical industry: 5X00301G01 is widely used in the monitoring of temperature, pressure, flow, liquid level and other parameters in the chemical production process. The collection and transmission of these key parameters provide a data basis for the automatic control of the chemical process flow, ensure the smooth progress of production and the consistency of product quality, and improve production efficiency and economic benefits.

Manufacturing industry: In industries such as machinery manufacturing and automobile manufacturing, instrument equipment can be used to monitor the operating status of equipment on the production line and parameters such as material flow, so as to fine-tune the production process and achieve the purpose of optimizing production. For example, it is possible to run an automated production line, monitor and provide feedback on the processing accuracy and assembly quality of parts in real time, thereby improving output quality and production efficiency.

Energy management area: In the energy monitoring system, real-time monitoring and analysis of energy consumption: monitoringElectricity, gas, water and other energy sources are collected and processed to help enterprises achieve reasonable allocation and optimal utilization of energy, reduce energy costs and improve energy efficiency.