Westinghouse 5X00121G01

Details

Usage conditions

Input type: 8-channel RTD input module, receiving the resistance signal of the thermal resistance temperature detector (RTD).

Number of channels: 8 channels: can simultaneously collect RTD signals of different positions or types to meet the needs of multi-point temperature monitoring.

Signal range: can accept full range of input signals, can adapt to RTD sensors of different specifications, and has good versatility.

Working temperature range: 0-60 degrees Celsius, or 32-140 degrees Fahrenheit, can work normally under general industrial ambient temperature.

Product function

Signal acquisition and conversion: can accurately collect 8-position RTD resistance signals; convert them into digital data, and transmit them to the controller for processing and analysis through instructions to ensure reliable and accurate temperature measurement, and provide key data for temperature monitoring and control of industrial processes.

Compatibility and adaptability: compatible with the dedicated electronic module Westinghouse 5X00121G01, can be combined with different Westinghouse control systems and other peripherals to form a complete automatic monitoring system, realize seamless transmission and interaction of signals, and ensure the good and stable operation of the entire system.

Simplified wiring: Simplified wiring diagram labels are affixed to the side of each module and above the terminal block, which clearly shows how the field wiring should be connected to the host terminal block, thereby greatly simplifying the wiring work during installation, improving efficiency and reducing the probability of errors.

Data transmission: Through a trusted data transmission channel, digital temperature data is continuously transmitted to the controller in a steady-state manner to ensure real-time integrity, so that the control system can receive temperature information in a timely manner, so as to make corresponding decisions and achieve precise control of industrial process temperature.

Application range

Chemical industry: In any process of producing chemicals, the temperature of a key variable in multiple chemical reactions is controlled. For example, effective monitoring and control of reactor temperature is a necessary condition for any polymerization or synthesis reaction. Westinghouse 5X00121G01 The data collected at various locations within the reactor ensures uniform and safe operation of product quality control in chemical operations.

Petroleum industry: Temperature is a key parameter in the process of oil extraction, refining and storage. For example, in crude oil distillation towers and catalytic cracking units, thermal monitoring of different components is required to ensure that the process is carried out according to specifications and the product quality is stable. The high accuracy and high reliability of this product help the petroleum industry meet temperature monitoring requirements.

Building materials industry: The accuracy of temperature control is the guarantee of the quality and performance of building materials production kilns, dryers and other products. Westinghouse 5X00121G01 can be used to monitor the temperature distribution of equipment, assist operators in optimizing process parameters, and improve the quality and production efficiency of building materials products.

Aviation field: During ground testing, launch preparation, and on-orbit operation of spacecraft, temperature monitoring of various equipment and systems is of great significance. The accuracy and reliability of this product enable it to be used for temperature monitoring in the aerospace field, providing active and strong support for the smooth implementation of aerospace missions.

Electrical equipment monitoring: Westinghouse 5X00121G01 can also be used in various electrical environments such as power plants and substations to monitor the temperature of large electrical equipment such as transformers and generators, timely discover overheating hazards, ensure the safe and stable operation of electrical equipment, and prevent failures and accidents caused by overheating of electrical equipment.