Westinghouse 1C31174G03

Details

Westinghouse 1C31174G03 can work stably in complex industrial electromagnetic environments and effectively prevent the influence of external interference signals on measurement and control signals.

Specification

Input and output type: analog input and output, supporting 4-20mA current signal.

Signal accuracy: Includes high accuracy in the measurement and output of signal. It can reach an accuracy level of ±0.1% or higher.

Storage temperature range: - 40℃- + 85℃ 4. Operating temperature range: - 20℃- + 60℃

Features

Real-time monitoring： Westinghouse 1C31174G03 can receive analog input signals from temperature sensors, pressure sensors, flow sensors, and various sensors or transmitters in the range of 4-20mA. These input signals are filtered, amplified, linearized, etc., and converted into digital signals that can be read and processed by PLC or other control systems and whereby real-time monitoring of various physical quantities occurring at the industrial site is realized.

Analog signal output control: Westinghouse 1C31174G03 can convert digital signals into analog output signals of a range of 4-20mA. According to control system instructions, Westinghouse 1C31174G03 controls various actuators, such as controlling valves, frequency converters, motor drivers, etc. By adjusting the output signal, precise control of the actuator is achievable, whereby temperature, pressure, flow, etc., can be adjusted in the industrial process to maintain the stable operation of the production process.

Rich functional integration: The function of the Westinghouse 1C31174G03 includes, besides the basic analog signal acquisition and output functions, several combined functions such as signal isolation, fault diagnosis, and alarm. Westinghouse 1C31174G03 can monitor the working status of the module itself and the abnormal conditions of input and output signals in real time and send out alarm signals in time, and feedback the fault information to the control system, so that the operator can quickly take corresponding measures to deal with it, thereby reducing downtime and improving production efficiency. Such rich functional integrations are absent from or not fully developed in other comparable products of various brands.

Fast response time: The Westinghouse 1C31174G03 achieves a short response time usually quantized to the millisecond range and can respond very quickly to changes in input signals in line to output control commands to take care of the realtime and dynamic performance of the system. Westinghouse 1C31174G03 is suitable for industrial automation control occasions with a high response speed, such as some fast-changing production process control, etc. Compared with some other brands of products that exhibit longer response times, it performs better on dynamic performance.

Application

Automobiles:

Westinghouse 1C31174G03 is used in robot welding, painting, and other analog signal-controlled processes on automobile production lines. For starters, in the welding process, parameters such as welding current and voltage are professionally controlled to guarantee stability and consistency in welding quality; while in the painting stages, paint flow and atomization pressure of the spray gun are rigorously controlled to achieve the best paint effects on the car surface.

Steel industry:

Westinghouse 1C31174G03 can be widely used in system control of blast furnaces, converters, steel rolls, and other equipment. For example, in the blast furnace iron-making, the temperature; pressure; repair gas flow; and other analog signals in the furnace are collected, achieving real-time monitoring of blast furnace conditions and automatic control, improving productivity and quality of iron-making; the pressure, speed, etc., of the rollers during steel rolling are carefully controlled to keep rolling accurate and good-functioning steel.

Glass industry:

Westinghouse 1C31174G03 has important applications in temperature control of glass melting furnaces and pressure control during glass forming. An Example of the approximation includes the precise collection of temperature signals from the glass melting furnaces to achieve precision in furnace temperature control, thus ensuring the quality and stability of glass lava; during the whole process of forming the glass, precision is maintained while controlling the pressure of the forming die, thus ensuring the dimensional resistance and aesthetic quality of the glass products.

Water treatment industry:

The Westinghouse 1C31174G03 can control and monitor the dosage and parameters of water quality in the dosing system and water quality monitoring system of water treatment plants. For instance, based on analog signals, such as pH values and residual chlorine content of water qualities, flow rates of a dosing pump are automatically modified to ensure that water quality meets national standards, while performing real-time monitoring and management with the collection and transmission of an array of other signals with respect to the water levels and flow rates.