Emerson 1C31147G02 pulse accumulator module

Emerson 1C31147G02 pulse accumulator module

Functional characteristics
Pulse signal processing: Mainly used for precisely accumulating and processing the input pulse signals. It is capable of receiving pulse signals from various field devices, such as flowmeters, counters and other devices, and converting them into digital signals that can be recognized and processed by the control system.
High-precision counting: Equipped with a high-precision pulse counting function, it can ensure the accurate counting of pulse signals in different industrial environments, providing reliable data support for the precise measurement and control of industrial processes.
High-speed response: It has a rapid response capability, capable of promptly capturing changes in pulse signals and completing signal accumulation and processing within a short period of time, meeting the requirements of industrial control scenarios with high real-time performance.
Electrical isolation: To ensure the stability of the signal and its anti-interference capability, the 1C31147G02 typically employs electrical isolation technology to separate the input and output signals from the system power supply and other components. This effectively prevents external interference signals from entering the system and avoids internal system faults affecting on-site equipment.

Application scenarios
Flow measurement and control: In industries such as chemical engineering, petroleum, and water treatment, it is often used in conjunction with flowmeters to precisely measure and control the flow of fluids. The cumulative flow rate of the fluid can be accurately calculated through the pulse signal sent by the cumulative flowmeter, providing important data basis for material measurement, cost accounting and other processes in the production process.
Production process counting: In manufacturing, it can be used to count the quantity of products on the production line or to statistically analyze the operation times, action times, etc. of equipment. For instance, in industries such as automotive manufacturing and electronic equipment manufacturing, it is used to count the number of components on the production line, the processing frequency of equipment, etc., so as to carry out production planning and scheduling as well as quality control.
Energy measurement: In the field of energy supply such as electricity, gas and heat, it can be used to measure energy consumption. For instance, when used in conjunction with devices such as electricity meters, gas meters, and heat meters, the pulse signals they emit are accumulated to achieve precise statistics and billing management of energy consumption.