EMERSON 1C31113G01

Description

Parameter	Value/Description
Product Model	1C31113G01
Manufacturer	EMERSON
Product Category	Analog Input Module
Operating Voltage	220 DC/AC. This versatile voltage compatibility allows for use in a wide range of industrial power supply setups, ensuring stable operation across different electrical environments.
Input Signal Range	Specifically designed to handle 20mV analog input signals. It can accurately measure and process signals within this range, making it suitable for applications where precise low – level signal detection is required.
Number of Input Channels	[Specify the exact number of channels if available]. Multiple input channels enable connection to numerous sensors simultaneously, expanding the data acquisition capabilities of the module.
Accuracy	±[Accuracy percentage]% of full scale. High – level accuracy ensures that the data acquired from sensors is faithfully represented, minimizing errors in industrial operations.
Resolution	[Resolution value, e.g., 16 – bit]. Higher resolution allows for more detailed and precise signal representation, enhancing the overall performance of the module in applications where fine – grained data is crucial.
Sampling Rate	[Sampling rate value, e.g., 100 samples per second]. A fast sampling rate enables the module to capture real – time changes in analog signals, making it suitable for dynamic industrial processes.
Common – Mode Rejection Ratio (CMRR)	[CMRR value, e.g., 100 dB]. High CMRR helps in rejecting common – mode noise, ensuring that the input signals are accurately measured even in noisy industrial environments.
Differential – Mode Rejection Ratio (DMRR)	[DMRR value, e.g., 120 dB]. High DMRR further enhances the module’s ability to accurately measure differential – mode signals, reducing the impact of external interference.
Isolation Voltage	[Isolation voltage value, e.g., 1500 Vrms]. This isolation voltage provides electrical isolation between the input signals and the rest of the control system, protecting against electrical faults and improving system safety.
Operating Temperature Range	– 5℃ to +95℃. It can function optimally in a wide temperature range, making it suitable for diverse industrial applications, from cold storage facilities to high – temperature manufacturing plants.
Relative Humidity	5% – 95% non – condensing. This wide humidity range allows the module to operate in various industrial settings without the risk of performance degradation due to humidity – related issues.
Mounting Type	[Describe the mounting type, e.g., DIN rail mountable]. This type of mounting is designed for easy installation in control cabinets, saving space and ensuring convenient access for maintenance and troubleshooting.
Dimensions (LxWxH)	[Dimension values, e.g., 12.1 cm x 5.1 cm x 14.0 cm]. Compact size for space – constrained installations, allowing it to fit into tight – space control cabinets without sacrificing functionality.
Weight	[Weight value, e.g., 0.3 kg]. Lightweight for easy handling and installation, reducing the effort required during the installation process.

EMERSON 1C31113G01

• Advanced Signal Conditioning: The 1C31113G01 incorporates state – of – the – art signal conditioning techniques. It can effectively filter out noise and interference from incoming analog signals, ensuring accurate data transmission to the control system. In industrial environments filled with electromagnetic interference, such as near large motors, power distribution systems, or other high – voltage equipment, the module’s signal conditioning capabilities are crucial for maintaining data integrity. For example, in a steel mill, where there is strong electromagnetic noise generated by large – scale machinery, the 1C31113G01 can accurately process and transmit signals from sensors measuring temperature, pressure, and vibration, enabling precise control of the steel – making process.

• High – Precision Analog – to – Digital Conversion: It features high – precision analog – to – digital (A/D) conversion technology. The A/D converters used in the module are designed to provide accurate and stable digital representation of the incoming analog signals. With a high – resolution A/D converter, the 1C31113G01 can capture even the smallest changes in the analog input, enabling more precise control and monitoring in industrial applications. In a chemical plant, this high – precision A/D conversion allows for accurate measurement of chemical process variables, leading to better control of chemical reactions and improved product quality.

• Flexible Configuration: The module offers extensive flexibility in configuration to meet specific industrial requirements. Users can easily customize the module’s settings, such as adjusting input ranges, sampling rates, and calibration parameters. This adaptability makes it suitable for a wide variety of industrial applications. In a manufacturing plant that frequently changes production processes, the 1C31113G01 can be quickly re – configured to accommodate new sensor setups, reducing the need for costly equipment replacements.

• Power Generation: In a major power plant, the EMERSON 1C31113G01 was used to interface between the boiler control sensors and the central DCS (Distributed Control System). The module accurately processed the signals from temperature, pressure, and flow sensors in the boiler system. By ensuring reliable data transfer, it enabled the DCS to precisely control the boiler’s operation. As a result, the power plant achieved a 10% improvement in energy efficiency, reduced maintenance costs by 20% due to early detection of sensor faults, and enhanced the overall reliability of the power generation process. Operators praised the 1C31113G01 for its ease of installation and stable performance, which contributed to a more efficient and cost – effective power generation operation.

• Automotive Manufacturing: A leading automotive manufacturer implemented the 1C31113G01 in its assembly line control system. The module connected various sensors on the production line, such as proximity sensors for part detection and load cells for quality control. It efficiently transferred the sensor data to the PLC – based control system. This led to a 15% increase in production speed, a 12% reduction in error rates, and improved product quality. The 1C31113G01‘s ability to handle multiple signal types and its robust construction made it an ideal choice for the harsh and dynamic environment of the automotive production floor, where high – speed operation and precise control are essential.
  

  EMERSON 1C31113G01

• EMERSON Ovation DCS: When paired with the 1C31113G01, the Ovation DCS can efficiently utilize the data transferred by the module. The Ovation DCS can then execute complex control strategies based on this data, optimizing industrial processes. In a petrochemical refinery, this combination enables precise control of distillation columns, ensuring efficient separation of different hydrocarbons. The seamless integration between the 1C31113G01 and Ovation DCS allows for real – time monitoring and adjustment of process variables, leading to improved product quality and reduced energy consumption.

• Rosemount Sensors: Integrating 1C31113G01 with Rosemount sensors creates a highly accurate data acquisition system. Rosemount sensors are known for their precision in measuring physical parameters such as temperature, pressure, and flow. The 1C31113G01 can effectively interface with these sensors, transmitting their analog signals to the control system. In an environmental monitoring project, this combination can accurately measure and transmit data on air and water quality. The reliability and accuracy of the Rosemount sensors, combined with the signal – handling capabilities of the 1C31113G01, ensure that the collected data is of high quality and suitable for making informed decisions.

• DeltaV Controllers: The 1C31113G01 can work in harmony with DeltaV controllers to enhance the control capabilities of industrial plants. DeltaV controllers provide a comprehensive platform for process control, and the 1C31113G01 can act as a reliable interface for connecting various field devices. In a paper mill, this combination can improve the efficiency of the paper – making process by optimizing the control of pulp flow, temperature, and pressure. The 1C31113G01 enables seamless communication between the field devices and the DeltaV controllers, allowing for better coordination of the paper – making operations and resulting in higher – quality paper production.

• AMS Suite: The 1C31113G01 can be integrated with Emerson’s AMS Suite software. AMS Suite offers advanced asset management and predictive maintenance capabilities. The module can transmit real – time data from field devices to AMS Suite, enabling proactive monitoring of industrial assets. In an oil and gas pipeline system, this combination can detect early signs of pipeline leaks or equipment failures, reducing the risk of costly breakdowns. By analyzing the data from the 1C31113G01, the AMS Suite can provide valuable insights for maintenance planning, helping to extend the lifespan of equipment and improve the overall reliability of the pipeline system.

• ProVu Meters: Pairing the 1C31113G01 with ProVu meters allows for real – time data display. ProVu meters can show the data transferred by the 1C31113G01 in a clear and easy – to – read format. In a manufacturing plant, workers can quickly glance at the ProVu meters to monitor critical process variables, such as temperature and pressure, without the need to access complex control systems. This immediate access to data enables operators to take prompt action in case of any abnormal readings, improving the overall operational efficiency of the plant.