The Schneider 140AVI03000 is an analog input module, an integral part of Schneider’s Modicon Quantum series. In the architecture of an industrial control system, it serves as the interface between analog sensors in the field and the digital processing capabilities of a PLC.
Model 140AVI03000
Brand Schneider
Type Analog Input Module
Power Supply Not specified in provided sources (assumed to be compatible with typical industrial control system power supplies)
Operating Temperature 0 – 60 °C
Mounting DIN Rail
Dimensions Not specified in provided sources
Weight 0.29 kg
Interfaces Designed to interface with analog sensors for current and voltage inputs
Certifications Meets EU RoHS directive requirements (no hazardous mercury materials)
Cooling Natural convection (assumed due to lack of specific cooling information)
Environmental Rating Can operate in environments with relative humidity up to 95% without condensation, suitable for high – altitude installation up to 5000 meters
The Schneider 140AVI03000 is an analog input module, an integral part of Schneider’s Modicon Quantum series. In the architecture of an industrial control system, it serves as the interface between analog sensors in the field and the digital processing capabilities of a PLC.
140AVI03000
This module is designed to accept a mix of current and voltage inputs, making it highly versatile. It’s a crucial component for engineers and integrators working on industrial automation projects as it allows for seamless integration of a wide range of analog sensors into the overall control system. For example, if an engineer is tasked with upgrading an existing manufacturing line’s control system, the Schneider 140AVI03000 can be easily incorporated to handle the input signals from legacy sensors, while also being compatible with modern digital control platforms.
The Modicon Quantum series, to which the Schneider 140AVI03000 belongs, is known for its high – performance and reliability in industrial applications. The module fits into this ecosystem by providing a reliable and accurate means of converting analog signals into digital data that can be processed by the PLC for further control actions. Its role in the control system architecture is similar to that of a translator, bridging the gap between the analog and digital worlds, enabling smooth communication and control within the industrial automation setup.
140AVI03000
Main features and advantages:
The Schneider 140AVI03000 stands out for its remarkable functional performance. It offers high – accuracy signal conversion, with an error tolerance of only ±0.03% of the full – scale reading. This means that whether it’s measuring a low – voltage signal from a temperature sensor or a high – current signal from a flow meter, the data it provides to the control system is extremely precise. This level of accuracy is critical for applications where even minor deviations can lead to significant issues, such as in pharmaceutical manufacturing where strict process control is required.
In terms of hardware design, the module is rugged and built to withstand harsh industrial environments. Its compact size makes it easy to install in control cabinets, even in spaces with limited room. The module’s mounting type is designed for easy installation and secure attachment to the DIN rail, which is a standard in industrial control setups. This ensures that it remains firmly in place, even in the presence of vibrations common in industrial settings.
Compatibility is one of the module’s strong suits. It can integrate with a wide variety of sensors and other components in the industrial automation ecosystem. It supports different input signal ranges for both current and voltage, allowing it to work with sensors from various manufacturers. Additionally, it can communicate effectively with different types of PLCs within the Modicon Quantum series, as well as other compatible control systems. This compatibility simplifies the process of building and maintaining complex industrial automation systems.
Regarding long – term reliability, the Schneider 140AVI03000 has a thermal design that ensures efficient heat dissipation. This is important as continuous operation in industrial environments can generate heat, which, if not properly managed, can affect the module’s performance and lifespan. With its well – designed thermal management, the module can maintain stable operation over long periods, reducing the need for frequent replacements and minimizing system downtime.
140AVI03000
Technical specifications:
Model 140AVI03000
Brand Schneider
Type Analog Input Module
Power Supply Not specified in provided sources (assumed to be compatible with typical industrial control system power supplies)
Operating Temperature 0 – 60 °C
Mounting DIN Rail
Dimensions Not specified in provided sources
Weight 0.29 kg
Interfaces Designed to interface with analog sensors for current and voltage inputs
Certifications Meets EU RoHS directive requirements (no hazardous mercury materials)
Cooling Natural convection (assumed due to lack of specific cooling information)
Environmental Rating Can operate in environments with relative humidity up to 95% without condensation, suitable for high – altitude installation up to 5000 meters
contact information Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
140AVI03000
Application areas:
n the intricate world of industrial automation, precise data acquisition is the cornerstone of efficient operation. The Schneider 140AVI03000 plays a pivotal role across diverse industries, acting as the crucial link between the analog – dominated real world and the digital control systems.
In manufacturing plants, especially those involved in precision manufacturing like electronics production, the Schneider 140AVI03000 is used to monitor and control various parameters. For instance, it measures the temperature of soldering irons with high accuracy. Since temperature fluctuations can severely impact the quality of solder joints, the module’s ability to convert the analog temperature signals (from sensors) into digital data for the Programmable Logic Controller (PLC) is invaluable. This ensures that the soldering process remains within the optimal temperature range, reducing defective products and increasing overall production yield.
In the oil and gas industry, this module is deployed to measure pressure and flow rates in pipelines. Precise monitoring of these variables is essential for safe and efficient operation. By accurately converting the analog signals from pressure gauges and flow meters into digital values, the Schneider 140AVI03000 enables the control system to detect any abnormal pressure spikes or flow rate deviations. This allows for timely intervention, preventing potential leaks or equipment failures, which could have disastrous consequences both environmentally and economically.
In the food and beverage sector, it’s utilized to monitor the filling levels of bottles and cans during the packaging process. The analog signals from level sensors are transformed by the Schneider 140AVI03000 into digital data, ensuring that each container is filled to the correct volume. This not only maintains product quality but also helps in minimizing product waste, a key consideration in an industry where cost – efficiency and quality control are of utmost importance.
140AVI03000
Related products:
Schneider 140CPU11303 – A CPU module from the Modicon Quantum series that can work in tandem with the Schneider 140AVI03000. The CPU processes the digital data received from the 140AVI03000 analog input module, enabling control actions based on the acquired analog signals.
Schneider 140EIA92100 – An interface module that can be used to enhance the connectivity of the Schneider 140AVI03000. It may help in expanding the communication capabilities of the analog input module, allowing it to interact with a wider range of devices within the industrial control system.
Schneider 140NOA6xxxx – A digital output module. In an industrial automation setup, the data processed from the analog inputs by the Schneider 140AVI03000 can be used to trigger actions through this digital output module, for example, controlling the opening or closing of valves based on the analog sensor readings.
Schneider 140CRP81100 – A power supply module. It can provide the necessary power to the Schneider 140AVI03000 and other components in the Modicon Quantum system, ensuring stable operation of the analog input module and the overall control system.
Schneider 140CRF93x00 – A communication module. This module can be used to improve the data transfer between the Schneider 140AVI03000 and other parts of the control system, such as remote monitoring stations or other PLCs in a distributed control setup.
Schneider 140NRP95400 – A network module. It can be utilized to integrate the Schneider 140AVI03000 into a larger industrial network, enabling data sharing and centralized control across multiple production lines or facilities.
Schneider 140NOM21x00 – A memory module. It can store data related to the operations of the Schneider 140AVI03000, such as calibration data or historical sensor readings, which can be useful for diagnostic and performance – analysis purposes.
Installation and maintenance:
Before installing the Schneider 140AVI03000, it’s important to carefully plan the layout of the control cabinet. Ensure that there is sufficient space around the module to allow for proper ventilation. Since the module may generate some heat during operation, good airflow is necessary to maintain its optimal operating temperature. Also, make sure that the DIN rail on which it will be mounted is securely fastened and in good condition. The wiring connecting the module to sensors should be of appropriate gauge, preferably between 1 – 14 American Wire Gauge (AWG) or 2 – 16 AWG. Smaller gauges than 20 AWG are not recommended as they may cause issues with signal integrity.
For maintenance, regular visual inspections are crucial. Check for any signs of physical damage to the module, such as cracks or loose connections. The LEDs on the module can provide valuable information. The “active” LED should be green when bus communication is present, and if the “F” indicator lights up red, it indicates an external error. The green LEDs corresponding to each channel should light up when the respective channel is receiving a valid signal. Periodically, it may also be necessary to perform calibration checks, especially if the module is used in applications where high – accuracy measurements are critical. This can involve comparing the module’s output data with known reference values and making any necessary adjustments.
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Email: 3772179818@qq.com
Phone: +86 16626708626
