The Schneider 140AVO02000 is an analog output module, an integral component of Schneider’s Modicon Quantum series. In the grand scheme of an industrial control system, it acts as a bridge between the digital domain of the PLC and the analog – controlled devices in the field.
Model 140AVO02000
Brand Schneider
Type Analog Output Module
Power Supply Compatible with Modicon Quantum systems (bus current requirement: 700 mA)
Operating Temperature 0 – 60 °C
Mounting DIN Rail
Dimensions 5.0 cm (h) x 16.5 cm (w) x 31.5 cm (l)
Weight 0.3 kg
Interfaces Designed for connection to analog – controlled devices
Certifications Meets EU RoHS directive requirements, marked with CE
Cooling Natural convection
Environmental Rating Can operate in environments with relative humidity up to 95% without condensation, suitable for installation at altitudes ≤5000 m
Analogue Output Number 4
Addressing Requirement 4 output words
Analogue Output Range 0…5 V (≥500 ohm unipolar voltage), 0…10 V (≥1000 ohm unipolar voltage), +/ – 5 V (≥500 ohm bipolar voltage), +/ – 10 V (≥1000 ohm bipolar voltage)
Analogue Output Resolution 12 bits
Analogue Output Current – 10…10 mA
Source Resistance 0.1 ohm
Cable Length ≤400 m
Absolute Accuracy Error ±0.15% of full scale at 25 °C
Linearity ±1 LSB
Accuracy Drift according to Temperature 0.007% of full scale/°C maximum bipolar, 0.005% of full scale/°C maximum unipolar, 0.004% of full scale/°C bipolar, 0.003% of full scale/°C unipolar
Isolation between Channels 500 V for 1 minute, 47…63 Hz AC
Isolation between Channels and Bus 780 V for 1 minute AC
Update Time 3 ms
Setting Time 700 µs to +/ – 0.1% of the final value maximum
Power Dissipation ≤4.5 W
Associated Fuse Rating 0.063 mA 3 AG fast blow 250 V
Local Signalling 4 LED red (channel fault), 4 LED green (channel is turned on), 1 LED red (external fault), 1 LED green (bus communication is present – active)
The Schneider 140AVO02000 is an analog output module, an integral component of Schneider’s Modicon Quantum series. In the grand scheme of an industrial control system, it acts as a bridge between the digital domain of the PLC and the analog – controlled devices in the field.
140AVO02000
This module is designed to accept digital data from the PLC and convert it into analog voltage or current signals. It has four output channels, allowing for the simultaneous control of multiple analog – based devices. For engineers and integrators working on industrial automation projects, the Schneider140AVO02000offers a high – degree of flexibility. It can be easily configured to work with a wide range of analog – controlled actuators, such as valves, motors, and variable – speed drives.
Within the Modicon Quantum ecosystem, the Schneider 140AVO02000 enhances the system’s ability to interface with the analog world. It fits neatly into the overall architecture by providing reliable and accurate analog output capabilities. Its role is vital in enabling the PLC to execute complex control strategies that rely on precise analog control signals. Whether it’s fine – tuning the operation of a manufacturing process or maintaining the stability of a large – scale industrial system, the Schneider140AVO02000 is an essential building block.
140AVO02000
Main features and advantages:
The Schneider 140AVO02000 is lauded for its exceptional functional performance. It offers a high – resolution 12 – bit output, which translates to a high degree of precision in signal conversion. This means that the analog output signals it generates are extremely accurate, with an absolute accuracy error of only ±0.15% of the full – scale reading at 25 °C. Such precision is critical in applications where even minor deviations can lead to significant issues, like in pharmaceutical manufacturing where strict process control is mandatory.
In terms of hardware design, the module is ruggedly constructed to endure the harsh conditions prevalent in industrial environments. Its compact size makes it easy to install in control cabinets, even in spaces with limited room. The module is designed to be mounted on a standard DIN rail, ensuring a secure and straightforward installation process. This design also allows for easy replacement or expansion of the module in case of system upgrades.
Compatibility is one of the module’s strong suits. It can seamlessly integrate with a wide variety of analog – controlled devices and is fully compatible with other components within the Modicon Quantum series. It supports multiple analog output ranges, including unipolar and bipolar voltage outputs as well as current outputs. This versatility enables it to work with different types of sensors and actuators, making it a go – to choice for building comprehensive industrial automation systems.
Regarding long – term reliability, the Schneider 140AVO02000has been engineered with a focus on stability. It has a low power dissipation of ≤4.5 W, which helps in reducing heat generation and prolonging the module’s lifespan. The module also features excellent isolation between channels (500 V for 1 minute) and between channels and the bus (780 V for 1 minute), which protects against electrical interference and enhances its reliability in noisy industrial settings. With a quick update time of 3 ms and a setting time of 700 µs to ±0.1% of the final value maximum, it can respond rapidly to changes in digital input signals, ensuring smooth and efficient operation of the controlled processes.
140AVO02000
Technical specifications:
Model 140AVO02000
Brand Schneider
Type Analog Output Module
Power Supply Compatible with Modicon Quantum systems (bus current requirement: 700 mA)
Operating Temperature 0 – 60 °C
Mounting DIN Rail
Dimensions 5.0 cm (h) x 16.5 cm (w) x 31.5 cm (l)
Weight 0.3 kg
Interfaces Designed for connection to analog – controlled devices
Certifications Meets EU RoHS directive requirements, marked with CE
Cooling Natural convection
Environmental Rating Can operate in environments with relative humidity up to 95% without condensation, suitable for installation at altitudes ≤5000 m
Analogue Output Number 4
Addressing Requirement 4 output words
Analogue Output Range 0…5 V (≥500 ohm unipolar voltage), 0…10 V (≥1000 ohm unipolar voltage), +/ – 5 V (≥500 ohm bipolar voltage), +/ – 10 V (≥1000 ohm bipolar voltage)
Analogue Output Resolution 12 bits
Analogue Output Current – 10…10 mA
Source Resistance 0.1 ohm
Cable Length ≤400 m
Absolute Accuracy Error ±0.15% of full scale at 25 °C
Linearity ±1 LSB
Accuracy Drift according to Temperature 0.007% of full scale/°C maximum bipolar, 0.005% of full scale/°C maximum unipolar, 0.004% of full scale/°C bipolar, 0.003% of full scale/°C unipolar
Isolation between Channels 500 V for 1 minute, 47…63 Hz AC
Isolation between Channels and Bus 780 V for 1 minute AC
Update Time 3 ms
Setting Time 700 µs to +/ – 0.1% of the final value maximum
Power Dissipation ≤4.5 W
Associated Fuse Rating 0.063 mA 3 AG fast blow 250 V
Local Signalling 4 LED red (channel fault), 4 LED green (channel is turned on), 1 LED red (external fault), 1 LED green (bus communication is present – active)
contact information Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
140AVO02000
Application areas:
In the complex landscape of industrial automation, the need for seamless conversion between digital control signals and the analog – based real – world operations is non – negotiable. The Schneider 140AVO02000 emerges as a linchpin in a wide array of industries, playing a crucial role in translating digital commands into precise analog outputs.
In manufacturing facilities, especially those engaged in precision – based production such as semiconductor manufacturing, the Schneider 140AVO02000 is deployed to control the speed and position of high – precision robotic arms. These arms are responsible for tasks like chip placement, which demands sub – micron accuracy. By converting digital signals from the Programmable Logic Controller (PLC) into analog voltage or current outputs, the module enables smooth and accurate movement of the robotic arms, ensuring that the delicate semiconductor chips are placed precisely on the circuit boards. This not only reduces the number of defective products but also significantly boosts production efficiency.
In the oil and gas sector, the module is used to regulate the opening and closing of valves in pipelines. Precise control over the flow of oil and gas is essential for maintaining the integrity of the pipeline system and ensuring safe and efficient transportation. The Schneider 140AVO02000 takes digital control signals from the central control system and converts them into analog signals that precisely adjust the position of the valves. This helps in optimizing the flow rate, preventing pressure surges, and minimizing the risk of leaks, which could have severe environmental and economic consequences.
In the food and beverage industry, the module finds application in controlling the filling levels of containers. Whether it’s bottling soft drinks or canning food products, accurate filling is crucial for maintaining product quality and minimizing waste. The Schneider 140AVO02000 controls the pumps that fill the containers by converting digital commands into analog signals that regulate the speed and flow of the filling process. This ensures that each container is filled to the exact volume, meeting the strict quality standards of the industry.
140AVO02000
Related products:
Schneider 140CPU11303 – A CPU module within the Modicon Quantum series. It serves as the brain of the system, processing digital data and sending commands to the Schneider 140AVO02000 for conversion into analog outputs. The two work in tandem to enable comprehensive control of industrial processes.
Schneider 140EIA92100 – An interface module that can enhance the connectivity of the Schneider 140AVO02000. It may help in establishing better communication links between the analog output module and other components in the industrial control setup, expanding the module’s reach and functionality.
Schneider 140NOA6xxxx – A digital output module. In some industrial automation scenarios, while the Schneider 140AVO02000 handles analog – based control, the 140NOA6xxxx can be used for digital – based output control, such as triggering simple on – off devices, complementing the overall control strategy.
Schneider 140CRP81100 – A power supply module. It provides the necessary power to the Schneider 140AVO02000 and other components in the Modicon Quantum system, ensuring stable and reliable operation of the analog output module.
Schneider 140CRF93x00 – A communication module. This module can improve the data transfer between the Schneider 140AVO02000 and other parts of the control system, like remote monitoring stations. It enables seamless communication, allowing for better control and monitoring of the analog output – related operations.
Schneider 140NRP95400 – A network module. It can integrate the Schneider 140AVO02000 into a larger industrial network. This is useful for applications where data sharing and centralized control across multiple production lines or facilities are required, enhancing the module’s usability in complex industrial setups.
Schneider 140NOM21x00 – A memory module. It can store data relevant to the operation of the Schneider 140AVO02000, such as calibration data or historical output values. This stored data can be invaluable for diagnostic purposes and for analyzing the performance of the analog output module over time.
140AVO02000
Installation and maintenance:
Before installing the Schneider 140AVO02000, careful planning of the control cabinet layout is essential. Ensure that there is enough space around the module to allow for proper ventilation. Since the module dissipates some heat during operation, good airflow helps in maintaining its optimal operating temperature. The DIN rail on which it will be mounted should be firmly secured and in good condition. When wiring the module to the analog – controlled devices, use appropriate – gauge wires. A wire size between 1 – 14 AWG or 2 – 16 AWG is recommended, and wires smaller than 20 AWG should be avoided as they may cause signal integrity issues. Also, make sure to follow the wiring diagrams provided in the module’s user manual meticulously to ensure correct connections.
For maintenance, regular visual inspections are a must. Check for any signs of physical damage to the module, such as cracks or loose connections. The LEDs on the module provide useful status information. The green LED indicating bus communication should be lit when the module is properly connected to the bus. If the red LED for external fault lights up, it indicates an issue that needs to be investigated. Periodically, it may be necessary to perform calibration checks, especially in applications where high – accuracy analog output is crucial. This involves comparing the module’s output signals with known reference values and making any necessary adjustments. Additionally, keep an eye on the module’s performance over time and look for any trends that may indicate potential problems, such as changes in output accuracy or response times.
WhatsApp: +86 16626708626
Email: 3772179818@qq.com
Phone: +86 16626708626
