The Schneider 140CHS11000 is a hot standby module, an integral part of Schneider’s esteemed Modicon Quantum series. In the intricate architecture of an industrial control system, it serves as a safety net, providing redundancy to the core control elements.
Model 140CHS11000
Brand Schneider
Type Hot Standby Module
Power Supply 24 V DC
Operating Temperature – 40 °C to + 70 °C
Mounting Standard industrial mounting (compatible with control cabinets)
Dimensions 5.1 cm (h) x 10.2 cm (w) x 25.4 cm (l)
Weight 0.3 kg
Interfaces Supports fiber optic and standard electrical connections
Certifications Meets relevant industry standards (not specified in provided sources, but assumed to comply with safety and quality norms)
Cooling Natural convection (assumed due to lack of specific cooling information)
Environmental Rating Can operate in a wide range of environmental conditions, including temperature extremes
Transmission Rate 10 Mbit/s
Transmission Medium Fiber optic (3 meters)
Switching Time 13 – 48 ms
Bus Current Requirement 700 mA
Product Compatibility All legacy 140 CPU with LL 984 language, all 140 CPU 434/534 with IEC language
Input/Output Type 800 series Sy/Max (remote I/O only), Quantum
The Schneider 140CHS11000 is a hot standby module, an integral part of Schneider’s esteemed Modicon Quantum series. In the intricate architecture of an industrial control system, it serves as a safety net, providing redundancy to the core control elements.
140CHS11000
This module is designed to work in tandem with other components within the Modicon Quantum ecosystem. It continuously monitors the status of the primary controller. When the primary controller encounters issues such as hardware failures, software glitches, or communication breakdowns, the Schneider 140CHS11000 springs into action. It takes over the control functions with remarkable speed, minimizing the disruption to the industrial process.
For engineers and integrators working on building reliable industrial automation systems, the 140CHS11000 is a game – changer. It simplifies the process of adding redundancy to control systems. By seamlessly integrating with both legacy 140 CPU with LL 984 language and newer 140 CPU 434/534 with IEC language controllers, it offers flexibility in system design. This allows for the creation of robust control setups that can adapt to the evolving needs of modern industrial applications.
140CHS11000
Main features and advantages:
The Schneider 140CHS11000 is lauded for its outstanding functional performance. It offers an impressively fast switchover time, ranging from 13 ms to 48 ms. This lightning – quick response ensures that industrial processes experience minimal interruption when the primary controller fails. In applications where even a brief pause can lead to significant losses, such as high – speed manufacturing lines, this rapid switchover is invaluable.
In terms of hardware design, the module is compact and lightweight, weighing only 0.3 kg. Its dimensions of 5.1 cm x 10.2 cm x 25.4 cm make it easy to install in control cabinets, even in spaces with limited room. The module is designed to be mounted in a standard industrial setting, 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 components within the Modicon Quantum series. It supports both fiber optic and standard electrical connections, providing flexibility in network configurations. This makes it suitable for use in different industrial environments, whether they require high – speed, long – distance communication via fiber optic or more traditional electrical connections.
Regarding long – term reliability, the Schneider 140CHS11000 has been engineered with durability in mind. It can operate within a wide temperature range, from – 40 °C to + 70 °C. This makes it suitable for use in harsh industrial environments, such as those found in cold storage facilities or hot, dusty manufacturing plants. The module also features high – quality components that are built to last, reducing the need for frequent replacements and minimizing system downtime.
Technical specifications:
Model 140CHS11000
Brand Schneider
Type Hot Standby Module
Power Supply 24 V DC
Operating Temperature – 40 °C to + 70 °C
Mounting Standard industrial mounting (compatible with control cabinets)
Dimensions 5.1 cm (h) x 10.2 cm (w) x 25.4 cm (l)
Weight 0.3 kg
Interfaces Supports fiber optic and standard electrical connections
Certifications Meets relevant industry standards (not specified in provided sources, but assumed to comply with safety and quality norms)
Cooling Natural convection (assumed due to lack of specific cooling information)
Environmental Rating Can operate in a wide range of environmental conditions, including temperature extremes
Transmission Rate 10 Mbit/s
Transmission Medium Fiber optic (3 meters)
Switching Time 13 – 48 ms
Bus Current Requirement 700 mA
Product Compatibility All legacy 140 CPU with LL 984 language, all 140 CPU 434/534 with IEC language
Input/Output Type 800 series Sy/Max (remote I/O only), Quantum
contact information Phone:+86 16626708626 WeChat/WhatsApp:+86 16626708626 Email: 3772179818@qq.com
Application areas:
In the unforgiving world of industrial operations, system reliability is not just a luxury but an absolute necessity. The Schneider 140CHS11000 steps onto the stage as a crucial component, ensuring continuous and stable performance across a wide range of industries.
Take, for example, the power generation sector. Here, the smooth operation of turbines and generators is essential for providing a consistent power supply to consumers. In such plants, the Schneider 140CHS11000 functions as a reliable backup system. If the primary control module experiences an unexpected glitch, perhaps due to overheating or a sudden power surge, the 140CHS11000 can quickly take over. This seamless transition ensures that the power generation process doesn’t skip a beat, preventing blackouts and costly disruptions to the power grid.
In the pharmaceutical industry, where strict regulations govern production processes, any interruption can lead to significant losses. Manufacturing life – saving drugs requires precision and continuity. The Schneider 140CHS11000 is deployed in these facilities to safeguard the control systems that regulate temperature, pressure, and ingredient dosages during the drug – making process. Should the main module falter, the 140CHS11000 immediately activates, maintaining the exacting conditions necessary for producing high – quality medications. This not only protects the integrity of the products but also helps pharmaceutical companies avoid costly production halts and potential regulatory issues.
The oil and gas industry, with its complex and often dangerous operations, also heavily relies on the Schneider 140CHS11000 Whether it’s controlling the flow of oil in pipelines or monitoring the safety systems in refineries, a failure in the control system can have catastrophic consequences. The 140CHS11000 acts as a failsafe, constantly monitoring the primary module. In the event of a problem, it rapidly assumes control, ensuring that operations continue safely and efficiently. This reduces the risk of spills, explosions, and other hazards, protecting both the environment and the workforce.
Related products:
Schneider 140CPU11303 – A CPU module within the Modicon Quantum series. The Schneider 140CHS11000 can provide redundancy to this CPU. In case the 140CPU11303 fails, the 140CHS11000 can take over control functions, ensuring continuous operation of the industrial process being managed by the CPU.
Schneider 140EIA92100 – An interface module. It can enhance the connectivity of the Schneider 140CHS11000 within the industrial control system. This may help in better communication between the hot standby module and other components, improving the overall efficiency of the redundant system.
Schneider 140CRP81100 – A power supply module. It provides the necessary power to the Schneider 140CHS11000 and other components in the Modicon Quantum system. A stable power supply from this module is crucial for the reliable operation of the hot standby module.
Schneider 140CRF93x00 – A communication module. This module can improve the data transfer capabilities of the Schneider 140CHS11000. It enables better communication between the hot standby module and remote monitoring stations or other parts of the control network, allowing for more effective system supervision.
Schneider 140NRP95400 – A network module. It can integrate the Schneider 140CHS11000 into a larger industrial network. This is beneficial for applications where centralized control and data sharing across multiple production lines or facilities are required, enhancing the module’s functionality in complex industrial setups.
Schneider 140NOM21x00 – A memory module. It can store data relevant to the operation of the Schneider 140CHS11000, such as configuration data, historical switchover events, and diagnostic information. This stored data can be extremely useful for troubleshooting and optimizing the performance of the hot standby system.
Installation and maintenance:
Before installing the Schneider 140CHS11000, careful planning of the control cabinet layout is essential. Ensure that there is sufficient space around the module to allow for proper ventilation. Although the module is designed to dissipate heat efficiently, good airflow helps in maintaining its optimal operating temperature, especially during extended periods of operation. The mounting location on the DIN rail should be firmly secured and free from vibrations. Loose mounting can cause connection issues and potentially affect the module’s performance.
When connecting the module to other components, follow the wiring diagrams provided in the user manual meticulously. Use appropriate – gauge wires to ensure proper electrical conductivity and to prevent signal interference. For fiber optic connections, handle the cables with care to avoid bending or damaging the delicate fibers, as this can lead to communication problems.
For maintenance, regular visual inspections are highly recommended. Check for any signs of physical damage, such as cracks in the casing or loose connections. The LEDs on the module can provide valuable status information. A steady – lit LED indicating normal operation should be present. If any error – related LEDs light up, refer to the manual to diagnose and resolve the issue promptly. Periodically, it may be necessary to perform system tests to simulate a primary controller failure and verify that the Schneider 140CHS11000can switch over correctly. This helps in ensuring that the redundancy system is fully operational and ready to handle any potential failures.
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Email: 3772179818@qq.com
Phone: +86 16626708626
