Brand:Schneider Electric
Model:140CHS32000
Type:Hot Standby Coaxial Module
Application:Critical industrial control systems
Redundancy:Hot standby configuration
Coaxial Interface:F-type connector
Power Consumption:Less than 1W
Operating Temperature:-40°C to +70°C
Reliability Rating:MTBF > 100,000 hours
Dimensions:1U rack-mountable
Weight:0.5 kg
Communication Protocol:Modbus TCP/IP
Compatibility:With all Schneider Electric PLC systems
Introducing the Schneider Electric 140CHS32000, an advanced hot standby coaxial module designed to meet the stringent demands of industrial control environments. This module offers unparalleled reliability and efficiency, making it a cornerstone for systems requiring zero downtime. With its robust hot standby configuration, it ensures immediate switchover upon primary failure, safeguarding operations against any unexpected interruptions.
Crafted with precision, the 140CHS32000 features an F-type connector for seamless integration into existing coaxial networks. Its low power consumption and wide operating temperature range (-40°C to +70°C) make it suitable for a variety of harsh environments, ensuring continuous performance across diverse industrial settings.
Built for long-term reliability, this module boasts a MTBF rating of over 100,000 hours, backed by Schneider Electric’s commitment to quality and durability. Its compact 1U rack-mountable design and lightweight construction (0.5 kg) facilitate easy installation and integration into existing infrastructure without compromising space or stability.
The 140CHS32000 supports Modbus TCP/IP communication protocol, enabling seamless data exchange with other Schneider Electric PLC systems. This compatibility ensures a cohesive network environment, simplifying integration and enhancing operational efficiency.
Equipped with cutting-edge redundancy features, the Schneider Electric 140CHS32000 stands as a testament to innovation in industrial automation. It is not just a product; it’s a solution that guarantees system uptime, reduces maintenance costs, and maximizes productivity in critical control applications.
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