Processor Model:140CPU67160S
Brand:Schneider Electric
Processor Type:Quantum Unity
Memory Capacity:1024 KB
Clock Speed:266 MHz
Ethernet Connectivity:Multimode Ethernet 10/100Base-Tx
Communication Protocols:Modbus Messaging
I/O Scanning:Supports Global Data
Fault Tolerance:Bandwidth Management & SNMP Agent
Diagnostic Features:Diagnostic Web Server (Rack Viewer, Data Editor, Alarm Viewer, Graphic Editor, SOAP/WSDL Server)
Web Customization:FactoryCast Custom Web Pages & Web Designer Configuration Software
The SCHNEIDER Quantum Unity Processor 140CPU67160 is a core component of the Quantum PLC system, engineered to provide unparalleled performance and reliability in demanding industrial environments. This processor is renowned for its advanced processing capabilities and robust communication protocols, making it an ideal choice for complex automation tasks.
With its Unity hot standby feature, the 140CPU67160 ensures continuous operation even during unexpected component failures, significantly reducing downtime and enhancing system availability.
Featuring a 266 MHz processing speed and 1024 KB of memory, this processor delivers exceptional computational power and fast response times, enabling efficient execution of complex control algorithms.
The multimode 10/100Base-Tx Ethernet interface facilitates reliable data exchange, while the Modbus messaging protocol supports seamless communication with other devices in the network, ensuring smooth integration and control over industrial processes.
Designed with high fault tolerance in mind, the 140CPU67160 includes advanced diagnostic tools such as a diagnostic web server and SOAP/WSDL server, allowing users to monitor and troubleshoot system issues remotely, enhancing operational efficiency and maintenance practices.
For applications requiring a higher level of customization, the conformally coated FactoryCast module offers tailored solutions, adapting to specific environmental conditions and ensuring optimal performance in harsh industrial settings.
There are no reviews yet.