Processor Type:Unity Hot Standby Safety

Model Designation:140CPU67160

Modular Architecture:Modicon Quantum

Clock Frequency:266 MHz

Memory Capacity (RAM):1024 kB

Net Weight:1.424 kg

Connection Types:2 x Sub-D 9 (female) for Modbus network, 1 x Sub-D 9 (female) for Modbus Plus network

Bus Current Requirement:2500 mA

    Experience unparalleled reliability and performance with the Schneider Electric 140CPU67160 Unity Hot Standby Safety Processor, tailored for demanding industrial environments where safety and system uptime are paramount. This processor is the heart of the Modicon Quantum automation platform, designed to deliver critical control functions with enhanced safety integrity.

    Featuring a Unity Hot Standby architecture, the 140CPU67160 ensures continuous operation even during unexpected failures, safeguarding your production processes from downtime. With its robust design and advanced technology, this processor is equipped to handle complex tasks and integrate seamlessly with other components of your automation system.

    Equipped with a high-speed 266 MHz clock, this processor boasts exceptional computational power, allowing for efficient execution of sophisticated control algorithms. Its extensive memory capacity of 1024 kB ensures ample space for storing programs and data, supporting the most demanding applications without compromise.

    The processor’s modular design, including two local racks and ten slots, offers flexibility and scalability, enabling easy expansion and customization to meet the evolving needs of your industrial operations. The inclusion of Modbus RS232/RS485, Modbus Plus, and Ethernet multimode fiber optic connections facilitates seamless communication with various devices, enhancing connectivity and operational efficiency.

    Weighing in at just 1.424 kg, the 140CPU67160 is compact yet powerful, making it an ideal choice for space-constrained installations without sacrificing performance. Its lightweight design and rugged construction ensure durability and longevity in harsh industrial settings.