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The 140CPU67260C from Schneider Electric serves as a hot standby processor designed for enhanced reliability in control systems. Featuring a clock frequency of 266 MHz, it supports various slot configurations and local communication options, ensuring compatibility with complex setups.
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| Manufacturer | Schneider Electric |
|---|---|
| Product Line | Other |
| Part Number | 140CPU67260C |
| EAN | 3595864134963 |
| Weight | 4.00 lbs (1.81 kg) |
| Product | Hot Standby Processor |
| Clock Frequency | 266 MHz |
| Number of Slots | 10, 16, 2, 4, and 6 |
| Number of Racks | 2 local racks |
| Number of Distributed I/O Stations | 63 stations |
| Number of Remote I/O Stations | 31 |
| Analog I/O Number | 500 inputs, 500 outputs |
| Communication Service | Ethernet Router |
| Number of Optional Modules | 6 |
| Checks | Hot Standby, process control |
| Switch Function | Key Switch Memory Port on/off |
| System Overhead | 0.2 ms for fast task |
| Bus Current Requirement | 2760 mA |
| Local Signaling | LEDs |
| Electrical Connection | SUB-D9, RJ45, MT-RJ |
The Schneider Electric 140CPU67260C hot standby processor is specifically tailored for applications requiring continuous operational reliability. It operates at a clock frequency of 266 MHz, enabling it to handle intensive processing tasks effectively. Configurable to accommodate multiple slots, the processor can support 10, 16, 2, 4, or 6 slots as needed. This flexibility ensures that it can adapt to various industrial requirements.
In terms of system architecture, it supports two local racks, which facilitate the integration of numerous components. Users can connect up to 63 distributed I/O stations alongside 31 remote I/O stations for expanded input and output capabilities. The processor is capable of handling 500 analog inputs and 500 outputs, making it suitable for demanding applications that require real-time data processing.
Communication capabilities include a dedicated Ethernet router service, enhancing connectivity in networked environments. Furthermore, it supports six optional modules, giving users the ability to customize functionality based on specific application needs. The unit performs hot standby checks and processes control, ensuring that operational continuity is maintained.
An integrated key switch allows for the control of memory port functions, enhancing user accessibility. With a system overhead of just 0.2 ms for fast tasks, the processor offers optimum performance. The bus current requirement stands at 2760 mA, ensuring adequate power for operation. Local signaling is provided through LEDs, offering users clear indications of operational status. Electrical connectivity options include SUB-D9, RJ45, and MT-RJ connections, facilitating versatile integration into a range of systems.