Brand: SCHNEIDER ELECTRIC
Part number: 140CPU67260
Product or component type: Unity Processor
Transmission mode: multi-mode
Clock frequency: 266 MHz
Number of slots: 10, 16, 2,4,6
Number of distributed /O stations :63 stations -1 rack -3ModbusPlus network
Communication service: Ethernet router
Check: hot standby, process control
Switch function: Key switch Memory port on/off
Instructions per millisecond: 10.28 Kinst/ms, if 100% Boolean
10.07 Kinst/ms if 65% Boolean and 35% numeric
System overhead: 1 ms- main task, 0.2 ms- fast task
Bus current requirement: 2760 mA
Standard: HazLoc.
Weight: 1.40kg (3.09 lbs)
Shipping weight: 2.5 kg
The Unity Hot Standby processor with multimode Ethernet has the following features:
Hot backup protection: When the main processor fails, the Unity hot standby processor automatically takes over control of the system to ensure continuous system operation and avoid system downtime or data loss caused by the main processor failure.
Data backup: The Unity Hot Standby processor can back up the data of the main processor in real time, ensuring data security and integrity.
System monitoring: Unity hot standby processor can monitor the status of the main processor in real time, including temperature, voltage, current and other parameters, as well as the operating status of the system and the operation of the application.
Fault alarm: When the main processor fails or is abnormal, the Unity hot standby processor can send an alarm signal in time to notify the management for fault handling and repair.
Remote management: Unity hot standby processor can be remotely managed and controlled through remote management software or network management platform, which is convenient for managers to manage and maintain the system.
Multimode Ethernet connection: The Unity Hot Standby processor has multi-mode Ethernet connectivity options, including one USB port, two distributed AS interfaces, four remote AS interfaces, six local Modbus Plus connections, six local Profibus DP connections, one Modbus connector, and six local Ethernet TCP/IP connections. This processor is highly adaptable and flexible to meet different specifications and requirements.
In summary, the Unity Thermal Standby processor with multimode Ethernet is an efficient, reliable, and flexible power device that can meet the diverse needs of power systems.
The Unity Hot Standby processor with multimode Ethernet has the following features:
High efficiency and stability: The advanced hot backup technology ensures that when the main processor fails, the hot standby processor can quickly take over the system control, ensure the continuous operation of the system, and avoid problems such as downtime or data loss.
Multi-mode Ethernet connection: The hot standby processor has multi-mode Ethernet connection options, which can be easily connected and communicated with a variety of network devices, with strong adaptability and flexibility, and can meet different specifications and requirements.
Data backup and recovery: The hot standby processor can back up the data of the main processor in real time to ensure data security and integrity. At the same time, when the main processor fails, the data can be quickly recovered to ensure the normal operation of the system.
System monitoring and alarm: The hot standby processor can monitor the status of the main processor and the operation of the system in real time, including temperature, voltage, current and other parameters, as well as the operation of the application program. When there is an abnormal situation or failure, an alarm signal can be sent in time to inform the management to deal with and repair.
Remote management: The hot standby processor can be remotely managed and controlled through remote management software or network management platform, which is convenient for managers to manage and maintain the system.
Automatic switching function: The hot standby processor has the automatic switching function, which can automatically switch to the hot standby processor to take over the system control when the main processor fails, without manual intervention, improving the reliability and stability of the system.
Strong scalability: The Unity hot standby processor with multi-mode Ethernet has the characteristics of strong scalability, and can be flexibly configured and expanded according to actual needs, which can meet the needs of different scales and different types of applications.
In summary, the Unity Thermal Standby processor with multimode Ethernet is an efficient, reliable, and flexible power device with a variety of advantages and features for a variety of power systems and application scenarios.
