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Basic Overview of ET200 SP HA

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The high-performance I/O system SIMATIC ET 200SP HA – perfectly matched to the requirements of the process industry and with clear advantages wherever ruggedness and maximum availability are important in the process and manufacturing industry. Benefits Availability: Redundancy at the PROFINET interface (S2 or R1) Hot swapping during runtime station expansion possible during runtime Easy to Use: Compact modules with permanent wiring. One terminal block for all 24 V standard signals Tool-free connection system with push-in-terminals Compact Design Compact with up to 56 i/o modules per station High concentration of up to 32 channels on a module that is only 22.5 mm wide System-integrated power bus Seamless integration in SIMATIC PCS new PROFINET IO communication standard Functions Main functions Compact I/O modules Up to 32 channels on a module that is 22.5 mm wide Up to 56 modules per station Perfectly suited for applications in the field Installation up to hazardous zone 2 Extended temp
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S7-1500 Memory Concepts

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  Below is the memory area overview:  Load Memory Non volatile memory for User program, data blocks, technical object, recipe and data logs. We can copy additional data to load memory through a web server or explorer. An inserted Memory card is required for operating the CPU. For CPU 1518, extra load memory is required for : Linux runtime which runs in parallel with CPU runtime C/C++ runtime application CPU function libraries. Linux runtime is the environment required for execution of a runtime application and CPU runtime is required for applications requiring CPU runtime application. Work Memory Work memory contains executable code and data blocks. It is integrated in the CPU and cannot be extended. For CPU 1528-4PN/DP additional work memory is required for CPU function libraries and C/C++ runtime applications. Retentive Memory It is a non volatile memory for saving limited amount of data in case of power failure. It can be deleted with memory reset or reset to factory setting. Additi
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Basics Of PROFINET Redundancy

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  Overview Of PROFINET system redundancy PROFINET system redundancy standard distinguishes between four configurations with the designation NAP S1,S2,R1 and R2. NAP: Network Access Point means PN interface of Module. It is not the interface IO module but PROFINET Port on the module. If a module has 2 ports acting as a switch then it is counted as 1 NAP. The S (Single) describes and IO device with one PN interface. An R (Redundant) indicates that the IO device has two NAPs: Either 2 interface module each with a PN interface or One interface module with two independent PN interface.  With NAP S2 and Rs, two IO controllers(IOCs) can be assigned to one NAP-a PN interface of an interface of an interface module. It should be noted here that the NAP in operation uses only one of the two connections actively for IO data exchange and switched to the other connection only if there is a failure. Important Note: With system redundancy, the IO controller (IOC) – in other words the PN interface of t
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