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Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100

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    Buy cheap Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100 from wholesalers
     
    Buy cheap Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100 from wholesalers
    • Buy cheap Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100 from wholesalers
    • Buy cheap Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100 from wholesalers
    • Buy cheap Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100 from wholesalers

    Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100

    Ask Lasest Price
    Brand Name : Schneider
    Model Number : 140NOC78100
    Price : negotiable
    Payment Terms : T/T, Western Union
    Supply Ability : 100
    Delivery Time : 2-3 work days
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    Full Duplex Exchange PLC Programmable Logic Controller SCHNEIDER 140NOC78100

    PLC Programmable Logic Controller SCHNEIDER 140NOC78100 COMMUNICATING MOUDLE


    SIL
    NOTE: For complete definitions and parameters related to SIL ratings refer tomIEC 61508, "Functional safety of electrical/electronic/programmable electronic safety related systems". Provided here is a partial definition. safety integrity level discrete level (1 out of a possible 4) for specifying the safety integrity requirements of the safety functions to be allocated to the E/E/PE safety-related systems, where safety integrity level 4 has the highest level of safety integrity and safety integrity level 1 has the lowest
    (Definition IEC 61508) SIL2 project (application)
    A project (application) that uses a Quantum Safety PLC (140 CPU 651 60S V1.00 or 140 CPU 671 60S V1.00) to implement Safety Functions in a Safety-Related System.
    SIL3 project (application)
    A project (application) that uses a Quantum Safety PLC (140 CPU 651 60S V2.00 or 140 CPU 671 60S V2.00) to implement Safety Functions in a Safety-Related
    System.
    SIR
    Safety Integrity requirement
    Safety Integrity requirements are derived from a risk assessment and describe the likelihood of a Safety Function to be performed satisfactorily, for instance the degree of certainty necessary for the Safety Function to be carried out.
    sniffing reading the configuration out of a PLC
    SRS
    safety requirements specification
    specification containing all the requirements of the safety functions that have to be performed by the safety-related systems
    (Definition IEC 61508


    Specifications

    Manufacturer:Modicon Quantum
    Series:Communications
    Weight:Ask
    Product or component type:Ethernet control module
    Product compatibility:140CPU6xxxx
    Communication port protocol:Modbus TCP
    Ethernet/IP
    Exchange mode:Full duplex
    Maximum number of connections:64
    Transmission rate:10/100 Mbit/s
    Redundancy:Yes hot standby redundant architecture
    Topology:Daisy chain loop
    Redundant ring
    Web server:Embedded
    Communication service:Embedded router
    CIP implicit messaging (I/O communication)
    NTP time synchronization
    FDR server
    DHCP/BootP server
    SMTP e-mail notification
    Device Type Manager (DTM)
    SNMP agent
    Quality of Service (QoS)
    CIP Explicit messaging (client messaging)
    Embedded 4-port switch
    Ethernet service:Rapid Scanning Tree Protocol (RSTP)
    Transmission support medium:Twisted pair
    Port Ethernet:10BASE-T/100BASE-TX, connector type: RJ45
    Marking:CE
    Supply:Via the power supply of the rack
    Local signalling:1 LED green for communication on the bus (Active)
    1 LED green for configuration status (Ready)
    1 LED green/red for device network status (Net Status 1)
    1 LED green/red for extended DIO network status (Net Status 2)
    1 LED green/red for module status (Mod Status)
    1 LED green/red for network communication status (Net Status)
    Module format:Standard

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    The code of the last fault detected is given in this word. The following error codes cause the PLC to
    stop if %S78 is set to 1. %S15, %S18 and %S20 are activated independently of %S78:
    16#0002: PCMCIA signature not verified
    16#2258: execution of HALT instruction
    16#2302: call to a not supported system function in a user function block

    16#9690: error of application CRC detected in background
    16#DE87: calculation error on floating-point numbers (%S18, these errors are listed in the
    word %SW17)
    16#DEB0: watchdog overflow (%S11)
    16#DEF1: character string transfer error (%S15)
    16#DEF2: arithmetic or division by 0 error (%S18)
    16#DEF3: index overflow (%S20)



    Note: The codes 16#8xxx and 16#7xxx do not mstop the application and indicate an error on
    function blocks. In case of a SIL3 related error, the PLC stops. After power off and restart of the PLC, %SW 125 contains the code of the cause of the error:

    0x5AF1: sequence check error (unpredictableexecution in CPU)

    0x5AF2: error in memory (corrupt address)
    0x5AF3: comparison error (execution results of Intel and application processor differ)
    0x5AF4: real-time clock error
    0x5AF5: error initializing double codeexecution
    0x5AF6: watchdog activation error
    0x5AF7: error during memory check (takes more than 8 hours)
    0x5AF8: error in memory check (corrupt RAM)



    Note: %SW125 is only reset after init orcomplete download or restart (it always contains the last fault detected).


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