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Check List
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(Original Document)
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Check List
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(Original Document)
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Step
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Action
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1
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Install the 140 ERT 854 10 module in the local or remote rack.
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2
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Connect the designated process peripherals and the standard time receiver to the module (see Module Cabling).
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3
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Do not forget to connect the reference supply voltage for the ERT input groups.
Note: Please ensure that the installation guidelines for the antennas for the standard time receiver are followed.
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4
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Enter the 140 ERT 854 10 in the I/O map.
Note: Take special note that the module requires seven %IW registers and five %MW registers in state RAM.
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5
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Configure the 140 ERT 854 10 in the corresponding Parameter Configuration window to provide the required functionality (see The Parameter Configuration Window.
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6
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Use the correct EFB from the I/O management function block library (Quantum I/O configuration family) to provide the "slot" input parameter for the "ERT_854_10" transfer EFB. either QUANTUM for local and DROP for remote module racks (see Description or Description).
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7
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Define EFB user data structures for the required data types. Events can be "used", for example, by outputting them to a printer or storing them in central data storage.
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8
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Use the "ERT_854_10" transfer EFB from the I/O management function block library (Expert I/O module family) to transfer ERT data (see ERT_854_10: Data transfer EFB).
Note: The transfer of new events with the "ERT_854_10" EFB overwrites the previous event information. Therefore the user confirmation should only be provided when the data has been completely evaluated and is no longer needed.
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9
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Please note the difference in the behavior of the ERT when starting/restarting depending on if the rack has an XCP module (see Behaviour when starting/restarting and the data storage).
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