產(chǎn)品內(nèi)容介紹
F650BABF2G0LOSHE繼電保護器模塊
重要提示：還必須在梯形圖邏輯中啟用這些命令，才能執(zhí)行它們。
這個SIE.CONTROL.CmdControl。WriteCmdBits[x]控制器標記數(shù)組為每個數(shù)組保存16個命令位數(shù)組
客戶如果特定命令的位在WriteCmdBits[x]控制器標記中設置為零（0），則該命令無論其在配置中處于啟用或禁用狀態(tài)，都不會執(zhí)行。有關(guān)更多信息，參見命令控制塊（第132頁）。
內(nèi)部地址0到65535（用于位級尋址）或0到4999（用于字級尋址）此參數(shù)指定模塊內(nèi)部數(shù)據(jù)庫中要使用的數(shù)據(jù)庫地址作為讀取命令引入的數(shù)據(jù)的目標，或作為由寫命令發(fā)出。
數(shù)據(jù)庫地址被解釋為位地址或16位字（寄存器）地址，取決于西門子工業(yè)以太網(wǎng)的數(shù)據(jù)命令中使用的類型。
如果命令列表中使用了Data Type–Bool，則數(shù)據(jù)庫地址將被解釋為位地址。
當任何其他數(shù)據(jù)類型則數(shù)據(jù)庫地址被解釋為16位字（寄存器）地址。
輪詢間隔0至65535
此參數(shù)指定在連續(xù)命令執(zhí)行（啟用代碼1）。參數(shù)以十分之一為單位輸入一秒鐘。因此，如果為命令輸入值100，則命令執(zhí)行頻率不超過每10秒一次。
注冊數(shù)
注冊：此計數(shù)取決于西門子處理器類型線圈：此計數(shù)取決于西門子處理器類型。此參數(shù)指定了接收或發(fā)送數(shù)據(jù)的字節(jié)順序是否以及如何重新安排。
此選項的存在是為了考慮到不同制造商存儲和以不同的組合傳輸多字節(jié)數(shù)據(jù)。
此參數(shù)在交易時很有用使用浮點值或其他多字節(jié)值，因為沒有一個標準的存儲這些數(shù)據(jù)類型。
此參數(shù)可以設置為重新排列數(shù)據(jù)的字節(jié)順序收到或發(fā)送到對其他應用更有用或更方便的訂單中。
這個下表定義了有效的交換代碼值及其對數(shù)據(jù)字節(jié)順序的影響。
上面的灰色區(qū)域表示當連續(xù)使用雙字地址（DB1.DBD0、DB1.DBD1、DB1.DBD2等）。
如果DB1.DBD0用作西門子處理器中的第一個地址，則下一個雙精度可以在不覆蓋數(shù)據(jù)的情況下使用的字地址為DB1.DBD4。如果數(shù)據(jù)被分解并以二進制格式顯示，則可以看到二進制存儲在DB1第一個字節(jié)中的數(shù)據(jù)。DBW 0與存儲在字節(jié)地址中的數(shù)據(jù)相同DB1.DBB 0。
這是因為如前所述，DB1.DBW 0和DB1.DBB0是同一個。
Important:
The commands must also be enabled in the ladder logic in order for them to be executed. The SIE.CONTROL.CmdControl.WriteCmdBits[x] controller tag array holds 16-command bit arrays for each Client. If a bit for a specific command is set to zero (0) in the WriteCmdBits[x] controller tag, the command will not be executed, regardless of its enabled or disabled state in the configuration. For more information, see Command Control Blocks (page 132).Internal Address 0 to 65535 (for bit-level addressing) or 0 to 4999 (for word-level addressing) This parameter specifies the database address in the module's internal database to use as the destination for data brought in by a read command or as the source for data to be sent out by a write command. The database address is interpreted as a bit address or a 16-bit word (register) address, depending on the Siemens Industrial Ethernet’s Data Type used in the command. If Data Type – Bool is used in the command list, then the database address will be interpreted as a bit address. When any other data types are used, then the database address is interpreted as 16-bit word (register) address. Poll Interval 0 to 65535 This parameter specifies the minimum interval between issuances of a command during continuous command execution (Enable code of 1). The parameter is entered in tenths of a second. Therefore, if a value of 100 is entered for a command, the command executes no more frequently than every 10 seconds. Reg Count Regs: This Count will depend on the Siemens processor type Coils: This Count will depend on the Siemens processor type
This parameter specifies
if and how the order of bytes in data received or sent is to be rearranged. This option exists to allow for the fact that different manufacturers store and transmit multi-byte data in different combinations. This parameter is helpful when dealing with floating-point or other multi-byte values, as there is no one standard method of storing these data types. This parameter can be set to rearrange the byte order of data received or sent into an order more useful or convenient for other applications. The following table defines the valid Swap Code values and the effect they have on the byteorder of the data.These swap operations affect 4-byte (or 2-word) groups of data. Therefore, data swapping using these Swap Codes should be done only when using an even number of words, such as when 32-bit integer or floating-point data is involved.The gray area above represents the byte memory locations being overlapped when double word address is used consecutively (DB1.DBD0, DB1.DBD1, DB1.DBD2, etc). If DB1.DBD0 is used as the first address in the Siemens processor, the next double word address that can be used without overwriting the data would be DB1.DBD4.If the data is broken up and displayed in binary format, it can be seen that the binary data stored in the first byte of DB1.DBW 0 is identical to that stored in byte address DB1.DBB 0. This is because the memory locations referenced by the first byte of DB1.DBW 0 and by DB1.DBB0 are one and the same, as explained previously.
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