全 233 件が検索されました。（81 - 100件を表示）
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... イベント入力1 ⑩ NC 準 備 ① 下面 ■配線図負荷側 (L) ℓ 電 L 源 N 側 (K ) k 1S ① ⑪ B (+ ) ⑥ ⑫ A ( -) ⑦ CT R S -4 8 5 1L② D O N OT U S E ③ OU T1 ⑬ D O N OT U S E ④ EV2 ⑤ ⑭ * * P1 P2 ⑧ D O N OT U S E CO M ⑮ EV1 ⑨ D O N OT U S E ⑩ D O N OT U S E ＊有電圧 / 無電圧 ＜単相 2 線式の場合＞ ℓ k ℓ 1S ① k 3S ③ OU T1 ⑬ ⑧...
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... ⑪ H IG H M ID D L E ⑭ DO NOT USE LOW ⑮ DO NOT USE NC ⑥ DO NOT USE ⑦ ＋ － － ＋ NC ⑧ * * ⑨ ～ ⑩ EV2 ⑰ NC EV1 ⑱ COM 3 B (＋) R S -4 8 5 A (－) COM 1 P0 NC④ H IG H ⑬ DO NOT USE M ID D L E ⑭ DO NOT USE ⑤ LOW DO NOT USE ⑦ COM 2 NC⑧ ＋ － － ＋ * * ⑨ ⑲ OU T1 ～ ⑫1 L ⑮3S CT1 ℓ k CT2 EV2 ⑯3L COM 2 ⑰ NC EV1 ⑱ COM 3 B (＋) ⑲ OU T1 A (－) ⑳ OU T2 ＊有電圧／無電圧 ＊有電圧／無電圧 負荷 側 (L) ＜単相 2 線...
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...8 7 アクセスコード 0 属性コード (S)+3 デバイス番号 読み出すデバイスの先頭番号を指定します。 (S)+4 読み出し点数 読み出すデバイスのデータ数をワード単位で指定します。 • アクセスコード 0x80～0x8F IO-Link デバイスへのアクセス（0～15ch） 0xC0～0xCF...
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...) can be entered in multiple lines. 6-5-1 6-8 NT30/620 Compatible Mode Not supported With this option it can be chosen between the existing 31/631 model’s 5-2 control/Notify structure or the 30/620 model’...
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...CPU Unit Remote Master Unit CPU Unit Interpretation1 Interpretation2 1st response word S+1 S+2 Response monitoring time Command data L Response No. of command bytes Response ...... S+3 S+4 Operands C: Control code S: 1st source word D: Destination information Execution Execution ... Response data 1: For commands addressed to Master Unit 2: For commands addressed to CPU Unit Description IOWR transfers n words of data beginning at S (beginning with command code 28 01 Hex) through the local node’s Master Unit to the Master Unit or CPU Unit at the specified destination node. The control code (...
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...S Format Contents of PC word 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 Integer variable (in format I) PC READ “ S 4 I 4 ” ; A ( 1 ) → → → → A(1) A(2) A(3) A(4) = = = = 9876 5432 1098 7654 Examples of PC Write Format Conversion I Format Contents of PC word 130 0 0 0 4 PC WRITE “ I 1 ” ; J 0 0 3 4 PC WRITE “ I 2 ” ; J 0 2 3 4 PC WRITE “ I 3 ” ; J 1 2 3 4 PC WRITE “ I 4 ” ; J 0 0 0 1...
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...N S S --- --- IR 000, IR 001, or IR 002 S: First source word IR, SR, AR, DM, HR, TC, LR, # The 3rd operand is ignored. Limitations N must be IR 000, IR 001, or IR 002. S and S+4 must be in the same data area. (S can be set to #0000 to change the RS-232C settings to their defaults.) STUP(––) can’t be executed for the internal RS-232C port if pin 2 of the DIP switch is ON. STUP(––) can’t be executed within an interrupt subroutine. Description When the execution condition is OFF, STUP(––) ...
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... data register No. (e.g., frequency 0002 hex reference = 0002 hex) Number of write data registers (e.g, 1 0001 hex register) 0200 hex Number of attached data registers Note: Set 02 hex of this value in the leftmost byte of ...
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... MESSAGE SEND command code: 28 01 Hex Slave node address: 2 BYTE DATA READ command service code: 1C Hex S+2 S+3 00 2F 00 01 Class ID: 002F Hex Instance ID: For IR Area 1: 0001 Hex S+4 0A 00 S+5 28 00 Read start address: 10 = 000A Hex Address L: 0A Hex, Address H: 00 Hex No. of bytes of read data: 40 bytes = 28 Hex (The rightmost byte is not used.) D: Response Words (D: First Response Word) Results are stored as shown in the following table. Word D Contents (Hex) 28 01...
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...(0 hex) Decimal point position (from right) for instantaneous value when 100% input --- Bit 04 to 07: 0 to 4 hex 0 (0 hex) Instantaneous value time unit (matching conversion period) 0: 1 s; 1: 3 s: 2: 10 s; 3: 30 ...
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...Comment Comment from user link table (only through 24th character) Number of links Automatically set by system (number of tags referenced) Cycle Refresh cycle (0 to 8) (0: System common operating cycle, 1: 0.01 s, 2: 0.02 s, 3: 0.05 ...
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..., 1 0 Yes R/W(O) – – R/W S/R 1 033 S 3 X3 select switch --- Selected by "1" 0, 1 0 Yes R/W(O) – – R/W S/R 1 034 S 4 X4 select switch --- Selected by "1" 0, 1 0 Yes R/W(O) – – R/W S/R 1 035 S 5 X5 select switch --- Selected by "1" 0, 1 0 Yes R/W(O) – – R/W S/R 1 036 S 6 X6 select switch --- Selected by "1" 0, 1 0 Yes R/W(O) – – R/W S/R 1 037 S 7 X7 ...
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...Slave’s network address: 1 Slave’s node number: 2 Section 6-3 Explicit Message Communications CMND(194) Operand Details [CMND S D C] • Command Words Word S S+1 S+2 S+3 S+4 S+5 Contents Function (Hex) 28 01 EXPLICIT MESSAGE SEND command code = 2801 (Hex) 02 1C Slave node number = 02 (Hex) READ BYTE DATA command service code = 1C (Hex) 00 2F Class ID = 002F (Hex) 00 01 Instance ID = 0001 (Hex) specifies data area 0A 00 Starting read address = 000A (Hex) specifies IR 010 Address L = 0A (Hex); Address H = 00 (Hex) 28 00...
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... word address of returned value data Content of Subroutine No. (N) N = 200 to 249 Specifies the subroutine No. of a ladder library to be executed. Content of the First Word Address of Argument Data (S) The data of 5 words (S to ...
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...D D Local node S 1st response word Remote Master Unit CPU Unit Interpretation1 Interpretation2 Command data Response No. of command bytes Response Response monitoring time ...... S+2 S+3 S+4 Command Destination node Local Master Unit CPU Unit S+1 Operands C: Control code S: 1st source word D: Destination information Execution L Execution ... Response data 1: For commands addressed to Master Unit 2: For commands addressed to CPU Unit Description IOWR transfers data from the words beginning at S to the specified Special I/ O Unit. The control code (C) specified parameters for the instruction as shown...
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...Relevant ITEMs in the System Common Block (block model 000) ITEM type Parameter ITEM 050 Data contents HMI EM bank number 051 Input HMI function's operation cycle (s) 1 (0.1 s), 2 (0.2 s), 3 (0.5 s), 4...
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...: 900 days 30 s: 300 h 60 min: 1,800 days Collection cycle Data display Horizontal axis Collection cycle 1 min: 2 h to 10 days 1 s: 2 min to 240 min 5 min: 10 h to 50 days 2 s: 4 min to 240 min 10 min: 20 h to 100 days 5 s: 10 min to 240 min 30 min: 60 h to 300 days 10 s: 20 min to 240 min 60 min: 5 days to 600 days 30 s: 20 min to 240 min Vertical axis One axis for all 8 points. Scale can ...
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...Bit 15 08 07 S+0 28 S+1 S+2 00 01 FINS command code 10 00 Node address 00 10 Service Code S+3 00 2F Class ID S+4 00 00 Instance ID S+5 65 FE Service Data S+6 FF 00 Service Data Similarly, from the CMND(490) operand D (first response word) onwards, response data is stored from the upper word to the lower word in the I/O memory in the order of the response format. Note (1) When the data in the Service Data is in word (2-byte) or double word (...
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...ITEM type ITEM Data contents Data range Default Parameter 050 HMI EM bank number 0 to C (Hexadecimal) 0 051 HMI function's operation cycle (s) 1 (0.1 s), 2 (0.2 s), 3 (0.5 s), 4 (1 s), or 5 (2 s) Note: Always stop operation before changing this ITEM. 1 to 5 4 (1 s) 056 Reception stop switch 0: Normal; 1: Stop reception 0 or 1 0 057 Transmission stop switch 0: Normal; 1: Stop transmission 0 or 1 0 059 HMI function disable switch 0: Used; 1: Not used 0 or 1 0 Input...
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... allocated (CIO 1500 to CIO 1899) Unit No. Current consumption (A) Maximum number of Units*1 5 VDC 24 VDC Weight High-speed Analog Input Unit 4 inputs: 80 s/2 inputs, 160 s/4 inputs CJ1W-ADG41*2 25 words 0 to F 16 Units*3 0.65 --- 150 g max. Controller Link Units Wired data links CJ1W-CLK23 25 words 0 to F 8 Units 0.35 --- 110 g max. Serial Communications Units One RS-232C port and one RS-422A/485 port CJ1W-SCU41-V1 25 words 0 to F 16 Units*3 0....