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... with sufficient allowance for the return circuits, and bundle them with lines of the same signal level. • For long I/O lines, wire the input and output signal lines separately. • Use twisted-pair wires for pilot lamps (and particularly lamps with filaments). • Use countermeasures, such as ...

... on "dlun". WRITE (dlun) $in.string The following example returns any error generated during the write operation example above to the "error" variable. error = IOSTAT(dlun) Reading from a Disk The following example reads from the open file on "dlun" up to the first ...

...wide. /In Format values as decimal integers in fields n spaces wide. /On Format values as octal integers in fields n spaces wide. The following specifiers can be used to insert special characters in the string. /Cn Include the characters carriage return (...

... on "dlun". WRITE (dlun) $in.string The following example returns any error generated during the write operation example above to the "error" variable. error = IOSTAT(dlun) Reading from a Disk The following example reads from the open file on "dlun" up to the first ...

...Z930) NX-SOD[] XS5W-T[] - AC Servo Drives R88D-1SN[] 1S-series AC Servomotors and AC Servo Motors R88M-1[] Servo Drives User’s Manual (with Power cables R88A-CA[] Built-in EtherCAT Encoder Cables R88A-...

... W K05030H/T□ CAKAS, CAKASR, 100 W K10030L/S□ CAKAS CAKASR CAKAB CAKABR 200 W K20030L/S□ 3,000 CRKAC CRKACR 50 W K05030H/T□ r/min *2 *2 100 W K10030H/T□ CAKAS, CAKASR, 200 V CAKAS CAKASR CAKAB CAKABR 200 W K20030H/T□ 400 W K40030H/T□ *1. □ represents an optional specification for the motor.  represents a 3-digit cable length (005 for 5 m). *2. When you ...

...[] --- Cable 15 AC Servo Drive R88D-1SN[]-51 AC Servomotors/Servo Drives 1S-series AC Servomotor R88M-1[] with Built-in EtherCAT Communications Power cables R88A-CA[] and SS1/SLS Safety Sub-Functions Encoder Cables R88A-...

...XS5W-T[] Manual name --- AC Servo Drive R88D-1SN[]-51 1S-series AC Servomotors/Servo AC Servomotor R88M-1[] Drives with Built-in EtherCAT Power Cable R88A-CA[] Communications and SS1/SLS Safety Encoder Cable R88A-...

...10 A LF 0101010 42 2A * 0001011 11 B VT 0101011 43 2B + 0001100 12 C FF 0101100 44 2C , 0001101 13 D CR 0101101 45 2D - 0001110 14 E SO 0101110 46 2E . 0001111 15 F SI 0101111 47 2F / 0010000 16 10 DLE 0110000 48 30 0 0010001 17 11 DC1 0110001 49 31 1 0010010 18 12 DC2 0110010 50 32 2 0010011 19 13 DC3 0110011 51 33 3 0010100 20 14 DC4 0110100 52 34 4 0010101 21 15 NAK 0110101 53 35 5 0010110 22 16 SYN 0110110 54 36 6 0010111 23 17...

...10 A LF 0101010 42 2A * 0001011 11 B VT 0101011 43 2B + 0001100 12 C FF 0101100 44 2C , 0001101 13 D CR 0101101 45 2D - 0001110 14 E SO 0101110 46 2E . 0001111 15 F SI 0101111 47 2F / 0010000 16 10 DEL 0110000 48 30 0 0010001 17 11 DC1 0110001 49 31 1 0010010 18 12 DC2 0110010 50 32 2 0010011 19 13 DE3 0110011 51 33 3 0010100 20 14 DE4 0110100 52 34 4 0010101 21 15 NAK 0110101 53 35 5 0010110 22 16 SYN 0110110 54 36 6 0010111 23 17...

...10 A LF 0101010 42 2A * 0001011 11 B VT 0101011 43 2B + 0001100 12 C FF 0101100 44 2C , 0001101 13 D CR 0101101 45 2D - 0001110 14 E SO 0101110 46 2E . 0001111 15 F SI 0101111 47 2F / 0010000 16 10 DEL 0110000 48 30 0 0010001 17 11 DC1 0110001 49 31 1 0010010 18 12 DC2 0110010 50 32 2 0010011 19 13 DE3 0110011 51 33 3 0010100 20 14 DE4 0110100 52 34 4 0010101 21 15 NAK 0110101 53 35 5 0010110 22 16 SYN 0110110 54 36 6 0010111 23 17...

...i y A LF SUB * : J Z j z B VT ESC + ; K [ k { C FF FS , < L ¥ l | D CR GS - = M ] m } E SO RS . > N ^ n ~ F SI US / ? O _ o DEL Lower 6 7 p APPENDIX 143 Index A adapter .................................................................. 10 address................................................................ 102 adjustment ............................................................ 38 adjustment level.................................................... 40 advanced-function setting..................................... 38 advanced-function setting level............................ 40 alphabets............................................................... 44 analog input ...................................................... 5, 13 analog photoelectric sensor .................................. 20 analog range ................................................. 51, 116 ASCII character.................................................... 99 auto-zero............................................................... 88 auto-zero function................................................. 24 auto-zero time............................................... 71, 117 average processing ............................................... 89 B baud rate ............................................................. 117 BCC.............................................................. 99, 100...

...10 A LF 0101010 42 2A * 0001011 11 B VT 0101011 43 2B i 0001100 12 C FF 0101100 44 2C , 0001101 13 D CR 0101101 45 2D - 0001110 14 E SO 0101110 46 2E . 0001111 15 F SI 0101111 47 2F / 0010000 16 10 DEL 0110000 48 30 0 0010001 17 11 DC1 0110001 49 31 1 0010010 18 12 DC2 0110010 50 32 2 0010011 19 13 DE3 0110011 51 33 3 0010100 20 14 DE4 0110100 52 34 4 0010101 21 15 NAK 0110101 53 35 5 0010110 22 16 SYN 0110110 54 36 6 0010111 23...

...10 A LF 0101010 42 2A * 0001011 11 B VT 0101011 43 2B i 0001100 12 C FF 0101100 44 2C , 0001101 13 D CR 0101101 45 2D - 0001110 14 E SO 0101110 46 2E . 0001111 15 F SI 0101111 47 2F / 0010000 16 10 DEL 0110000 48 30 0 0010001 17 11 DC1 0110001 49 31 1 0010010 18 12 DC2 0110010 50 32 2 0010011 19 13 DE3 0110011 51 33 3 0010100 20 14 DE4 0110100 52 34 4 0010101 21 15 NAK 0110101 53 35 5 0010110 22 16 SYN 0110110 54 36 6 0010111 23...

... Serial PLC Link (master) Serial PLC Link (master) NT Link (1:1) NT Link (1:N) Link words LR00 to LR15 - No setting (fixed value) Start code Disable/Enable Start code Disable/Set End code Received bytes / ...

...-1) word * 0 15 * * * * 0 Data No. of receive area words 47 9. Program  Send/Receive messages [Overview of send/receive messages] Send message * * * * PLC * * CR * * * Destination device Terminator Data Receive message LF * * * ...

...) Stop bit 1 bit 1 bit (Default) Parity None None (Default) Transmission rate (Baud rate) 9,600 bps (Default) 9,600 bps (Default) Protocol macro transmissions Full-duplex - Header - None (Default) Footer - <...

...) Stop bit 1 bit 1 bit (Default) Parity None None (Default) Transmission rate (Baud rate) 9,600 bps (Default) 9,600 bps (Default) Protocol macro transmissions Full-duplex - Header - None (Default) Footer - <...

...) Stop bit 1 bit 1 bit (Default) Parity None None (Default) Transmission rate (Baud rate) 9,600 bps (Default) 9,600 bps (Default) Protocol macro transmissions Full-duplex - Header - None (Default) Footer - <...

...) Stop bit 1 bit 1 bit (Default) Parity None None (Default) Transmission rate (Baud rate) 9,600 bps (Default) 9,600 bps (Default) Protocol macro transmissions Full-duplex - Header - None (Default) Footer - <...