Справочник Пользователя для Mitsubishi Electronics AJ65BT-D75P2-S3
Index - 2
Buffer memory area configuration ................. 7- 5
Buffer memory read/write
when ACPU/QCPU (A mode) is used ....... 6- 8
when QCPU (Q mode)/QnACPU is used
................................................................... 6-17
when QCPU (Q mode)/QnACPU is used
................................................................... 6-17
BUSY (explanation of terms) ........... Appendix-30
[C]
CCW (explanation of terms) ............ Appendix-30
Change signal (explanation of terms)
.......................................................... Appendix-30
Circular interpolation (explanation of terms)
.......................................................... Appendix-30
Clock data (Hour: minute) (
Change signal (explanation of terms)
.......................................................... Appendix-30
Circular interpolation (explanation of terms)
.......................................................... Appendix-30
Clock data (Hour: minute) (
Md.5
) .............. 5-80
Clock data (Second: 100 ms) (
Md.6
) ........ 5-80
Clock data function ...................................... 13-10
Clock data setting (hour) (
Clock data setting (hour) (
Cd.1
) .............. 5-100
Clock data setting (minute, second) (
Cd.2
)
..................................................................... 5-100
Clock data writing (
Clock data writing (
Cd.3
) ......................... 5-100
Combination of main functions and auxiliary
functions ........................................................ 3-12
Command in-position function .................... 12-69
Command in-position width (
functions ........................................................ 3-12
Command in-position function .................... 12-69
Command in-position width (
Pr.17
) ........... 5-30
Command pulse (explanation of terms)
.......................................................... Appendix-30
Command speed (
.......................................................... Appendix-30
Command speed (
Da.7
) ............................ 5-68
Common function ................................ 3-11, 13- 2
Comparisons with A1SD75P -S3 and
AD75P -S3 modules ................... Appendix-25
Composite speed (explanation of terms)
.......................................................... Appendix-30
Condition data ................................... 10- 4, 10-17
Comparisons with A1SD75P -S3 and
AD75P -S3 modules ................... Appendix-25
Composite speed (explanation of terms)
.......................................................... Appendix-30
Condition data ................................... 10- 4, 10-17
list ............................................................... 5-76
setting item................................................. 5-10
setting item................................................. 5-10
Condition operator (
Da.15
) ......................... 5-78
Condition start ............................................. 10-10
Condition target (
Condition target (
Da.14
) .............................. 5-78
Configuration and roles of D75P2 memory ... 7- 2
Confirmation items at installation/wiring
completion ..................................................... 4-25
Conformance with EMC Directive/Low Voltage
directive ......................................................... A-15
Connection
Confirmation items at installation/wiring
completion ..................................................... 4-25
Conformance with EMC Directive/Low Voltage
directive ......................................................... A-15
Connection
cable ............................................................ 2- 4
CC-Link dedicated cable ........................... 4-12
confirmation ............................................... 4-25
CC-Link dedicated cable ........................... 4-12
confirmation ............................................... 4-25
Connection example
- series ..................................... Appendix-24
MINAS-A series ............................ Appendix-22
MR-C A ................................... Appendix-20
MR-H A ................................... Appendix-16
MR-J2/J2S- A .......................... Appendix-18
PY0 series .................................... Appendix-23
VEXTA UPD ................................. Appendix-21
MR-C A ................................... Appendix-20
MR-H A ................................... Appendix-16
MR-J2/J2S- A .......................... Appendix-18
PY0 series .................................... Appendix-23
VEXTA UPD ................................. Appendix-21
Connection of CC-Link dedicated cable........ 4-12
Connector
Connector
connection .................................................. 4-24
list of input/output signal details ................. 3-39
pin wiring .................................................... 4-20
signal layout ............................................... 3-38
list of input/output signal details ................. 3-39
pin wiring .................................................... 4-20
signal layout ............................................... 3-38
Continuous path control .................................. 9- 7
Continuous positioning control ....................... 9- 6
Control data
Continuous positioning control ....................... 9- 6
Control data
list.............................................................. 5-100
types and roles ........................................... 5-14
types and roles ........................................... 5-14
Control method (
Da.2
) ............................... 5-59
Continuous positioning control (explanation of
terms) ............................................. Appendix-30
Control unit (explanation of terms) .. Appendix-30
Count method 1) .................................. 5-45, 8-16
Count method 2) .................................. 5-45, 8-18
CP control (explanation of terms) .... Appendix-31
Creep speed ( Pr.49
terms) ............................................. Appendix-30
Control unit (explanation of terms) .. Appendix-30
Count method 1) .................................. 5-45, 8-16
Count method 2) .................................. 5-45, 8-18
CP control (explanation of terms) .... Appendix-31
Creep speed ( Pr.49
) ................................... 5-50
Creep speed (explanation of terms)
.......................................................... Appendix-31
Current feed value (explanation of terms)
.......................................................... Appendix-31
Current feed value during speed control (
.......................................................... Appendix-31
Current feed value (explanation of terms)
.......................................................... Appendix-31
Current feed value during speed control (
Pr.22
)
........................................................................ 5-36
Current loop mode (explanation of terms)
.......................................................... Appendix-31
Current speed (
Current loop mode (explanation of terms)
.......................................................... Appendix-31
Current speed (
Md.36
) ................................. 5-88
Current value (explanation of terms)
.......................................................... Appendix-31
Current value change (explanation of terms)
.......................................................... Appendix-31
Current value change .................................... 9-56
Current value .................................................. 9-15
CW (explanation of terms) ............... Appendix-31
Cyclic transmission ........................................ 1-19
.......................................................... Appendix-31
Current value change (explanation of terms)
.......................................................... Appendix-31
Current value change .................................... 9-56
Current value .................................................. 9-15
CW (explanation of terms) ............... Appendix-31
Cyclic transmission ........................................ 1-19
[D]
Data No. (explanation of terms) ...... Appendix-31
Data setting method zero point return ........... 8-20
Data setting method zero point return ........... 8-20