12-25-15
Chapter 12
About the inverter function
Bias adjustment of analog output
Terminal Current/voltage Bias parameter
Ao1
Common to
voltage/current
[Cd-23]
Ao2
Common to
voltage/current
[Cd-33]
• You can bias Point 0 as shown in the below figure.
(Example) Outputting information on the "[dA-01]
output frequency monitor" to [Ao1] in a voltage
range from 0 to 10 V
• I want to perform outputting in a range from 0 Hz
to the maximum frequency (60 Hz).
[Cd-23]=0.0%, [Cd-24]=100.0%
(Example) Outputting information on the output
frequency monitor to [Ao1] in a current range
from 4 to 20 mA
• I want to perform outputting in a range from 0 Hz
to the maximum frequency (50Hz).
[Cd-23]=20.0%, [Cd-24]=80.0%
Gain adjustment of analog output
Terminal Current/voltage Gain parameter
Ao1
Common to
voltage/current
[Cd-24]
Ao2
Common to
voltage/current
[Cd-34]
• You can change an inclination as shown in the
below figure.
(Example) Outputting information on the output
current monitor to [Ao2] in a current range from 4
to 20 mA
• I want to monitor the current in a range from 0 A to
the inverter rated current.
[Cd-33]=20.0%, [Cd-34]=160.0%
(Example) Outputting information on the output
torque monitor to [Ao2] in a voltage range from 0
to 10 V
• I want to apply a voltage output range from 0 to 10
V in a torque range from -200 to 200%.
[Cd-32]=01, [Cd-33]=50.0%, [Cd-34]=50.0%
*) When [Cd-32]=00 is set in the above described
example, corresponding values in a range from 5 to
10 V will be output for a range from 0 to -200% on
the "(-) rated torque" side.
Output frequency (Hz)
(mA)
20
0
Maximum frequency
50Hz
0Hz
10
25Hz
[Cd-23]=20.0(%)
4
[Cd-24]=80.0(%)
Output torque (Nm)
(V)
10
-10
(+) rated torque
× 2
0
0
(-) rated torque × 2
(+) rated torque
(-) rated torque
Outputting will
be made in
this range.
[Cd-33]=50.0%
[Cd-34]=50.0%
Output current (A)
(mA)
20
0
Rated current
× 2
0A
10
Rated current
[Cd-33]=20.0(%)
4
[Cd-34]=160.0(%)
Output frequency (Hz)
(V)
10
0
Maximum frequency
60Hz
0Hz
5
30Hz
Output scale
(V):(mA)
10:20
0:0
Parallel
movement
Outputting will
be made in this
range.
[Bias]=50.0(%)
[Bias]=-50.0(%)
[Bias]=0.0(%)
Maxim
um
0
5:10
-5:-10
Full scale
(FS)
(V):(mA)
10:20
0:0
Outputting will
be made in this
range.
[Gain]=200.0(%)
[Gain]=50.0(%)
[Gain]=100.0(%)
Maximum
0
5:10
-5:-10
[Gain]=-50.0(%)
Change in
Содержание SJ Series
Страница 39: ...5 4 Chapter 5 Included Items Memo ...
Страница 52: ...6 13 Chapter 6 Installation Model P1 P1 200V class P1 02950 L P1 550L Dimension W mm H mm D mm 480 700 250 ...
Страница 55: ...6 16 Chapter 6 Installation Memo ...
Страница 91: ...7 36 Chapter 7 Wire Connection and Optional Devices Memo ...
Страница 135: ...9 40 Chapter 9 Operating Instructions Memo ...
Страница 145: ...10 10 Chapter 10 Test Run Memo ...
Страница 159: ...12 2 6 Chapter 12 Inverter Functions Memo ...
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Страница 415: ...12 19 18 Chapter 12 Inverter Function Memo ...
Страница 581: ...15 10 Chapter 15 Optional Cassettes Memo ...
Страница 591: ...16 10 Chapter 16 ProDriveNext EzSQ Memo ...
Страница 642: ...18 49 Chapter 18 Tips FAQ Troubleshooting Memo ...
Страница 650: ...19 8 Chapter 19 Maintenance and Inspection Memo ...
Страница 661: ...20 11 Chapter 20 Specifications Model P1 P1 200V class 02950 L 550L Dimension W mm H mm D mm 700 480 250 ...
Страница 662: ...20 12 Chapter 20 Specifications Model P1 P1 400V class 01760 H 750H 02130 H 900H Dimension W mm H mm D mm 390 700 270 ...
Страница 663: ...20 13 Chapter 20 Specifications Model P1 P1 400V class 02520 H 1100H 03160 H 1320H Dimension W mm H mm D mm 480 740 270 ...
Страница 678: ...21 7 Chapter 21 Technical Notes SJ700D SJ P1 ND normal duty SJ700D 550LFF3 P1 02950 LFEF P1 550LFF ...
Страница 686: ...21 15 Chapter 21 Technical Notes SJ700B SJ P1 LD low duty VLD very low duty SJ700B 750LFF P1 02950 LFEF P1 550LFF ...
Страница 781: ...Appendix 1 70 Appendix 1 List of Parameters Memo ...