12-3-2
Chapter 12
Inverter Functions
The motor could burn if the base frequency
is set smaller than the motor frequency.
(Smaller than 50 Hz in case of standard
induction motor)
For setting the max. frequency larger than
60 Hz, contact the motor manufacturer
about allowed max. frequency.
Capacity and number of poles
• The inverter reads out preset standard motor data
if the capacity and number of poles are changed.
• The motor disturbance could be suppressed and
the motor operation could be stabilized if the
capacity and number of poles are correctly set.
Base frequency
• Set the base frequency according to the motor
specifications.
• The induction motor should be regarded as a
special one if used at higher than 60 Hz. In this
case, the inverter capacity may need to be made
larger as the maximum capacity of the inverter
motor is incorrect.
Max. frequency
• Sets the max. frequency of motor to use.
The motor could burn if the max.
frequency and rated voltage are set out
of the range specified in the motor
specifications.
After initialization, the motor protection
function needs to be configured again.
Otherwise, the motor could burn.
Rated voltage
• Set the rated voltage of motor according to the
motor specifications.
• Expected characteristics may not be obtained if the
motor rated voltage is set higher than receiving
voltage or inverter rated voltage.
• Set the rated voltage of motor in the following way
if it is switched from SJ700.
[Hb106]=A082×A045/100
Rated current
• Set the rated current of motor according to the
motor specifications. Inappropriate setting could
disturb the motor protection.
• The motor control could become unstable unless
the motor rated current is correctly set.
• Expected characteristics may not be obtained if the
motor rated current is set higher than the inverter
rated current. In some cases, the inverter
protection works first.
A
A
!
A
A
!
A
!
Caution
Burnout
Caution
Burnout
Do
Caution
Burnout
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 ...
Страница 169: ...12 3 10 Chapter 12 Inverter Functions Memo ...
Страница 195: ...12 5 8 Chapter 12 Inverter Functions Memo ...
Страница 217: ...12 8 12 Chapter 12 Inverter Function Memo ...
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Страница 349: ...12 15 8 Chapter 12 Inverter Function Memo ...
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Страница 397: ...12 18 2 Chapter 12 Inverter Functions Memo ...
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 ...