Detailed operation by function groups
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6.5.6 Frequency jump (Jump Freq)
Frequency jump is used to avoid mechanical resonance of the inverter, with
other devices. The inverter will not accept frequency settings that are within a
preset frequency jump band during acceleration or deceleration.
Any frequency that belongs in the jump frequency ranges cannot be used as the
inverter’s frequency reference.
If jump frequencies are reached during acceleration, the inverter maintains the
frequency jump low limit, and then resumes acceleration when the speed
reference (via digital, analog, CAN, or RS232 input) gets out of the jump
frequency.
Code
Keypad display Name
Range
Unit Default
setting
FUN_27 Jump Lo 1
Jump frequency low limit 1
0.00–FUN_28
Hz
10.00
FUN_28 Jump Hi 1
Jump frequency high limit 1
FUN_27–FUN_29 Hz
15.00
FUN_29 Jump Lo 2
Jump frequency low limit 2
FUN_28–FUN_30 Hz
20.00
FUN_30 Jump Hi 2
Jump frequency high limit 2
FUN_29–FUN_31 Hz
25.00
FUN_31 Jump Lo 3
Jump frequency low limit 3
FUN_30–FUN_32 Hz
30.00
FUN_32 Jump Hi 3
Jump frequency high limit 3
FUN_31–PAR_11 Hz
35.00
Содержание LSLV-L100 Series
Страница 16: ...3 Preparing the Installation Preparation ...
Страница 36: ...Installing the Inverter 23 Installation Power terminal and control terminal wiring diagram ...
Страница 240: ...Detailed operation by function groups 227 Operation Details BX time FUN_51 set to a value other than 0 ...
Страница 252: ...Detailed operation by function groups 239 Operation Details stops When forward operation has a lighter load ...
Страница 339: ...326 Communication features CAN message frame versions CAN 2 0A CAN 2 0B ...
Страница 395: ...382 ...