Franklin Electric CERUS X-DRIVE CXD-003A-4V, Installation And Operation Manual

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PARAMETER REFERENCE TABLES
Parameter Descriptions > Motor Menu
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Motor-20 2324 Y Slip Dev Det T 0.0 to 10.0 sec The duration that the slip percentage has to be at before causing over slip
trip.
Motor-21 2325 Y Over Slip Trip 0_Alarm and Run
1_Alarm and Decel
2_Alarm and Coast
3_Disabled
Operation when over slip trip occurs.
Motor-22 2326 Y Motor Hunt Gain 0 to 10000 Gain value in detecting shaft speed of a synchronous motor. A sudden
load change can cause shaft speed to fluctuate.
Motor-24 2328 Y I/F Current 0 to 150% Percentage of nominal motor current [SET-03] used to regulate AC output
current during I/F control and DC current during PM DC Alignment.
Motor-25 2329 Y PM Bandwidth HS 0.00 to 600.00 Hz Allowable frequency bandwidth around desired frequency in order to
adjust operating frequency to prevent vibrations in motor operation.
Motor-26 2330 Y PMSVC Fltr Gain 0.00 to 655.35 Gain value in adjusting the operating frequency from the desired fre -
quency to prevent vibrations in motor operation.
Motor-27 2331 Y Freq I/F to PM 0.00 to 599.00 Hz When increasing frequency, the frequency to switch modes from I/F
mode to PMSVC mode.
Motor-28 2332 Y Freq PM to I/F 0.00 to 599.00 Hz When decreasing frequency, the frequency to switch modes from PMSVC
mode to I/F mode.
Motor-29 2333 Y I/F fltr time 0.0 to 6.0 sec Low-pass filter time of current being commanded from I/F Current [Motor-
24] .
Motor-30 2334 Y Angle Det Pulse 0.0 to 3.0 Value is a multiplier of nominal motor current which is magnitude of pulse
during the angle detection. This is only used when Rotor Zeroing [Motor-14] is
set to 2_Hi Freq Inject or 3_Pulse Inject .
Motor-31 2335 Y Zero voltage T 0.000 to 60.000 sec Duration the output is 0V to establish a static startup. Once the system is
at a static startup, the VFD can accurately estimate angles. This parameter
is applicable when SS Normal Start [PROT-42] is not set to 0_Disable .
Motor-32 2336 Y Injection Freq 0 to 1200 Hz Frequency used to determine angle of motor during High Frequency
Injection. Injection Frequency should be at least 100Hz larger than motor's
nominal frequency. Carrier frequency should be 10 times larger than Injec -
tion Frequency.
Motor-33 2337 Y Injection V 0.0 to 200.0 V Voltage used to determine angle of motor during High Frequency Injec -
tion.
Motor-34 2338 N Run Time Min 0 to 1439 min Minutes of the motor run time. Less than 60 seconds is not recorded.
Motor-35 2339 N Run Time Days 0 to 65535 day Days of the motor run time.
Motor-36 2340 N Motor PF 0.00 to 1.00 Power Factor value from motor nameplate
Motor-37 2341 N PM Trq Comp I/F 0 to 5000 PM Torque Compensation in I/F Mode
Motor-38 2342 N PM Trq Comp
SVC
0 to 5000 PM Torque Compensation in SVC Mode
Motor-39 2343 N DC-Tun Curr P 0 to 65535 Gain value regulating DC current during DC Alignment of PM motor.
Motor-40 2344 N DC-Tun Curr I 0 to 65535 Integral gain regulating DC current during DC Alignment of PM motor.
CODE
Mod
Bus AR Display Name
Range Description