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

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PARAMETER REFERENCE TABLES
Parameter Descriptions > Motor Menu
232
Parameter Descriptions > Motor Menu
AR = Adjustable while running.
ADV2-63 2111 N Trigger Source 0_PIB F/B
1_Aux AI
This setting selects what will be the trigger for a tank fill, drain, or level
control (analog trigger).
0_The trigger will be standard PID loop feedback value
1_The trigger will be an auxiliary input
ADV2-64 2112 N Trigger Type 0_Lower
1_Higher
0_ The Trigger by AI function will be triggered if AI signal is less than Trig -
ger Level [ADV2-65] .
1_The function will be triggered if AI signal is greater than [ADV2-65] .
ADV2-65 2113 Y Trigger Level 0.0 to [ADV2-61] Sets the desired target when the analog will be triggered.
If [ADV2-63] is set to 1_Aux AI , the range is 0.0 to [SET-20] .
If [ADV2-63] is set to 0_PID F/B , the range is 0.0 to [ADV2-61] .
ADV2-66 2114 Y Trigger Hyster 0.0 to [ADV2-61] Hysteresis value is subtracted from trigger value in Higher trigger mode to
determine OFF (trigger reset) state level. It is added to trigger value in
Lower trigger mode.
Its range is from 0 to PID F/B Max [SET-20] or Aux Max Value [ADV2-61] .
ADV2-68 2116 Y P-Fill Low Freq [SET-22] to [SET-35] Pipe fill low frequency limit.
CODE
Mod
Bu AR Display Name
Range Description
CODE
Mod
Bus AR Display Name
Range Description
Motor-00 2304 N Motor A-Tuning 0_None
1_IM Rotating
2_IM No-Rotation
3_PM Rotating
4_PM No-Rotation
Performs a motor test to measure the motor characteristics. Select motor
type Induction Motor (IM) or Permanent Magnet (PM) motor and if the
motor is allowed to rotate during auto-tune operation without load on the
motor shaft.
Motor-01 2305 N Motor Rs Value 0.0 to 65.535 Ohm Induction Motor rotor resistance
Motor-02 2306 N Motor Rr Value 0.0 to 65.535 Ohm Induction Motor stator resistance
Motor-03 2307 N Motor Lm Value 0.0 to 6553.5 mH Induction Motor rotor inductance
Motor-04 2308 N Motor Lx Value 0.0 to 6553.5 mH Induction Motor stator inductance
Motor-05 2309 N Control Method 0_V/F
1_--------
2_Sensorless
Determines the control method of the motor as either a volts to frequency
relationship (Induction Motor) or Sensor-less Vector Control (SVC) (Per -
manent Magnet).
Motor-06 2310 N Motor Type 0_Induction Motor
1_PM- SPM
2_PM- IPM
Identifies the type of motor being used.
1_PM-SPM: Surface Permanent Magnet Motor
2_PM-IPM: Interior Permanent Magnet Motor
Motor-07 2311 N Motor Poles 0 to 65535 Identifies the number of poles in Permanent Magnet Motor.
Motor-08 2312 N PM Inertia 0.0 to 6553.5 Kg*cm^2 Identifies the inertia in Permanent Magnet Motor. This value is automati -
cally calculated.
Motor-09 2313 N PM Rs 0.0 to 65.535 Ohm Permanent Magnet Motor stator resistance.
Motor-10 2314 N PM Ld 0.0 to 655.35 mH Permanent Magnet Motor inductance d-axis.
Motor-11 2315 N PM Lq 0.0 to 655.35 mH Permanent Magnet Motor inductance q-axis.
Motor-12 2316 Y PM PG Angle 0 to 360 degree Permanent Magnet Motor offset angle.
Motor-13 2317 Y PM Ke Coeff 0.0 to 6553 v Coefficient for optimal PM motor control.
Motor-14 2318 Y Rotor Zeroing 0_Disabled
1_1/4 FLA Current
2_Hi Freq Inject
3_Pulse Inject
Permanent Magnet Motor rotor initial angle position detection method.
Recommendation: "2" for IPM; "3" for SPM. If there is a bad effect, then set
as "1".
Motor-15 2319 Y Torque Filter T 0.001 to 10.000 sec Response time in controlling torque to motor.
Motor-16 2320 Y Slip Filter T 0.001 to 10.000 sec Response time in controlling slip compensation.
Motor-17 2321 Y Torque Cmp Gain 0 to 10* Gain value for output voltage increase to compensate for voltage drop on
stator resistance at high motor loads in torque compensation function.
*For PM motors max value is 5000.
Motor-18 2322 Y Slip Cmp Gain 0.00 to 10.00 Gain value for output frequency increase to provide slip compensation at
high motor loads
Motor-19 2323 Y Slip Dev Level 0.0 to 100.0% Slip percentage level to cause over slip trip. Setting of 0 is No Detection.