Emerson inverter parameter debugging - Solutions - Huaqiang Electronic Network

Probe high frequency needle JTK-50L-Q has 5 needles in the high frequency needle
Photocoupler

Emerson inverter parameter debugging:

0.00: password 1000 saves the parameters; 1233 restores the factory value; 1253 changes the inverter control mode;
0.01: minimum speed 0
0.02: Maximum speed 1850rpm
0.03: Acceleration slope 0.3cm/s2
0.04: Deceleration slope 0.3cm/s2
0.05: Select the Pr digital quantity 0.06 for the given mode: current limit 200%
0.12: Parameter selection 0 (Menu selection 0)
0.13: rated motor speed 1850rpm
0.14: rated speed of the elevator is 1000mm/s
0.15: V1 50mm/s overhaul half speed 0.16: V2
0.17: V3 30mm/s Crawling speed 0.18: V4 150mm/s Inspection speed 0.19: V5 480mm/s Single layer speed 0.20: V6 550mm/s Double layer speed 0.21: V7 550mm/s Multilayer speed 0.22: Parking deceleration slope 200mm/ S2
0.23: Start S curve 200mm/s3
0.24: Run S curve 700mm/s3
0.25: Parking S curve 700mm/s3
0.29: 1024 encoder pulse number (equivalent to 3.34)
0.42: 4POLE (equivalent to 5.11)
0.43:0.88 (equivalent to 5.10)
0.44:340V (equivalent to 5.09)
0.45:1850RPM (equivalent to 5.08)
0.46:56A (equivalent to 5.07)
0.47:64HZ (equivalent to 5.06)
0.48: CL UECT Closed Loop 2.02: Ramp Enable ON(1)
2.03: The slope remains OFF (0)
2.04: Ramp mode selection FAST (1)
2.10: Acceleration Slope Selector 2
2.11: Acceleration slope 0.3cm/s2 (equivalent to 0.03)
2.20: Deceleration slope selector 2
2.21: Deceleration slope 0.3cm/s2 (equivalent to 0.04)
3.24:0 (closed loop)
3.34: 1024 (encoder pulse number)
3.36: 5V (encoder voltage)
3.38; AB (encoder type: differential AB phase)
3.42:4 (encoder filtering "If the field encoder interference is large, you can set the maximum not to be greater than 8")
3.43: 1500 (encoder pulse number maximum given value)
3.41: Encoder automatically detects ON (1)
4.05: Operating current limit 200
4.06: Regenerative current limit 200
4.07: Symmetrical current limit 200
4.12: Current reference filter 1 4ms (reduced motor noise)
4.13: Current loop proportional gain default value 4.14: current loop integral gain default value 4.15: thermal time constant default value 4.24: user set current limit 200
5.06:64HZ motor frequency 5.07:56A motor current 5.08:1850rpm motor speed 5.09: 340v motor voltage 5.10:0.88 motor power factor 5.11:4POLE motor series 5.18:8 PWM switching frequency selection 8.10:0FF Terminal 31 inversion 8.11:OFF Terminal No. 24 is reversed 8.12: OFF No. 25 terminal is reversed 8.13: OFF No. 26 terminal is reversed 8.14: OFF No. 27 terminal is reversed 8.15: OFF No. 28 terminal is reversed 8.16: OFF No. 19 terminal is reversed 8.17: 0N 41, Terminal No. 42 is reversed 8.18: ON terminal No. 22 is reversed 8.21:10.02 No. 24 terminal function selection Inverter operation 8.22: 18.38 Terminal 25 function selection multi-speed 3
8.23:18.37 Terminal No. 26 selects multi-speed 2
8.24:19.44 Terminal No. 27 function selects forward (cannot be changed)
8.25:18.44 Terminal No. 28 function selection reverse (cannot be changed)
8.26:18.36 Terminal 29 function selects multi-speed 1
8.27:10.01 Terminal selection of 41,42 terminal Inverter normal/fault output 8. 28: 0.00 Terminal 22 function 24V voltage output 8. 29: ON Inverter terminal function selection (OFF: OV input is valid ON: 24V input is valid)
8. 31: ON terminal No. 24 input (output) function selection (OFF: input ON: output)
8. 32: OFF No. 25 terminal input (out) function selection (OFF: input ON: output)
8. 33: OFF No. 26 terminal input (out) function selection (OFF: input ON: output)
16.17: OFF “The option card used to “divide the pulse to the motherboard” on the field needs to be set to OFF, otherwise the SL2.ER fault is reported”
16.24: 3.29
16.25: 0.1024 (encoder crossover output value "small use can be set when the field interference is large") If the data is not set, the motherboard has no pulse input and exit 16.26: 1.6384
18.11: V1 50mm/s overhaul half speed (equivalent to 0.15)
18.12: V2 (equivalent to 0.16)
18.13: V3 30mm/s crawling speed (equivalent to 0.17)
18.14: V4 150mm/s service speed (equivalent to 0.18)
18.15: V5 480mm/s single layer speed (equivalent to 0.19)
18.16: V6 550mm/s double layer speed (equivalent to 0.20)
18.17: V7 550mm/s multi-layer speed (equivalent to 0.21)
18.18: Start optimization speed 10mm/s (improve starting comfort)
18.23: Magnetic Field Establishes Threshold 500
18.25: Running Proportional Gain 700 (High Speed ​​P)
18.26: Running integral gain 300 (high speed I)
18.27: Starting proportional gain 1300 (low speed P)
18.28: Start integral gain 500 (low speed I)
18.29: Motor rated speed 1850rpm (equivalent to 0.13)
18.30: Elevator rated speed 1000mm/s (equivalent to 0.14)
18.42: Multi-speed reference setting type OFF (0) Binary 18.45: Forward and reverse directions are reversed OFF (0)
18.48: Switching gain selection ON (1) When set to 1, the segmentation is valid, 18.25-18.28 is active 18.49: Inertia compensation ON (1)
19.11: Gain conversion time 2000ms
19.13: Parking deceleration slope 200mm/s2 (equivalent to 0.22)
19.14: Start S curve 200mm/s3 (equivalent to 0.23)
19.15: Run S curve 700mm/s3 (equivalent to 0.24)
19.16: Parking S curve 700mm/s3 (equivalent to 0.25)
19.17: Start optimized jerk 10mm/s3 (acceleration from zero speed to start optimized speed)
19.25: Brake open delay 500 (time the brake is turned on to the speed command)
19.26: Running direction setting ON (1) Dual direction input 19.27: Denominator of reduction ratio 1
19.28: Start optimization time 1000ms
19.29: Traction wheel diameter 900mm (according to the actual size of the on-site wheel)
19.30: Reduction ratio molecule 43
19.34: Current loop filter time constant OFF(0) ON(1): 4.12 parameter valid

19.44: Clockwise (reverse) OFF (0)
20.01: Software version 107
20.02: Software Run Flag 26027
20.10: Wire rope winding method 1 1=1/1

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