P02.00

Motor

 type

 1

0: Asynchronous   motor

1: Synchronous motor

Note: Switch the current motor by the switching   channel of P08.31.

0

◎

P02.01

Rated 

power 

of 

asynch-

ronous 

motor 

1

0.1–

3000.0kW

Set the parameters   of the controlled AM.

In order to ensure   control performance, set the value of P02.01–P02.05 based on the nameplate   parameters.

Goodrive35 series VFD   provides parameter autotuning function. The accurate parameter autotuning   requires proper parameter setup.

In order to ensure   control performance, configure the motor based on the motor which matches   with the VFD. If the gap between motor power and the matched motor is too   large, the control performance of the VFD will be deteriorated greatly.

Note: P02.02–P02.10   can be initialized by resetting rated motor power P02.01.

Depend on model

◎

P02.02

Rated 

freque-

ncy of 

asynch-

ronous

 motor 

1

0.01Hz–

P00.03  

 (Max. output frequency)

50.00

Hz

◎

P02.03

Rated

 speed

 of 

asynch-

ronous

 motor

 1

1–

36000rpm

Depend on model

◎

P02.04

Rated 

voltage

 of 

asynch-

ronous

 motor

 1

0–

1200V

Depend on model

◎

P02.05

Rated 

current 

of 

asynch-

ronous

 motor

 1

0.8–

6000.0A

Depend on model

◎

P02.06

Stator

 resistor

 of 

asynch-

ronous

 motor

 1

0.001–

5.535Ω

After motor   parameter autotuning finishes, the setting value of P02.06–

P02.10 will be   updated automatically. These parameters are the basic parameters for   high-performance vector control, which will impact the control performance   directly.

Note: Users   cannot change this group of parameters at will.

Depend on model

○

P02.07

Rotor

 resistor

 of 

asynch-

ronous

 motor

 1

0.001–

65.535Ω

Depend on model

○

P02.08

Leakage

 induct-

ance 

of 

asynch-

ronous

 motor

 1

0.1–

6553.5 mH

Depend on model

○

P02.09

Mutual 

induct-

ance

 of 

asynch-

ronous

 motor

 1

0.1–6553.5   mH

Depend on model

○

P02.10

Non-

load 

current

 of 

asynch-

ronous

 motor

 1

0.1–

6553.5A

Depend on model

○

P02.11

Magn-

etic 

satura-

tion 

coeffi-

cient 1

 for the

 iron 

core 

of AM1

0.0–

100.0%

80.0%

◎

P02.12

Magn

-etic 

satura-

tion 

coeffi-

cient

 2 for 

the 

iron

 core 

of AM1

0.0–

100.0%

68.0%

◎

P02.13

Magn-

etic 

satura-

tion 

coeffi-

cient 3

 for 

the 

iron 

core 

of AM1

0.0–

100.0%

57.0%

◎

P02.14

Magn-

etic 

satura-

tion 

coeffi-

cient 4

 for 

the 

iron 

core 

of AM1

0.0–

100.0%

40.0%

◎

P02.15

Rated 

power

 of 

synch-

ronous

 motor

 1

0.1–

3000.0kW

Set the parameters   of the controlled synchronous motor (SM).

To ensure the   control performance, se the values of P02.15 to P02.19 properly according to   the parameters on the name plate of the SM.

Goodrive300 VFDs   provide the parameter autotuning function. Correct parameter autotuning   depends on the correct setting of the name plate parameters of the motor.

To ensure the   control performance, configure the standard matched motor for the VFD. If the   power of the motor configured is greatly different from that of the standard   matched one, the control performance of the VFD degrades significantly.

Note:   P02.16   to P02.19 may be initialized by resetting the rated power of the motor   (P02.15).

Depend on model

◎

P02.16

Rated 

frequ-

ency 

of 

synch-

ronous

 motor

 1

0.01Hz–

P00.03

 (Max. 

frequency)

50.00

Hz

◎

P02.17

Number

 of poles

 pairs 

for 

synch-

ronous 

motor

 1

1–50

2

◎

P02.18

Rated 

voltage

 of 

synch-

ronous

 motor

 1

0–

1200V

Depend on model

◎

P02.19

Rated 

current

 of 

synch-

ronous

 motor 

1

0.8–

6000.0A

Depend on model

◎

P02.20

Stator 

resistor

 of 

synch-

ronous

 motor 

1

0.001–

65.535Ω

After the motor   parameter autotuning is properly complete, the values of P02.20 to P02.22 are   updated automatically. These parameters are the benchmark parameters of   high-performance vector control, directly affecting the control performance.

When P00.15=1   (rotating autotuning), the set value of P02.23 may be automatically updated   by autotuning, In this case, there is no need to change the value of P02.23.   When P00.15=2 (static autotuning), the set value of P02.23 cannot be updated   by autotuning. In this case, calculate and manually change the value of   P02.23.

Depend on model

○

P02.21

Direct 

axis 

induct-

ance 

of 

synch-

ronous 

motor

 1

0.01–

655.35mH

Depend on model

○

P02.22

Quad-

rature

 axis 

induct

-ance

 of 

synch-

ronous

 motor 1

0.01–

655.35mH

Depend on model

○

P02.23

Back

 EMF 

constant

 of 

synch-

ronous 

motor

 1

When P00.15=2, the set value of P02.23 cannot be updated by autotuning,   please count according to the following method.

The   counter-electromotive force constant can be counted according to the   parameters on the name plate of the motor. There are three ways to count:

1. If the name plate   designate the counter-electromotive force constant Ke, then:

E=(Ke×nN×2π)/   60

2. If the name plate   designate the counter-electromotive force constant E’(V/1000r/min), then:

E=E’×nN/1000

3. If the name plate   does not designate the above parameters, then:

E=P/√3×I

In the above   formulas: nN is the rated rotation speed, P is the rated power and   I is the rated current.

Setting range:   0–10000

300

○

P02.24

Initial

 pole

 position

 of 

synch-

ronous

 motor

 1 

(reserved)

0x0000–

0xFFFF

0

●

P02.25

Identifi-

cation

 current

 of 

synch-

ronous 

motor 

1 

(reserved)

0%–50%

 (rated current of the motor)

10%

●

P02.26

Motor 

1 

over-

load 

prote-

ction

0: No protection

1: Common motor   (with low speed compensation). Because the heat-releasing effect of the   common motors will be weakened, the corresponding electric heat protection   will be adjusted properly. The low speed compensation characteristic   mentioned here means reducing the threshold of the overload protection of the   motor whose running frequency is below 30Hz.

2: Variable   frequency motor (without low speed compensation) Because the heat-releasing   effect of the specific motors won’t be impacted by the rotation speed, it is   not necessary to adjust the protection value during low-speed running.

2

◎

P02.27

Motor 

1 

over-

load 

prote-

ction

coeffi-

cient

Times of motor   overload M = Iout/(In×K)

In is the rated   current of the motor, Iout is the output current of the VFD and K is the   motor protection coefficient.

The smaller K is,   the greater M is, and the more likely protection is implemented.

When M=116%,   protection is performed after motor overload lasts for 1 hour; when M=150%,   protection is performed after motor overload lasts for 12 minutes; when   M=180%, protection is performed after motor overload lasts for 5 minutes;   when M=200%, protection is performed after motor overload lasts for 60   seconds; and when M≥   400%, protection is performed immediately.

Setting   range: 

20.0%–120.0%

100.0%

○

P02.28

Corre-

ction

 coeffi

cient 

of 

motor

 1 

power

Correct the power   displaying of motor 1.

Only impact the displaying   value other than the control performance of the VFD.

Setting range: 

0.00–3.00

1.00

●

P02.29

Para-

meter display of motor 1

0: Display according   to the motor type

1: Display all

0

●