Parameter list

No.

Index dec.

Subindex dec.

Name

MOVITOOLS®
MotionStudio (range/factory setting)

MOVILINK®
scaling

0__

Display values

00_

Process values

000

8318

0

Speed (signed)

[min-1]

1 digit = 0.001 min–1

002

8319

0

Frequency (signed)

[Hz]

1 digit = 0.001 Hz

004

8321

0

Output current (absolute value)

[%IN]

1 digit = 0.001% IN

005

8322

0

Active current (signed)

[%IN]

1 digit = 0.001% IN

006

8323

0

Motor utilization

[%]

1 digit = 0.001%

008

8325

0

DC link voltage

[V]

1 digit = 0.001 V

009

8326

0

Output current

[A]

1 digit = 0.001 A

01_

Status displays

010

8310

0

Inverter status

[Text]

011

8310

0

Operating state

[Text]

012

8310

0

Fault status

[Text]

013

10095

1

Startup mode

[Text]

014

8327

0

Heat sink temperature

[°C]

1 digit = 1 °C

015

8328

0

Power-applied hours

[h]

1 digit= 1 min

016

8329

0

Drive running hours

[h]

1 digit= 1 min

017

10087

135

DIP switch setting S1, S2

[Bit field]

018

10096

27

Switch position of switch f2

0,1,2, – 10

019

10096

29

Switch position of switch t1

0,1,2, – 10

02_

Analog setpoints

020

10096

28

Setting of setpoint potentiometer f1

0 – 10

1 digit = 0.001

03_

Binary inputs

031

8334 bit 1

0

Setting binary input X6:11,12

[Bit field]

8335

0

Assignment of binary input X6:11,12

Clockwise/stop

(Factory setting)

032

8334 bit 2

0

Setting binary input X6:9,10

[Bit field]

8336

0

Assignment of binary input X6:9,10

Counterclockwise/stop

(Factory setting)

033

8334 bit 3

0

Setting binary input X6:7,8

[Bit field]

8337

0

Assignment of binary input X6:7,8

Setpoint changeover

(Factory setting)

05_

Binary outputs

050

8349 bit 0

0

Setting signal relay K1

[Bit field]

8350

0

Assignment of signal relay K1

Readiness for operation (factory setting)

051

8349 bit 1

0

Setting output X10

[Bit field]

8351

0

Assignment of output X10

Brake on

07_

Device data

070

8301

0

Device type

[Text]

071

8361

0

Nominal output current

[A]

1 digit = 0.001 A

072

10461

3

Drive ID module slot option

[Text]

072

10461

1

DIM data set option

[Text]

072

10461

2

DIM data set version option

[Text]

076

8300

0

Basic device firmware

[Part number and version]

100

10096

33

Control setpoint source

(Display value)

102

10096

30

Deactivation of mechanical control elements

(Display value)

700

8574

0

Operating mode

[Text]

08_

Fault memory

080

Error t-0

Background information for errors that occurred at t-0

8366

0

Error code

Error code

9304

0

Sub error code

8883

0

Internal error

8371

0

Status of binary inputs

[Bit field bit 0, bit 1, bit 2]

8381

0

Status of binary outputs K1, X10

[Bit field bit 0, bit 1]

8391

0

Inverter status

[Text]

8396

0

Heat sink temperature

[°C]

1 digit = 1 °C

8401

0

Speed

[min-1]

1 digit = 0.001 min–1

8406

0

Output current

[% IN]

1 digit = 0.001% IN

8411

0

Active current

[% IN]

1 digit = 0.001% IN

8416

0

Device utilization

[% IN]

1 digit = 0.001% IN

8421

0

DC link voltage

[V]

1 digit = 0.001 V

8426

0

Power-applied hours

[h]

1 digit = 1 min.

8431

0

Drive running hours

[h]

1 digit = 1 min.

081

Error t-1

Background information for errors that occurred at t-1

8367

0

Error code

Error code

9305

0

Sub error code

8884

0

Internal error

8372

0

Status of binary inputs

[Bit field bit 0, bit 1, bit 2]

8382

0

Status of binary outputs K1, X10

[Bit field bit 0, bit 1]

8392

0

Inverter status

[Text]

8397

0

Heat sink temperature

[°C]

1 digit = 1 °C

8402

0

Speed

[min-1]

1 digit = 0.001 min–1

8407

0

Output current

[%IN]

1 digit = 0.001% IN

8412

0

Active current

[%IN]

1 digit = 0.001% IN

8417

0

Device utilization

[%]

1 digit = 0.001% IN

8422

0

DC link voltage

[V]

1 digit = 0.001 V

8427

0

Power-applied hours

[h]

1 digit = 1 min.

8432

0

Drive running hours

[h]

1 digit = 1 min.

082

Error t-2

Background information for errors that occurred at t-2

8368

0

Error code

Error code

9306

0

Sub error code

8885

0

Internal error

8373

0

Status of binary inputs

[Bit field bit 0, bit 1, bit 2]

8383

0

Status of binary outputs K1, X10

[Bit field bit 0, bit 1]

8393

0

Inverter status

[Text]

8398

0

Heat sink temperature

[°C]

1 digit = 1 °C

8403

0

Speed

[min-1]

1 digit = 0.001 min–1

8408

0

Output current

[%IN]

1 digit = 0.001% IN

8413

0

Active current

[%IN]

1 digit = 0.001% IN

8418

0

Device utilization

[%]

1 digit = 0.001% IN

8423

0

DC link voltage

[V]

1 digit = 0.001 V

8428

0

Power-applied hours

[h]

1 digit = 1 min.

8433

0

Drive running hours

[h]

1 digit = 1 min.

083

Error t-3

Background information for errors that occurred at t-3

8369

0

Error code

Error code

9307

0

Sub error code

8886

0

Internal error

8374

0

Status of binary inputs

[Bit field bit 0, bit 1, bit 2]

8384

0

Status of binary outputs K1, X10

[Bit field bit 0, bit 1]

8394

0

Inverter status

[Text]

8399

0

Heat sink temperature

[°C]

1 digit = 1 °C

8404

0

Speed

[min-1]

1 digit = 0.001 min–1

8409

0

Output current

[%IN]

1 digit = 0.001% IN

8414

0

Active current

[%IN]

1 digit = 0.001% IN

8419

0

Device utilization

[%]

1 digit = 0.001% IN

8424

0

DC link voltage

[V]

1 digit = 0.001 V

8429

0

Power-applied hours

[h]

1 digit = 1 min.

8434

0

Drive running hours

[h]

1 digit = 1 min.

084

Error t-4

Background information for errors that occurred at t-4

8370

0

Error code

Error code

9308

0

Sub error code

8887

0

Internal error

8375

0

Status of binary inputs

[Bit field bit 0, bit 1, bit 2]

8385

0

Status of binary outputs K1, X10

[Bit field bit 0, bit 1]

8395

0

Inverter status

8400

0

Heat sink temperature

[°C]

1 digit = 1 °C

8405

0

Speed

[min-1]

1 digit = 0.001 min–1

8410

0

Output current

[%IN]

1 digit = 0.001% IN

8415

0

Active current

[%IN]

1 digit = 0.001% IN

8420

0

Device utilization

[%]

1 digit = 0.001% IN

8425

0

DC link voltage

[V]

1 digit = 0.001 V

8430

0

Power-applied hours

[h]

1 digit = 1 min.

8435

0

Drive running hours

[h]

1 digit = 1 min.

09_

Bus diagnostics

094

8455

0

PO 1 setpoint

[hex]

095

8456

0

PO 2 setpoint

[hex]

096

8457

0

PO 3 setpoint

[hex]

097

8458

0

PI 1 actual value

[hex]

098

8459

0

PI 2 actual value

[hex]

099

8460

0

PI 3 actual value

[hex]

1__

Setpoints/ramp generators

10_

Setpoint preselection

100

10096

33

Control setpoint source

0: Binary

1: RS485

(DIP switches S1/1 – S1/4)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

102

10096

30

Deactivation of mechanical control elements

[Bit field]

Default: 0000 0000 0000 0000

13_

Speed ramps

130

8807

0

Ramp t11 up

0.1 – 1 – 2000 [s]

(Switch t1)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

1 digit = 0.001 s

131

8808

0

Ramp t11 down

0.1 – 1 – 2000 [s]

(Switch t1)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

1 digit = 0.001 s

134

8474

0

Ramp t12 up = down

0.1 – 10 – 2000 [s]

1 digit = 0.001 s

135

8475

0

S pattern t12

0: OFF

1: Grade 1

2: Grade 2

3: Grade 3

136

8476

0

Stop ramp t13

0.1 – 0.2 – 2000 [s]

1 digit = 0.001 s

16_

Setpoints

160

10096

35

Setpoint n_f1

0 – 1500 – 3600 [min-1]

1 digit = 0.001 min–1

161

10096

36

Setpoint n_f2

0 – 150 – 3600 [min-1]

1 digit = 0.001 min–1

17_

Fixed setpoints

170

8489

0

Fixed setpoint n0

-3600 – 150 – 3600 [min-1]

1 digit = 0.001 min–1

171

8490

0

Fixed setpoint n1

-3600 – 750 – 3600 [min-1]

1 digit = 0.001 min–1

172

8491

0

Fixed setpoint n2

-3600 – 1500 – 3600 [min-1]

1 digit = 0.001 min–1

173

10096

31

Fixed setpoint n3

-3600 – 2500 – 3600 [min-1]

1 digit = 0.001 min–1

3__

Motor parameters

30_

Restrictions

300

8515

0

Start/stop speed

0 – 15 – 150 [min-1]

1 digit = 0.001 min–1

301

8516

0

Minimum speed

0 – 60 – 3600 [min-1]

1 digit = 0.001 min–1

302

8517

0

Maximum speed

0 – 3000 – 3600 [min-1]

1 digit = 0.001 min–1

303

8518

0

Current limit

0 – 160 [% IN]

1 digit = 0.001% IN

32_

Motor adjustment

320

8523

0

Automatic adjustment

0: OFF

1: ON

321

8524

0

Boost

0 – 100 [%]

1 digit = 0.001%

322

8525

0

IxR adjustment

0 – 100 [%]

1 digit = 0.001%

323

8526

0

Premagnetization

0 – 2 [s]

1 digit = 0.001 s

324

8527

0

Slip compensation

0 – 500 [min-1]

1 digit = 0.001 min–1

325

8834

0

No-load vibration damping

0: OFF

1: ON (DIP switch S1/8)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

34_

Motor protection

340

8533

0

Motor protection

0: OFF

1: ON (DIP switch S1/5)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

341

8534

0

Type of cooling

0: Self-ventilation

1: Forced air cooling

347

10096

32

Motor cable length

0 – 15 [m]

1 digit = 1 m

348

9706

10

Output phase failure check

0: OFF

1: ON

5__

Control functions

50_

Speed monitoring

500

8557

0

Speed monitoring

0: OFF

3: Motor/generator mode

(DIP switch S2/4)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

501

8558

0

Delay time

0.1 – 1 – 10 [s]

1 digit = 0.001 s

52_

Power off check

522

8927

0

Line phase failure monitoring

Deactivating the line phase failure monitoring in unfavorable operating conditions can damage the unit.

0: OFF

1: ON

523

10096

26

Power off check

0: Operation on the three-phase supply system

1: Operation with MOVITRANS®

590

10537

1

Localization

0: OFF

1: ON

6__

Terminal assignment

60_

Binary inputs

600

10096

34

Terminal configuration

0: Setpoint changeover, CCW/stop - CW/stop

1: Fixed setpoint 2 – Fixed setpoint 1 – Enable/stop

2: Setpoint changeover – /ext. error – enable/stop

5: Prioritized fixed setpoint control

62_

Binary outputs

620

8350

0

Signal output K1

0: No function

2: Ready

3: Output stage on

4: Rotating field on

5: Brake on

6: Brake off

7__

Control functions

70_

Operating modes

700

8574

0

Operating mode

0: VFC

2: VFC hoist

3: VFC DC braking

21: V/f characteristic curve

22: V/f + DC braking

(DIP switch S2/3)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

71_

Standstill current

710

8576

0

Standstill current

0 – 50% IMot

1 digit = 0.001% IMot

72_

Stop by setpoint function

720

8578

0

Stop by setpoint function

0: OFF

1: ON

721

8579

0

Stop setpoint

0 – 30 – 500 [min-1]

1 digit = 0.001 min–1

722

8580

0

Start offset

0 – 30 – 500 [min-1]

1 digit = 0.001 min–1

73_

Brake function

731

8749

0

Brake release time

0 – 2 [s]

1 digit = 0.001 s

732

8585

0

Brake application time

0 – 0.2 – 2 [s]

1 digit = 0.001 s

738

8893

0

Activate brake release without drive enable

0: OFF

1: ON

(DIP switch S2/2)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

–

10501

1

Brake chopper

0: OFF

1: ON

2: Raised level (920 V ON, 870 V OFF)

77_

Energy-saving function

770

8925

0

Energy-saving function

0: OFF

1: ON

8__

Device functions

80_

Setup

802

8594

0

Factory setting

0: No factory setting

2: Delivery state

803

8595

0

Parameter lock

0: OFF

1: ON

805

10095

1

Startup mode

0: Easy

1: Expert

81_

Serial communication

810

8597

0

RS485 address

0 – 31

(DIP switches S1/1 S1/4)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

811

8598

0

RS485 group address

100 – 131

(DIP switches S1/1 – S1/4)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

812

8599

0

RS485 timeout time

0 – 1 – 650 [s]

1 digit = 0.001 s

83_

Error responses

830

8609

0

External fault

0: No response

1: Display errors

2: Immediate stop/error

4: Rapid stop/error

5: Immediate stop/warning

7: Rapid stop/warning

11: Normal stop/warning

12: Normal stop/error

832

8611

0

Motor overload error

0: No response

1: Display errors

2: Immediate stop/error

4: Rapid stop/error

12: Normal stop/error

84_

Reset behavior

840

8617

0

Manual reset

0: No

1: Yes

86_

Modulation

860

8620

0

PWM frequency

0: 4 kHz

1: 8 kHz

3: 16 kHz (DIP switch S1/7)When deactivating the control element (e.g. switch) using parameter P102, the initialization value of the parameter is the same as the most recent value set.

87_

Process data assignment

870

8304

0

Setpoint description PO 1

Control word (only display)

871

8305

0

Setpoint description PO 2

1: Setpoint speed

11: Setpoint speed [%]

872

8306

0

Setpoint description PO 3

Ramp (only display)

873

8307

0

Actual value description PI 1

Status word 1 = (display only)

874

8308

0

Actual value description PI 2

1: Actual speed

2: Output current

3: Active current

8: Actual speed [%]

875

8309

0

Actual value description PI 3

Status word 2 = (display only)

876

8622

0

Enable PO data

0: YES

1: NO