background image

GB-26

Parameter Lists

5.2 dr-Parameter

The dr-parameter group contains the motor parameters. Depending
on the selected motor (see LF.04), the dr-parameters are differently
assigned.

‘1

LF.06 = 1 high-resolution on

‘2

After the input of dr.12 the dr-parameters dr.13-19 are recalculated from the motor data.
The dr-parameter dr.20 and 21 are reset again to the default value.

LF.04 = 0:ASM

LF.04 = 1:SSM

‘1

LF.06 = 1 high-resolution on

Gr. No. Name

Address P   E  R Resol. Lower Limit  Upper Limit Default Value

Unit

dr 00 Rated motor power

2400

0,01

0,00

160,00

4

kW

dr 01 Rated motor speed

2401

E

1

100

15000

1440

rpm

0,1  '1

10  '1

1500  '1

dr 02 Rated motor current

2402

E

0,1

0,1

1,1*IN.01

8

A

dr 03 Rated motor frequency

2403

E

1

20

800

50

Hz

0,1  '1

2

80

dr 04 Rated motor power factor cos phi

2404

E

0,01

0,05

1

0,86

- - -

dr 09 Rated motor torque

2409

R

0,1

- - -

- - -

- - -

Nm

1  '1

dr 10 Max. motor torque

240A

R

0,1

- - -

- - -

- - -

Nm

1  '1

dr 12 Rated motor voltage

240C

E

1

100

500

400

V

dr 13 Corner speed for max. torque

240D

E

0,5

200

6000

dr.12

rpm

0,1  '1

25  '1

750 '1

'2

dr 16 Max. torque at dr.19

2410

E

0,1

0

dr.10

dr.12

Nm

1  '1

'2

dr 19 Corner speed field weakening

2413

E

0,5

200

6000

dr.12

rpm

0,1 '1

25 '1

750 '1

'2

dr 20 Gain factor field wakening

2414

E

0,01

0,10

2,00

1,20

- - -

'2

dr 21 Flux adaptation

2415

E

1

25

250

100 '2

%

Gr. No. Name

Address P   E  R Resol. Lower Limit Upper Limit Default Value

Unit

dr 00 Rated motor power

2400

0,01

0,00

160,00

3,53

kW

dr 01 Rated motor speed

2401

E

1

100

15000

1500

rpm

0,1  '1

10  '1

1500  '1

dr 02 Rated motor current

2402

E

0,1

0,1

1,1*IN.01

7.5

A

dr 03 Rated motor frequency

2403

E

1

20

800

75

Hz

0,1  '1

2

80

dr 07 Static continuous current

2407

E

0,1

0,1

1,1*IN.01

1,1*

A

dr.02

dr 09 Rated motor torque

2409

E

0,1

0,1

1000,0

7,5

Nm

1  '1

1  '1

10000  '1

dr 10 Max. motor torque

240A

E

0,1

0,1

Inv.

Inv.

Nm

1  '1

1  '1

dependent

depentent

dr 17 EMK voltage constant

2411

E

1

0

8000

0

V * rpm

1000

dr 41 Winding resistance Ru-v

240D

E

0,1

0,1

100,0

2,6

Ohm

dr 42 Winding inductance Lu-v

2410

E

0,1

0,1

100,0

29,7

mH

Summary of Contents for COMBIVERT F4-F

Page 1: ...3 2003 00 F4 L1B K300 KEB COMBIVERT F4 F Lift Aufzugstechnik Version 3 0 Lift Servo Lift Technology K U R Z A N L E I T U N G QUICK REFERENCE...

Page 2: ...Kenntnis und Beachtung der Sicherheits und Warnhinweise Lesen Sie des halb unbedingt die Technische Dokumentation Teil 1 This manual is valid for frequency inverter KEB COMBIVERT F4 F Lift Version 3...

Page 3: ...ncoder 9 2 3 3 Connection Resolver 9 2 3 4 Connection Hiperface Encoder 10 2 3 5 Connection UVW Encoder 10 2 4 Connection X5 Incremental Encoder Emulation 10 3 Start Up Instructions 11 3 1 Commissioni...

Page 4: ...ts terminal X2 23 then UX2 10 UX2 23 12 10 V reference voltage 10V 3 max 6 mA 13 Ground for analog inputs outputs 14 Differential voltage input 10V 10V Analog setpoint input resolution 12 Bit Ri 40 kO...

Page 5: ...lue selection see LF 2 8 Option do not connect 9 24 30 V external voltage input External supply voltage 10 for relay outputs on terminal X3 11 Ground for X3 9 X3 10 12 13 Output signal ready overspeed...

Page 6: ...uts terminal X2 23 then UX2 10 UX2 23 12 10 V reference voltage 10V 3 max 6 mA 13 Ground for analog inputs outputs 14 Differential voltage input 10V 10V Analog setpoint input resolution 12 Bit Ri 40 k...

Page 7: ...ncy warning to the lift control Deceleration control DC monitoring Motor temp warning Speed diviation Warning Main contactor control inverted to the lift control to the lift control to the lift contro...

Page 8: ...r control K11 24V Ground GND Direction of travel forward Direction of travel reverse Control release K12 L I F T C O N T R O L K11 K1 K2 RST Setpoint selection binary coded Setpoint selection binary c...

Page 9: ...sing Shield Encoder 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 PIN No Signal PIN No Signal 1 C 9 B 2 D 10 3 A 11 4 B 12 5 V 5 13 GND 6 C 14 R 7 D 15 R 8 A Housing Shield 2 3 2Connection SIN COS Encoder The...

Page 10: ...correspondingtothesignalsontheincremental encoder input X4 in RS422 specifications Encoder 2 Connection PIN No Signal PIN No Signal 1 9 SIN 2 10 12 V 3 REF_COS 11 4 REF_SIN 12 5 13 GND 6 14 DATA 7 15...

Page 11: ...on sheave in mm if necessary remeasure LF 22 Enter gear reduction if necessary count LF 23 Enter rope suspension 1 for 1 1 2 for 2 1 etc LF 24 Enter nominal load lifting capacity of the cabine in kg L...

Page 12: ...values e g the jerk values becomes harder If the cabine rolls back when releasing the brake increase LF 33 in steps of 500 If the lift at the beginning of the drive runs against the brake increase LF...

Page 13: ...lease inquire at your motor manufacturer whether this has been done If the data is stored in the encoder the entire dr and EC parameters as well as LF 30 LF 36 need not to be entered in the inverter a...

Page 14: ...d If the error E EnC or E OS occurs during the alignment or if the alignment is not automatically completed it must be checked if the motor cables UVW inverter correspond to UVW motor If the position...

Page 15: ...eration jerk in m s3 LF 53 Deceleration in m s3 LF 54 Stopping jerk in m s3 The ramps become steeper by increasing the values e g the jerk value becames harder If the cabine rolls back when releasing...

Page 16: ...Enter diameter of traction sheave in mm if necessary remeasure LF 22 Enter gear reduction 1 LF 23 Enter rope suspension 1 for 1 1 2 for 2 1 etc LF 24 Enter nominal load lifting capacity of the cabine...

Page 17: ...eration in m s3 LF 52 Deceleration jerk in m s3 LF 53 Deceleration in m s3 LF 54 Stopping jerk in m s3 The ramps becomes steeper by increasing the values e g the jerk values becomes harder If the cabi...

Page 18: ...r 2 1 etc LF 24 Enter additional load lifting capacity payload of the cabine in kg LF 31 to LF 33 Enter speed controller data use pracmatical values or inquire about adjustment at KEB LF 40 Enter corr...

Page 19: ...ermanently overloaded it will lead to demagnetization of the permanent magnets and the destruction of the motor With inspection speed check whether the lift moves In case of error message E OL2 adjust...

Page 20: ...alue Table X2 Input State Example Input control release X2 1 and direction forward X2 3 are triggered with 24V Display value 1 4 5 4 OperatingParameter Display Valency Function Output Combivis G D E t...

Page 21: ...elay contact braking control X3 15 X3 16 O8 8 Signal operating freq warning X3 14 O9 16 Signal delay control X3 17 O10 32 Relay contact running open doors X3 18 X3 19 O12 128 Relay contact main contac...

Page 22: ...out contactor control S IO setpoint selection without control release S nC no current flows on the output side check the wiring between motor and inverter run starting procedure is completed Error Sta...

Page 23: ...rward is inactive E Prr Error prohibited rotation reverse error in the software limit switch when the set direction of rotation is reverse the software limit switch for reverse is inactive E hyb Error...

Page 24: ...mum torque 3524 0 1 0 dr 10 2 dr 9 1 1 1 5 dr 9 2 Nm LF 37 Torque increase 3525 0 1 0 0 25 2 10 LF 38 Operating frequency change 3526 1 0 1 1 LF 40 Set value VB correction speed 3528 0 001 0 000 0 300...

Page 25: ...0 0 0 0 cm LF 73 Crawl path optimization speed V2 3549 0 1 0 0 200 0 0 0 cm LF 74 Crawl path optimization crawl speed VE 354A 1 0 300 0 mm LF 75 Ogive function 354B 1 0 off 1 on 0 off LF 76 Ogive stat...

Page 26: ...Rated motor voltage 240C E 1 100 500 400 V dr 13 Corner speed for max torque 240D E 0 5 200 6000 dr 12 rpm 0 1 1 25 1 750 1 2 dr 16 Max torque at dr 19 2410 E 0 1 0 dr 10 dr 12 Nm 1 1 2 dr 19 Corner s...

Page 27: ...on 2812 E 1 0 6 0 An 19 Analog output 2 gain 2813 0 01 20 00 20 00 1 00 An 20 Analog output 2 offset X 2814 0 1 100 0 100 0 0 0 Gr No Name Address P E R Resol Lower Limit Upper Limit Default Value Uni...

Page 28: ...01D R 1 C ru 31 Power on counter 201F R 1 h ru 32 Modulation on counter 2020 R 1 h ru 50 Display of feeback power 2032 R 1 kWh Gr No Name Address P E R Resol Lower Limit Upper Limit Default Value Unit...

Page 29: ......

Page 30: ...4510 LA QUEUE EN BRIE T l 0033 1 49620101 FAX 0033 1 45767495 E mail sfkeb 4 wanadoo fr KEB UK Ltd 6 Chieftain Buisiness Park Morris Close Park Farm Wellingborough GB Northants NN8 6 XF Tel 0044 1933...

Reviews: