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Commissioning

DYNEO

®

Synchronous motors with permanent magnets-drive

6

4474 en - 2011.04 / e

LEROY-SOMER

2 - COMMISSIONING OF LSRPM MAGNETS MOTOR WITH FEEDBACK VIA HALL 

EFFECT SENSOR, CONTROLLED BY A UNIDRIVE SP DRIVE

• The order of the motor phases is respected.

• The wiring from the sensor to UT02 conforms to section L11 of manual 3616.

• The drive is disabled (terminal 31 not supplied).

• The run command has not been enabled.

(*) Connect to terminals 8 and 11 of the drive

terminal block

Drive off, check that …

• 

0.00

 : Enter 1253  in European configuration.

• 

0.48

 : Select SerVO mode then press the Reset key     .

(If a drive trip “Enc x” occurs, continue with the procedure).

Select the control mode

• The drive status is “Inh” or “Enc x” depending on how the speed feedback is configured

• If the drive trips, apart from “Enc x”, refer to section K of the Unidrive SP manual 3616.

Switch on the drive

• 

0.44

 : Motor rated voltage.

• 

0.46

 : Motor rated current.

• 

5.08

 : Motor rated speed.

Enter the motor parameters indicated on the motor nameplate

• 

0.02

 : Max. speed < 140%

 

of the motor rated speed

 

5.08

.

• 

0.06

 : Symmetrical current limiting = 150%.

• 

0.41

 : The SWITCHING FREQUENCY value must be set

             according to the following table:

• 

0.42

 : Number of poles (calculation: p = 120f / n).

• 

0.45

 : Motor thermal constant = 89.

• 

5.22

 : Enable high speed = ON.

Enter the other motor parameters

• 

0.03

 : Acceleration rate = 3.

• 

0.04 

: Deceleration rate = 5.

• 

6.01

 : Type of stop = rp.

• 

6.08

 : Standstill torque = 0.

Preset the control parameters

• 

3.34

 : Drive encoder lines per revolution = 0.

• 

3.36

 : Supply voltage = 15V.

• 

3.38 

: Type = AB servo.

• 

3.39

 : Impedance matching = 0.

• Clear the “Enc x” trip with a reset if necessary.

Enter the characteristics of the Hall effect sensor

LSRPM

1 2 3 4 5 6

7

8 9 10 11

1

2

3

4

5

6

7

8

9

10

11

15V

OUT 0V A/U

0V

2

1

3 4 5

A

U

W\

V

U\

W

V\

0V

+15V

Shielding

Motor thermal

sensor (*)

11-pin terminal block on Hall

effect sensor end

UT02 terminal

block

U

x

V

x

W

x

0V

+15V

3

x

4

x

5

x

2

1

• The connections have been made as indicated below, depending on which motor is used.

UT02

x

x

5.08

 (Motor rated speed)

0.41 

(Switching frequency)

N.rated 

1800 rpm

1800 rpm < N.rated 

≤ 

3600 rpm  

3600 rpm < N.rated     

3 kHz
4 kHz
6 kHz

•  

5.35

 : Disabling of the automatic switching frequency adjustment = On (1).

 

•  Before setting the maximum speed,

            check that the motor and the machine

can withstand it.

            • Respect 

the supply voltage “Inverter

supply” indicated on the motor nameplate.

Summary of Contents for DYNEO

Page 1: ...DYNEO Synchronous motors with permanent magnets drive Commissioning 4474 en 2011 04 e...

Page 2: ...machines or installations In such cases it is essential that the user takes appropriate precautions against the motor restarting after an unscheduled stop The variable speed drive is designed to be ab...

Page 3: ...LSRPM MAGNETS MOTOR WITH FEEDBACK VIA HALL EFFECT SENSOR CONTROLLED BY A UNIDRIVE SP DRIVE 6 3 COMMISSIONING OF LSRPM MAGNETS MOTOR WITH FEEDBACK VIA ENCODER WITH COMMUTATION CHANNELS CONTROLLED BY A...

Page 4: ...on each pair U U V V The thermal sensor is connected in the motor terminal box 1 Use shielded cable on each pair U U V V 15 14 13 16 9 3 2 1 4 5 6 7 8 17 12 11 10 _ _ MD ENCODER 3 15V MD Encoder 5V T1...

Page 5: ...r rated voltage 00 10 Motor rated frequency Enter the motor parameters indicated on the motor nameplate 00 14 Type HALL EFFECT or incremental UVW depending of the sensor used 00 15 Drive encoder lines...

Page 6: ...t limiting 150 0 41 The SWITCHING FREQUENCY value must be set according to the following table 0 42 Number of poles calculation p 120f n 0 45 Motor thermal constant 89 5 22 Enable high speed ON Enter...

Page 7: ...ual ref 3655 Setting the control parameters for the motor brake managed by the drive Possible to uncouple the motor YES NO Using the information on the motor nameplate set the following parameters 3 2...

Page 8: ...and 11 of the drive control terminal block To modify sensor control see parameter 7 15 0 21 2 Connect the shielding 360 round the connector 3 Connect the shielding 360 round the shielding connection...

Page 9: ...lete the motor stops automatically The procedure can be interrupted at any time by sending a stop command pressing the stop button on the keypad or opening the disable circuit Regardless of the requir...

Page 10: ...erminal block ADI3 0V terminals and set 00 28 CTP 1 Enter the main parameters 00 06 MOTOR RATED CURRENT A 00 07 MOTOR RATED SPEED rpm 00 08 MOTOR RATED VOLTAGE V 00 10 MOTOR RATED FREQUENCY Hz 05 24 E...

Page 11: ...04 e LEROY SOMER 5 CONNECTIONS 5 1 Motors U1 L1 V1 L2 W1 L3 5 2 Hall effect sensor Frame size 160 Frame size 160 1 U 2 W 3 V 4 U 5 W 6 V 7 0V white 8 15V brown 9 shielding 10 11 PTC green yellow grey...

Page 12: ...3 14 15 16 17 Pins 1 to 3 are not connected The cable general shielding is connected to the connector casing 5 4 Forced ventilation Black W V CP2 C P 1 Z U Blue Brown Motor type Capacitors CP1 CP2 LS...

Page 13: ...474 en 2011 04 e LEROY SOMER 5 5 Brake Power supply Coil 400 VAC 230 VAC 180 VDC 180 VDC Wiring 2 1 Coil Power supply S O8 _ A 15 2 1 depending on power supply and coil depending on power supply and c...

Page 14: ...Commissioning DYNEO Synchronous motors with permanent magnets drive 14 4474 en 2011 04 e LEROY SOMER...

Page 15: ...15 Commissioning DYNEO Synchronous motors with permanent magnets drive 4474 en 2011 04 e LEROY SOMER...

Page 16: ...MOTEURS LEROY SOMER 16015 ANGOUL ME CEDEX FRANCE 338 567 258 RCS ANGOUL ME S A au capital de 62 779 000 www leroy somer com...

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