background image

   13

293A-3

R8

293

293

160

-

OFAF2H425

170M6812D

-

2×(3×95)

-

3636

363A-3

R9

363

363

200

-

OFAF2H500

170M6814D

-

2×(3×120)

-

4713

430A-3

R9

430

430

250

-

OFAF3H630

170M8554D

-

2×(3×150)

-

5893

U

n

 = 3-phase 480 V, 500 V

02A1-5

R1

2.1

2.1

0.75

1.0

OFAF000H4

170M1561

JJS-15

3×1.5

14

46

03A0-5

R1

3.0

3.0

1.1

1.5

OFAF000H6

170M1561

JJS-15

3×1.5

14

54

03A4-5

R1

3.4

3.4

1.5

2.0

OFAF000H6

170M1561

JJS-15

3×1.5

14

58

04A8-5

R1

4.8

4.8

2.2

3.0

OFAF000H10

170M1561

JJS-15

3×1.5

14

74

05A2-5

R1

5.2

5.2

3.0

3.0

OFAF000H10

170M1561

JJS-15

3×1.5

14

80

07A6-5

R1

7.6

7.6

4.0

5.0

OFAF000H16

170M1561

JJS-15

3×1.5

14

113

11A0-5

R1

11.0

11.0

5.5

7.5

OFAF000H16

170M1561

JJS-20

3×1.5

14

180

014A-5

R2

14

14

7.5

10

OFAF000H25

170M1563

JJS-25

3×6

12

195

021A-5

R2

21

21

11.0

15

OFAF000H32

170M1563

JJS-35

3×6

10

330

027A-5

R3

27

27

15.0

20

OFAF000H40

170M1565

JJS-40

3×10

8

333

034A-5

R3

34

34

18.5

25

OFAF000H50

170M1565

JJS-50

3×10

8

457

040A-5

R4

40

40

22.0

30

OFAF000H63

170M1566

JJS-60

3×16

6

432

052A-5

R4

52

52

30

40

OFAF000H80

170M1567

JJS-80

3×25

4

604

065A-5

R5

65

65

37

50

OFAF000H100

170M1568

JJS-90

3×35

4

725

077A-5

R5

77

77

45

60

OFAF000H100

170M1569

JJS-110

3×35

3

923

096A-5

R6

96

96

55

75

OFAF00H125

170M3816

JJS-150

3×50

1

1164

124A-5

R6

124

124

75

100

OFAF00H160

170M3817

JJS-200

3×95

2/0

1667

156A-5

R7

156

156

90

125

OFAF0H250

170M5808

JJS-225

3×120

3/0

1846

180A-5

R7

180

180

110

150

OFAF1H315

170M5810

JJS-300

3×150

4/0

2278

240A-5

R8

240

240

132

200

OFAF1H355

170M5811

JJS-350 2×(3×70)

2×1/0 or 

350 MCM

2928

260A-5

R8

260

260

160

200

OFAF2H400

170M6812D JJS-400 2×(3×70)

2×2/0

3340

302A-5

R9

302

302

200

250

 

OFAF2H500

170M6814D JJS-400 2x(3x95)

2×3/0

3689

361A-5

R9

361

361

200

300

OFAF3H630

170M6814D JJS-500 2×(3×120)

2×4/0

4800

414A-5

R9

414

414

250

350

OFAF3H630

170M8554D JJS-600 2×(3×150)

2×300 

MCM

5662

U

n

 = 3-phase 575 V

07A4-7

R3

7.0

7.0

-

5.0

-

-

JJS-15

-

14

106

09A9-7

R3

9.4

9.4

-

7.5

-

-

JJS-20

-

14

132

14A3-7

R3

13.6

13.6

-

10

-

-

JJS-30

-

12

191

019A-7

R3

18

18

-

15

-

-

JJS-40

-

10

270

023A-7

R3

22

22

-

20

-

-

JJS-50

-

10

335

027A-7

R3

27

27

-

25

-

-

JJS-50

-

8

419

035A-7

R5

41

41

-

40

-

-

JJS-60

-

6

421

042A-7

R5

52

52

-

50

-

-

JJS-80

-

6

527

049A-7

R5

52

52

-

50

-

-

JJS-80

-

6

651

061A-7

R6

62

62

-

60

-

-

JJS-110

-

4

856

084A-7

R6

77

77

-

75

-

-

JJS-150

-

3

1296

098A-7

R7

99

99

-

100

-

-

JJS-150

-

1

1405

119A-7

R7

125

125

-

125

-

-

JJS-200

-

2/0

1853

142A-7

R8

144

144

-

150

-

-

JJS-250

-

3/0

1968

174A-7

R8

180

180

-

200

-

-

JJS-300

-

4/0

2652

210A-7

R9

242

242

-

250

-

-

JJS-400

-

350 MCM

2903

271A-7

R9

271

271

-

250

-

-

JJS-400

-

500 MCM

4140

U

n

 = 3-phase 690 V

07A4-7

R3

7.4

7.4

5.5

-

OFAA000GG16

170M1559

-

3×1.5

-

106

09A9-7

R3

9.9

9.9

7.5

-

OFAA000GG20 170M1560

-

3×1.5

-

132

14A3-7

R3

14.3

14.3

11

-

OFAA000GG25

170M1562

-

3×2.5

-

191

019A-7

R3

19

19

15

-

OFAA000GG35

170M1563

-

3×4

-

270

023A-7

R3

23

23

18.5

-

OFAA000GG50

170M1564

-

3×6

-

335

027A-7

R3

27

27

22

-

OFAA000GG50

170M1564

-

3×10

-

419

035A-7

R5

35

35

30

-

OFAA000GG63

170M1565

-

3×10

-

421

042A-7

R5

42

42

37

-

OFAA0GG80

170M1566

-

3×16

-

527

049A-7

R5

49

49

45

-

OFAA0GG80

170M1566

-

3×16

-

651

061A-7

R6

61

61

55

-

OFAA0GG100

170M1568

-

3×25

-

856

084A-7

R6

84

84

75

-

OFAA1GG160

170M1569

-

3×35

-

1296

098A-7

R7

98

98

90

-

OFAA1GG160

170M3816

-

3×50

-

1405

119A-7

R7

119

119

110

-

OFAA1GG200

170M3816

-

3×70

-

1853

142A-7

R8

142

142

132

-

OFAA1GG250

170M5810

-

3×95

-

1968

174A-7

R8

174

174

160

-

OFAA2GG315

170M5810

-

3×120

-

2652

210A-7

R9

210

210

200

-

OFAA3GG400

170M6811D

-

3×185

-

2903

271A-7

R9

271

271

250

-

OFAA3GG400

170M6811D

-

3×240

-

4140

ACS880

-01-…

Frame 

size

Nominal ratings

Fuses

3)

Typical power cable

Typical 

power loss 

8)

Input 

current

Output 

current

Motor 

power

1)

gG fuse

4)

(DIN 43620)

aR fuse

2)4)

 

(DIN 43620)

UL class 

T

5)6)7)

Copper

I

1

I

2

P

n

ABB type

Bussmann type

mm

2  9)

AWG 

10)

W

A

A

kW

hp

Summary of Contents for ACS880-01 Series

Page 1: ...After unpacking protect the drive from dust debris and moisture Make sure that these items are included cable conduit box frames R5 R9 of IP21 UL Type 1 drive mounting template control panel quick ins...

Page 2: ...erial The installation surface is as close to vertical as possible and strong enough to support the drive There is sufficient free space around the drive for cooling maintenance and operation For the...

Page 3: ...the measurement again Frame Symmetrically grounded TN S systems center grounded wye Corner grounded delta and midpoint grounded delta systems IT systems ungrounded or high resistance grounded TT syste...

Page 4: ...e c Shield of a VFD shielded cable Ground the shield 360 under drive s grounding clamp then twist with the ground conductors and connect under the drive s ground terminal Ground the shield also 360 a...

Page 5: ...to Terminal data For frames R1 R3 Ground the cable shields 360 degrees in the Romex clamp IP21 Type 1 units For IP55 Type 12 ground the cable shield 360 degrees on grounding shelf as shown in R4 R5 a...

Page 6: ...als as possible to prevent inductive coupling 1 Cut a hole into the rubber grommet and slide the grommet onto the cable 2 Ground the outer shield of the cable 360 degrees under the grounding clamp Kee...

Page 7: ...22 COM 23 NO 31 NC Faulted 1 250 V AC 30 V DC 2 A 32 COM 33 NO XD24 Digital interlock 1 DIIL Run enable 2 24VD 24 V DC 200 mA 1 3 DICOM Digital input ground 4 24VD 24 V DC 200 mA 1 5 DIOGND Digital in...

Page 8: ...1 5 N m 1 5 N m R1 R3 R4 R9 Note Use an un used ground clamp screw If none available ground as shown 1 2 3 2 2 Note The illustration shows frame R2 All frame sizes are similar M4 8 Torx T20 2 N m 17 l...

Page 9: ...torques refer to Terminal data Frames R4 R5 Install the EMC shroud separating the input and output cabling if not installed yet If brake chopper is in use Connect the brake resistor conductors to the...

Page 10: ...xt Use the arrow keys and to move the cursor or change values depending on the active view Key shows a context sensitive help page 1 Power up the drive Make sure that you have the motor name plate dat...

Page 11: ...in the master station 58 05 Parity 8 EVEN 1 default Selects the parity and stop bit setting Use the same setting as in the master station 58 06 Communication control Refresh settings Validates any ch...

Page 12: ...880 01 Frame size Nominal ratings Fuses3 Typical power cable Typical power loss 8 Input current Output current Motor power1 gG fuse4 DIN 43620 aR fuse2 4 DIN 43620 ULclass T5 6 7 Copper I1 I2 Pn ABB t...

Page 13: ...0 170M6814D JJS 500 2 3 120 2 4 0 4800 414A 5 R9 414 414 250 350 OFAF3H630 170M8554D JJS 600 2 3 150 2 300 MCM 5662 Un 3 phase 575 V 07A4 7 R3 7 0 7 0 5 0 JJS 15 14 106 09A9 7 R3 9 4 9 4 7 5 JJS 20 14...

Page 14: ...M 30 22 1 185 350 MCM 9 8 7 2 R7 1 54 2 13 95 240 25 150 3 0 400 MCM 4 300 MCM 40 30 29 5 22 1 185 350 MCM 9 8 7 2 R8 2 45 1 77 2 50 150 2 1 0 300 MCM 40 29 5 2 185 2 350 MCM 9 8 7 2 R9 2 54 2 13 2 95...

Page 15: ...ledge of the safety function The test procedures and report must be documented and signed by this person Validation instructions of the STO function can be found in the drive hardware manual Technical...

Page 16: ...ucts ACS880 01 11 31 ACS880 04 04F M04 14 34 Safe Torque Off Safe stop 1 Safe stop emergency Safely limited speed Safe maximum speed Safe brake control Prevention of unexpected start up with FSO 12 op...

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