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Matrix-680

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  • High Performance Drive
  • Matrix- 680
  • Overview
  • Introduction
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RATINGS: 200V CLASS 0.4 TO 5.5KW
RATINGS: 400 V CLASS
0.4 TO 550 kW
    Find the energy efficiency data for your drive
matrix 680 heavy duty applications heavy loads matrix 680
large ac drives inverter matrix 680

Introduction

The Darwin Motion Matrix 680 drive provides the Compact combination of power, ease of use, flexibility, and performance.

THINGS TO CHECK BEFORE CHOOSING VARIABLE FREQUENCY DRIVES
  • Since Variable Frequency Drives have limited over-current capacity, so difficult-to-start loads might require an over-sized device to match higher current demands.
  • For knowing how many motors, the drive must control have to be estimated the total peak currents of entire motor loads under the poorest functioning conditions your planned system will observe. Size your VFD base on the maximum current need.
  • Overheating of motor could be a possible concern for any of your intended drive applications such as low speed, constant torque.
  • Since smaller motors are not considered much efficient than larger ones, so improvements because of the variable frequency drive will possibly be willingly apparent. However, as large motors ingest higher power, so small enhancement in efficiency can lead to considerable savings over the motor’s life.
  • In volatile condition, ensure all used materials are strong to chemical attack and are correctly grounded; while for an atmosphere alive with particulates, make sure correct sealing; and for high temperatures, permit cooling.
  • Always choose a drive that trips quickly in an over-current condition or the one that keeps up stable engine force and lower engine speed to continue current needed.
  • Also it is essential to understand load downtimes and have the choice to do a thorough fault analysis.
  • Likewise, the utilization of VFDs has massively improved product quality and significantly reduced production costs. Because of its low downtime, many businesses are using VFDs. VFD offers best protection against many issues such as overvoltage, under voltage, phase protection, and electro thermal overloads. Also, industries are using Variable Frequency Drives as they offer efficient speed for applications, no mistakes, and higher production yields. Several business using utilize VFDs have even integrated Ethernet in the industrial applications they use. It completely simplifies the operations. According to Darwin Motion – VFD & Servo Drive Manufacturer survey, 75% of machine operator say they have been using or considering Ethernet in industrial applications. This current trend is being seen in VFD introductions too.

Key Features

  • Drive having Macro for Crane, Hoist, Pumps, Winder & many
  • Closed or open loop vector control for outstanding regulation and torque
  • Programming Backup though Keypad only
  • High Frequency Drives Version Also Available.
  • Safe Torque Off
  • Integrated DC Reactor (30kW ND and above)
  • TTL Encoder feedback
  • Reduced set-up time with an intuitive keypad, navigation and start-up wizards
  • Keypad with 4 parameter backup function, real time clock, data logger and copy unit.
  • Communication Profibus / CAN OPEN / Profinet / Ethercat /Modbus.
  • Feedback _ Encoder, Resolver / Sincos & Many More

APPLICATIONS:

  • Hoists
  • Conveyor
  • Compressor
  • IMM & Blow Moulding
  • Flying Saw & Cross Cutter
  • Extruders
  • Punching press
  • Winder
  • Machine tools
  • Food & Beverage
  • Packaging And many more

Selection of DR-680 Products

220 V rated voltage

Model Code Rated Value General Load Application Heavy Load Application Noise Level Heat Radiation Air Volume Dimension

In(A)

Imax(A)

ILd(A)

PLd(kW)

IHd(A)

PHd(kW)

dBA

W

M3/h

DR680-01-0K4G/0K7P-1B

4.8

6

4.5

0.75

2.5

0.37

45

40

53

F1

DR680-01-0K7G/1K5P-1B

7.5

10

7

1.5

4.5

0.75

45

94

53

DR680-01-1K5G/2K2P-1B

11

15

10

2.2

7

1.5

45

172

53

DR680-01-2K2G-1B

15

20

-

-

10

2.2

45

232

53

380 V rated voltage

Model Code Rated Value General Load Application Heavy Load Application Noise Level Heat Radiation Air Volume Dimension

In(A)

Imax(A)

ILd(A)

PLd(kW)

IHd(A)

PHd(kW)

dBA

W

M3/h

DR680 -01-0K7G/1K5P-3B

5.2

7

5

1.5

2.5

0.75

45

40

53

F1

DR680 -01-1K5G/2K2P-3B

6.3

9

6

2.2

4.2

1.5

45

76

53

DR680 -01-2K2G/4KOP-3B

10.5

15

9.8

4

5.6

2.2

45

97

53

DR680 -01-4KO0G/SK5P-3B

14

20

13.5

5.5

10.5

4

45

172

53

DR68O -01-5K5G/7K5P-3B

18.2

25

17.5

7.5

14.5

5.5

45

210

53

DR680 -02-7K5G/011P-3B

26

36

25

11

17.6

7.5

45

325

55

F2

DR680 -02-0116-3B 28

28

35

26

15

25

11

45

420

55

DR680 -03-015G/018P-3B

41

57

38.6

18.5

35

15

57

550

145

F3

DR680 -03-018G/022P-3B

48

67

46

22

41

18.5

57

660

145

DR680 -03-022G/030P-3B

63.5

89

61

30

48

22

57

890

145

DR680 -04-0306/037P-3/8

78

109

75

37

66

30

60

1114

290

F4

DR680 -04-037G/045P-3/B

95

133

91

45

79

37

60

1140

290

DR680 -04-045G/055P-3/B

120

168

115

55

94

45

60

1200

290

DR680 -05-055G/075P-3/B

162

227

155

75

116

55

60

1440

350

F5

DR680 -05-075G/090P-3/B

185

222

178

90

160

75

60

1940

350

DR680 -05-090G/110P-3/8

225

270

215

110

179

90

67

2200

570

Model Code Rated Value General Load Application Heavy Load Application Noise Level Heat Radiation Air Volume Dimension

In(A)

Imax(A)

ILd(A)

PLd(kW)

IHd(A)

PHd(kW)

dBA

W

M3/h

DR680 -06-110G/132P-3

272

326

261

132

215

110

68

3300

685

F6

DR680 -06-132G/160P-3

320

384

310

160

259

132

68

3850

685

DR680 -07-160G/200P-3

375

450

360

200

314

160

68

4100

720

F7

DR680 -07-200G/220P-3

450

540

430

220

387

200

68

4600

720

DR680 -07-220G/250P-3

487

584

470

250

427

220

68

5100

720

DR680 -08-250G/280P-3

546

628

525

280

481

250

68

5782

1200

F8

DR680 -08-280G/315P-3

624

718

600

315

550

280

68

6252

1200

DR680 -08-315G/355P-3

686

789

660

355

616

315

68

7866

1200

DR680 -09-355G/400P-3

760

874

730

400

671

355

68

9100

1300

F9

DR680 -09-400G/450P-3

865

995

830

450

759

400

68

9900

1300

DR680 -09-450G/S00P-3

950

1093

920

500

850

450

68

10500

1680

DR680 -09-500G/560P-3

1100

1265

1080

560

950

500

68

11500

1680

DR680 -09-560G/630P-3

1200

1380

1150

630

1060

560

68

12600

1680

660V/690V rated voltage

Model Code Rated Value General Load Application Heavy Load Application Noise Level Heat Radiation Air Volume Dimension

In(A)

Imax(A)

ILd(A)

PLd(kW)

IHd(A)

PHd(kW)

dBA

W

M3/h

DR680-04-15G/018P-6

22

44

21

18.5

18

15

57

550

290

F4

DR680 -04-18G/022P-6

26

54

25

22

22

18.5

57

660

290

DR680 -04-022G/030P-6

35

64

33

30

27

22

57

890

290

DR680 -04-030G/037P-6

44

70

41

37

35

30

60

1114

290

DR680-04-045P-6

49

71

48

45

45

37

60

1140

290

DR68O -04-045G/055P-6

61

104

58

55

52

45

60

1200

290

DR680 -04-055G/075P-6

80

124

80

75

65

55

60

1440

720

DR680-06-160G/200P-6

220

240

215

200

175

160

68

4100

720

F6

DR680 -06-200G/220P-6

271

320

245

220

220

200

68

4600

720

DR680 -06-220G/250P-6

290

350

265

250

250

220

68

5100

720

DR Series Frequency Converter

660V/ 690V rated voltage

Model Code Rated Value General Load Application Heavy Load Application Noise Level Heat Radiation Air Volume Dimension

In(A)

Imax(A)

ILd(A)

PLd(kW)

IHd(A)

PHd(kW)

dBA

W

M3/h

DR500-08-355G/400P-6

430

520

420

400

385

355

68

9100

1300

F82

DR500-08-400G/450P-6

470

655

455

450

430

400

65

9900

1300

DR500-08-450G/500P-6

522

700

505

500

470

450

68

10500

1300

DR500-08-500G/560P-6

590

800

571

560

555

500

68

11500

1300

DR500-08-560G/630P-6

721

820

710

630

600

560

68

12600

1300

DR500-08-630G/800P-6

900

1350

880

800

680

630

68

16000

1680

F92

DR500-08-800G/1100P-6

1160

1750

1115

1100

900

800

68

20000

1680

F104

DR500-08-1100G/1250P-6

1250

2000

1250

1250

1114

1100

68

26000

1680

DR500-08-1250G/1400P-6

1350

2200

1400

1400

1250

1250

68

32000

1680

Documentation:

Name Country/Language Download File Type
Technical Catalogue English PDF
Technical Specification English PDF

Advantages:

  • Free selection of the network pressure:The network pressure can be adjusted between 5 and 13 bar
  • Constant network pressure: Independent of the air demand the network pressure can be kept constant through
  • the speed variation In this way the maximum pressure can be reduced and energy can be saved Example: A reduction of the maximum pressure of about 1 bar gives energy reductions of about 6-8 % in relation of the total power consumption of the compressor
  • Energy Saving By Drawin drives - Energy savings are achieved through: Avoiding unload operation and resultant energy wastage
  • Constant near unity power factor resulting in lesser peak kva demand
  • Optimum efficiency of motor operation resulting in energy saving
  • No starting and Delta/Start switch over currents resulting in lesser stress on electrical system
  • Exact delivery volume resulting in smooth operation as required
  • Free selection of the network pressure resulting in flexibility
  • Constant network pressure resulting in system efficiency
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