• DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator
  • DD series built-in 0.09-4nm small torque high precision direct drive robot actuator

DD series built-in 0.09-4nm small torque high precision direct drive robot actuator

The center hole can pass through the slip ring line. The built-in drive encoder 485CAN direct-drive motor has miniaturized products, high efficiency, and rapid response.

Model :
DD4006-7
DD5010-10
DD6015-6
DD7010
DD8015-2
DD9015
DD11025-3

USD: 65-240

ablity:Monthly Output1000

contact shop

Product Description

DD series direct drive joint motor

Diameter: 40-109mm

Torque: 0.09-4nm

Weight: 70-1028 grams




                     Ultra-thin joint module     

                                                  Zero backlash, compact structure, low noise







The direct drive joint motor does not include a reducer


The application end is directly associated


Matching single-turn absolute value encoders, supporting RS485/CAN

Product parameters

Parameters

Unit

DD4006-7

DD5010-10

DD6015-6

DD7010-2

DD7010-11

DD8015-2

DD9015-1

DD9015-4

DD11025-3

Nominal voltage

V

12

24

24

24

36

24

24

36

36

Voltage range

V

10~28

10~28

12~40

12~40

12~40

12~40

12~40

12~40

12~40

Nominal current

A

1.1

0.9

1.6

3.1

1.3

2.9

5.8

2.1

3.8

Nominal power

W

13.2

21.6

38.4

74.4

46.8

69.6

139.2

75.6

136.8

Nominal torque

N.M

0.09

0.2

0.65

0.8

0.8

1.2

1.1

1.26

4

Nominal speed

RPM

467

504

264

618

294

354

954

372

168

No-load max speed

RPM

1412

828

558

924

564

516

1146

534

330

Peak torque

N.M

0.15

0.49

1.26

1.93

1.59

3.7

5.17

4.11

8.5

Peak current

A

1.9

1.9

3.2

16

2.7

16

33.1

6.6

16

Speed constant

rpm/v

117

34.4

23.3

38.5

15.5

21.5

47.8

14.8

9.2

Torque constant

N.M/A

0.08

0.23

0.43

0.22

0.61

0.41

0.19

0.67

1.03

Rotor inertia

gcm²

65

195

504

672

672

1555

2574

2574

7796

Number of pole pairs

Pairs

11

14

14

14

14

21

21

21

21

Phase resistance

Ω

3.17

5.16

5.77

0.83

5.29

1

0.33

3.89

1.5

Phase inductance

mH

0.54

1.63

3.82

0.68

3.68

0.63

0.23

3.14

1.13

Motor weight

g

70

134

251

261

261

418

534

534

1028

Communication

/

RS485/CAN

Encoder type

/

Single turn absolute value

Resolution

bit

14

14

14

14

14

14

14

14

14

Working temperature

-20~80

-20~80

-20~80

-20~80

-20~80

-20~80

-20~80

-20~80

-20~80

ID of encoder magnetic steel)

mm

Ø5

Ø5

Ø5

Ø5

Ø5

Ø5

Ø5

Ø5

Ø5

Motor size

mm

Ø40*24*Ø12.6

Ø49*29*Ø12.6

Ø60*34*Ø22

Ø68*31*Ø22

Ø68*31*Ø22

Ø79*36*Ø35

Ø89*38*Ø35

Ø89*38*Ø35

Ø109*51*Ø35

DD4006-7

DD5010-10

DD6015-6

DD7010

DD8015-2

DD9015-1

DD11025-3

Application

Direct drive joint modules are applied in robots, medical equipment, and precision manufacturing to enhance efficiency and accuracy.

Notes

1. Do not disassemble the motor privately;

2. All interfaces do not support hot plugging. You need to plug in the wires before powering on. At the same time, the ground wire of the control signal needs to be connected;

3. The motor is not allowed to suddenly stall during high-speed operation;

4. Do not use overvoltage;

5. Monitor the motor temperature in time, and make the motor work in a reasonable temperature range by reducing power or increasing heat dissipation;

6. Before installing the device, it is recommended to use the host computer to debug the same working conditions first;

7. Update the firmware in time to obtain better motor performance;

Pack

Contact Us

Supplier Information

Company Name:MotionCore Robotics

Contact Email:Service80@ttbridge.com

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