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Brushless DC Motors - Standard Performance Inner Rotor

An inner rotor motor operates based on interaction between the interior moving magnet (rotor) and the exterior housed stationary magnet wires (stator). Inner rotor motors are traditionally used for quick acceleration and high speed applications that can benefit from improved heat dissipation characteristics in a compact mechanical envelope. We also offer an Automotive-grade lineup for OEMs and Tier 1 suppliers that can withstand higher operating temperatures.

Features:

  • Cost-effective construction
  • Ball bearing standard
  • Driver electronics available
  • Reduced overall size for superior performance
  • Good heat dissipation properties

Applications:

  • Multifunctional printers
  • Vending machines
  • Antenna/telecommunication
  • ATM/cash scanners

Model

Rated Voltage
[V]

No Load Speed
[rpm]

Starting Torque
[mN・m] *

Continuous Rating
Power (Max.)
[W]

Short Time
Rating Power
[W]

Data Sheet

DIX24

24

8250

11

2.4

2.4

DIX24 Geared (1:16)

24

516

110.3

1.9

1.9

DIX36B07

24

5100±10%

100
3A Limit

7

13

DIX36B15

24

7200±10%

40
3A Limit

7

15

DIX36 Geared (1:27)

24

580±10%

1.5
3A Limit

12

27

DIX42B07

24

4200±10%

60
3A Limit

3

7

DIX42B10

24

3900±10%

100
3A Limit

6

10

DIX42B10 Low inertia

24

3900±10%

100
3A Limit

6

10

DIX42B20

24

4200±10%

140
5A Limit

12

20

DIX42 with Microcomputer

24

No provisions

No provisions

12

20

DIX42B10 for Home Appliances

24

No lineup

No lineup

No lineup

10

DIX42B20 for Home Appliances

24

27000±15%

35
2A Limit

75

86

* Including current limit; ( )without current limit
** Starting torque, Load point of Continuous Rating Power, and Load point of Maximum output power of the geared motors are determined by the allowable torque of the gear head.

Automotive-grade Inner Rotor BLDC

Traditionally, many vehicle functions were operated manually such as parking brakes, seat adjustment and sliding doors. These actions can now be accomplished electronically using various buttons within the cabin. In order to accomplish this, manufacturers can integrate Brushless DC Motors that perform the required function as requested by the driver.

BLDC Motors for use in Automotive applications need to withstand higher temperatures and provide protection against excessive vibration. They can also be customized to best fit your vehicle design while optimizing the driver experience.

Features
  • Heat resistance from -40℃ to 125℃
  • Customizable options available such as commuting sensor, encoder, drive circuits and connectors
  • Covers a wide range from 5W to 200W
  • DIZ lineup shares the same structure and construction method delivering high reliability
Applications
  • Electronic valves such as throttle valves, EGR valves and exhaust control valves
  • Vehicle convenience applications such as power slide doors, power tailgate and power seat adjustment
  • Electronic pumps such as vehicle fuel pumps, oil pumps and water pumps
  • Electronic safety features such as parking brakes and e-clutch

Model

Rated Voltage

[V]

Rated Load

[mNm]

Rated Speed

[rpm]

Rated Output

[W]

Operating Temp. Range

Data Sheet

DIZ30 (12W)

12

32

3600

12

-40-125℃ (continuous)

150℃ (intermittent)

DIZ30 (7.8W)

12

25

3000

7.8

-40-125℃ (continuous)

150℃ (intermittent)

DIZ36 (35W)

12

80

3000

35

-40-125℃ (continuous)

150℃ (intermittent)

DIZ36 (16W)

12

52

3000

16

-40-125℃ (continuous)

150℃ (intermittent)

DIZ43 (50W)

12

130

3700

50

-40-125℃ (continuous)

150℃ (intermittent)

DIZ43 (32W)

12

90

3400

32

-40-125℃ (continuous)

150℃ (intermittent)

DIZ60 (80W)

12

270

2850

80

-40-125℃ (continuous)

150℃ (intermittent)

DIZ60 (65W)

12

170

3650

65

-40-125℃ (continuous)

150℃ (intermittent)

Need a custom BLDC? Our engineers can recommend an optimized solution. Contact Us