Japanese Products Corp.
120 Fiske St., Fairfield, CT 06825-5524 US
Phone:203.334.7537 • Fax:203.334.7792
E-Mail: info@e-jpc.com Web site: www.e-jpc.com
All Categories > Brushless DC Motors > VH Outer Rotor Brushless DC Motors > Item # VH32S1807-12  


Item # VH32S1807-12, 75.3 Millinewton meter (mN·m) Peak Torque VH Outer Rotor Brushless DC Motor






 Specifications 

Motor Frame Size

32 x 18 mm

Hall Effect Electrical Angle

120 º

Radial Play at 4 Newton (N) Load

0.02 mm

End Play at 4 Newton (N) Load

0.14 mm

Maximum Radial Force

14 N

Maximum Axial Force

4.8 N

Insulation Class

Class B

Alternating Current (AC) Dielectric Strength for One Minute

500 V

Minimum Insulation Resistance for 500 Volt (V) Direct Current (DC) Voltage

100 MO

Pin Number

1
2

3

4

5

6

7

8

Electric Function for Pin Number 11

Vcc

Electric Function for Pin Number 2

HALL C

Electric Function for Pin Number 3

HALL A

Electric Function for Pin Number 4

HALL B

Electric Function for Pin Number 52

GND

Electric Function for Pin Number 6

Motor W

Electric Function for Pin Number 7

Motor V

Electric Function for Pin Number 8

Motor U

Number of Poles

8

Number of Phase

3

Direct Current (DC) Rated Voltage

12 V

No Load Speed

4650 rpm

Tolerance (±) for No Load Speed

10 %

No Load Current

0.290 A

Rated Current

1 A

Rated Torque

25.1 mN·m

Rated Speed

2800 rpm

Tolerance (±) for Rated Speed

10 %

Rated Torque

25.1 mN·m

Rated Power

7 W

Peak Torque

75.3 mN·m

Peak Current

3.2 A

Tolerance (±) for Peak Current

10 %

Line to Line Resistance at 25 Degree Celsius (ºC) Temperature

3.43 O

Tolerance (±) for Line to Line Resistance at 25 Degree Celsius (ºC) Temperature

10 %

Line to Line Inductance

1.87 mH

Tolerance (±) for Line to Line Inductance

20 %

Torque Constant

24.8 N·m/A

Tolerance (±) for Line to Torque Constant

10 %

Back Electromotive Force (EMF) Constant

1.83 Vrms/Krpm

Tolerance (±) for Line to Back Electromotive Force (EMF)

10 %

Rotor Inertia

35 g·cm²

Motor Mass

50 g
1 Power supply positive of r hall : +5 VDC to +24 VDC
2 Power supply negative of Hall



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