Bipolar Stepper Motors In Bengaluru

Frame Size

NEMA 17

NEMA Frame Size

NEMA 17 (42mm)

Holding Torque

4.2 kg-cm

Phase

2 Phase

Torque

4.5kgcm-200kgcm

No Of Phase

2

Brand

dezaw

Step Angle

1.8 Degree

No Of Phase

2

Torque

0.35Nm ~ 6.1Nm

Step Angle

1.8 Degree

Dimension

42mm Sq ~ 86mm Sq

Type

Variable Reluctance

Speed

8000 RPM

Number of Phase

2

Step Angle

1.8 Degree

Speed

1200 RPM

Step Angle

0.9 Degree

Application

Drone

Type

Bipolar Stepper Motor

Electrical Specification Manufacturer Part Number: 34HS46-5004D Motor Type: Bipolar Stepper Step Angle: 1.8 deg Holding Torque: 8.5Nm(1204oz.in) Rated Current/phase: 5.0A Voltage: 5V Phase Resistance: 1.0ohms Inductance: 11mH 20%(1KHz) Physical Specification Frame Size: 86 x 86mm Body Length: 114mm Shaft Diameter: 14mm Front Shaft Length: 37mm Rear

No of Phase

2

Stepping motors use intermittent step operations in response to pulsed input power. Precise angular control of the motor axis is possible using just the pulse power, providing accurate positioning control with a simple circuit configuration. These are used in a wide range of equipment from industrial robots, aircrafts, and automobiles through to of

Frame Size

NEMA 23

Holding Torque

1.5 Nm

Phase

3 Phase

Step Angle

1.8 Deg

No of Phase

2 Phase

Stepping Angle

1.8 Degrees per step

Voltage Per Phase

2.80 V

Current Per Phase

5.80 Amps

Motor Type

Bipolar (also in unipolar)

No of Phase

2 phase (also in 4 phase)

Power

Upto 5 Watts

Voltage

5.6 V (at motor terminals)

Frame Size

NEMA 23

Holding Torque

2 Nm

Phase

2 Phase

Step Angle

1.8 Deg

No Of Phase

2

Model Name/Number

2Kg

Speed

<2000 RPM

Motor Type

stepper

A Stepper motor is an electromechanical device which converts electrical pulses into discrete mechanical movements. The shaft or spindle of a Stepper motor rotates in discrete step increments when electrical command pulses are applied to it in the proper sequence. The motors rotation has several direct relationships to these applied input pulses. T