NEMA 17 Bipolar 1.8deg 0.69Nm (95.8oz.in) 1.5A 3.8V 42x42x57mm 4 Wires Stepper Motor

NEMA 17 Bipolar 1.8deg 0.69Nm (95.8oz.in) 1.5A 3.8V 42x42x57mm 4 Wires Stepper Motor

Manufacturer Part Number: 42H057H-1504
Frame Size: 42x42mm
Motor Type: Bipolar Stepper
Step Angle: 1.8 deg
Holding Torque: 0.69Nm(95.8oz.in)
Rated Current/phase: 1.5A
Voltage: 3.8V
Phase Resistance: 2.5 ohms
Inductance: 6.5mH ± 20%(1KHz)
Body Length: 57mm

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Product Introduction

Technical Parameter

Item

Specifications

Step Angle Accuracy

±5%

Resistance Accuracy

±10%

Inductance Accuracy

±20%

Temperature Rise

80K Max.

Ambient Temperature

-20℃~+50℃

Insulation Resistance

100MΩMin.@ 500VDC

Dielectric strength

One minute@500VAC∙5mA Max.

Shaft Radial Play

0.06Max.@450g

Shaft Axial Play

0.08Max.@450g

 

Technical Specification

Model No.

Polar

Rated
Voltage

Current/
Phase

Resistance/
Phase

Inductance/
Phase

Holding
Torque

# of
Leads

Rotor
inertia

Weight

Length

   

V

A

Ω

mH

oz-in

kgf · cm

 

g∙ cm2

kg

mm

42H057H-1504

Bipolar

3.8

1.5

2.5

6.5

95.8

6.9


4

  

80

0.43

57

 

31

 

Pull Out Torque Curve

30

FAQ

Q: What kind of packaging do you use for your motors

A: Our motors are put inside the shock-absorbing foam. Each pocket has one motor so that we can make sure the motors won’t collapse each other and can endure fierce vibration during transportation.

 

Q: What is the delivery time of your motors?

A: In general, the production lead time of our motors is about 30-35 days (For urgent orders, we can expedite). Transportation time is depending on the transportation method that our customers choose.

 

Q: What is the difference between a BLDC motor and a traditional DC motor?

A: The main difference is in the method of commutation. BLDC motors use electronic commutation, while traditional DC motors use brushes and a commutator. BLDC motors are more efficient, have higher torque density, and require less maintenance.

 

Q: Can BLDC motors be controlled with a traditional DC motor controller?

A: No, BLDC motors require specialized motor controllers that can perform electronic commutation and provide the necessary current to the motor windings. Traditional DC motor controllers are not compatible.

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