Hybrid Stepper Motors NEMA16

Stepper motor due to the limitation of its manufacturing process, such as the size of the step from the Angle of the rotor teeth and run for several decision, but the rotor teeth and run number is limited, so the stepper motor step away from the Angle of general larger and is fixed, the step of low resolution, lack of flexibility Hybrid Stepper Motors STS 39HD, when running in low frequency vibration, noise is higher than other micromotor, make easily fatigue or damage to the physical device Brushless dc motors.These shortcomings make the stepper motor can only be used in some occasions with low requirements, and for the occasions with high requirements, the closed-loop control can only be adopted, which increases the complexity of the system. These shortcomings seriously limit the effective use of the stepper motor as an excellent open-loop control component Linear motor.To some extent, subdivision driving technology can overcome these shortcomings effectively.

Basic Performance

Accuracy	Step angle	±5%
	Resistance	±10%
	Inductance	±20%
Insulation class		B
Duty type		S1
Dielectrical strength		500 VAC/1 KHz/1 mA/1 s
Insulation resistance		100 MΩ/500V DC

Parameter

Model	Step Angle(Deg)	Voltage(V)	Current(A)	Resistance(Ω)	Inductance(mH)	Holding torque(Kg.cm)	Detent torque(Kg.cm)	Length(mm)	Weight(Kg)	Phases	Download
39HD34L100	1.8	3.6	1	3.6	3.4	0.7	0.10	26	0.15	2
39HD44L050	1.8	3.25	0.5	6.5	8.5	1.6	0.15	29	0.17	2
39HD64L060	1.8	11.22	0.6	18.7	18	1.8	0.15	34	0.18	2
39HD94L100	1.8	3.96	1.2	3.3	2.3	2.5	0.4	45	0.20	2
39HD04L150	1.8	4.2	1.5	2.8	6.5	4.8	0.45	52	0.23	2

● Dimensions

● Wiring Diagram