China NEMA 17 NEMA 23 NEMA 34 Stepper Motor

China NEMA 17 NEMA 23 NEMA 34 Stepper Motor

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 pc

Supply Capability:: 2500 pc/month

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China NEMA 17 NEMA 23 NEMA 34 Stepper Motor

Product Details

Basic Info.

Model NO.:17HS

Application:CNC Machine, Printer, Lighting, Camara

Speed:Constant Speed

Number of Stator:Two-Phase

Excitation Mode:HB-Hybrid

Function:Control

Type:Magnetic-Electric

Certification:ISO9001

Brand:Leison Motor

Step Angle:1.8

Hold Torque:up to 52n.C, M

Phase:2 Phase

Current:0.4-2.5A

Motor Body Length:28mm, 34mm, 40mm, 4mm

Shaft:D-Cut or Round, Customized Shaft Length

Connectors:Can with Connectors, 4 or 6 Lead Wires

Export Markets:Global

Additional Info.

Trademark:universal

Packing:Papers Carton Outside, 60PCS/Ctns Carton Size Is 3

Standard:CE, ROHS

Origin:Zhejiang

HS Code:8501109990

Production Capacity:100, 000PCS/Year

Product Description

Stepper Motor:

1.Step Angle Accuracy: ± 5% full step, no load
Ambient Temperature: -20° - +50°
Insulation Resitance: 100M Ω Min 500V DC
Dielectric Srength: 500V AC for one mintue
Resistance Accuracy: ± 10%
Temperature Rise: 80° Max.

2. Packaging Detail: Foam inner, Papers Carton Outside, 60PCS/CTNS Carton size is 37*31*22cm

3. Note:Motor's current,holding toruqe, shaft can be customzied, Please let me know your requirement, Also we proudce stepper motor nema 08 ,nema 11,nema 14, nema 16, nema 17, nema 23, nema 24, nema 34 and nema 42, It can be equipped with gearbox and with lead screw, suitable driver and so on, Please contact with me if have any questions!

Series Model	Step Angle (° )	Motor Length (mm)	Rated Current (A)	Phase Resistance ( Ω )	Phase Inductance (mH)	Holding Torque (N. cm Min)	Detent Torque (N. cm Max)	Rotor Inertia (g. cm 2 )	Lead Wire (No. )	Motor Weight (g)
17HS2408	1.8	28	0.6	8	10	12	1.6	34	4	150
17HS3401	1.8	34	1.3	2.4	2.8	28	1.6	34	4	220
17HS3410	1.8	34	1.7	1.2	1.8	28	1.6	34	4	220
17HS3430	1.8	34	0.4	30	35	28	1.6	34	4	220
17HS3630	1.8	34	0.4	30	18	21	1.6	34	6	220
17HS3616	1.8	34	0.16	75	40	14	1.6	34	6	220
17HS4401	1.8	40	1.7	1.5	2.8	40	2.2	54	4	280
17HS4402	1.8	40	1.3	2.5	5.0	40	2.2	54	4	280
17HS4602	1.8	40	1.2	3.2	2.8	28	2.2	54	6	280
17HS4630	1.8	40	0.4	30	28	28	2.2	54	6	280
17HS8401	1.8	48	1.7	1.8	3.2	52	2.6	68	4	350
17HS8402	1.8	48	1.3	3.2	5.5	52	2.6	68	4	350
17HS8403	1.8	48	2.3	1.2	1.6	46	2.6	68	4	350
17HS8630	1.8	48	0.4	30	38	34	2.6	68	6	350

China NEMA 17 NEMA 23 NEMA 34 Stepper Motor

Q: Is the stepping motor fast?: Can use the stepper motor with feedback so that the vector control of ac servo technology, the speed can be in commonly 2000-4000, and torque constant, can carry out high speed and reversing control.

Q: How to control the angular displacement speed and rotation direction of the step motor: The driver is required, and a controller is needed to signal the driver's pulse and direction.

Q: What do you mean by step motor? For example, two-phase step motor, three-phase step motor, four-phase step motor, etc. Is it 220V?: It is not possible to do so at the moment, only each phase is directed by a certain order. Notice stepping in the name of the motor, step by step, electromagnetism is the electromagnetic relationship, electromagnetic objectivity. Stepping motor is only the tip of the iceberg. Don't feel abstruse and know the rules, you don't ask. The best don't ask such a low level question.

Q: What's the difference between a step-down motor and a dc decelerator? I want to control it with a single chip, and I don't know what the difference is. What is the mode of control?: In terms of control: The PWM control, which is used by dc motor, usually requires the motor driven plate Step motor control requires specific pulse sequences, usually four lines, which require special control boards In the design principle, the dc motor is the force of the magnetic force. The step motor is a change in the movement of the pulse signal to the magnetic field force. Look up the information, and understand that it may not be exactly right. Usage: dc motor, rotating application. The speed can be controlled according to the speed of the speed. It is mainly applied to power. The step motor is controlled by the Angle of each pulse sequence. The Angle of rotation of each pulse is fixed, and the Angle of accuracy can be controlled. It is commonly used in places where the target?

Q: What is the difference in performance between the three-phase step motor and the two-phase step motor: The permanent magnet step motor is generally two phases, the torque and volume are small, and the step Angle is usually 7.5 degrees or 15 degrees. The reaction type step motor is generally three-phase, can realize the big torque output, the step Angle usually is 1.5 degrees, but the noise and vibration are very large. The rotor magnetic circuit of the reactive step motor is made of soft magnetic material, and there is a multi-phase excitation winding on the stator, and the torque is generated by the variation of the magnetic conductance. Hybrid stepper motor is a combination of permanent magnet and reactive type. It is divided into two phases and five phases: the Angle of two phases is 1.8 degrees and the Angle is 0.72 degrees. This kind of step motor is the most widely used, and is also the step motor that the segmentation driver chooses

Q: What does the step motor model 17hs6615n-06b mean: Step motor type 17HS6615N - 06B model meaning: 1, 17HS is the international standard of English scale, which is the hybrid step motor of 42 engine seat number. 2, 6615N - 06B is the manufacturer's own factory number. Each plant will establish its own naming system based on the length of the motor, the rated phase current and the static moment. The step motor is an open loop controlling element which converts the electrical pulse signal into angular displacement or line displacement. In the case of the overload, motor speed, stop position depends only on the pulse signal frequency and pulse number, and not affected by load change, when the stepper driver receives a pulse signal, it is driving a stepper motor according to set the direction of a fixed Angle, known as the "step Angle", its rotation is based on the Angle of the fixed step by step. It can control the amount of angular displacement by controlling the number of pulses, so as to achieve accurate positioning. At the same time, the speed and acceleration of the motor can be controlled by controlling the pulse frequency to achieve the goal of speed adjustment.

Q: Does the stepping motor and servo motor have self-locking?: Normally the electricity is self-locking. Of course, the lock can be removed and controlled as needed.

Q: What is the reason for the stepper motor not running at high speed: It may not seem like high speed running so simple, step by step through this place to add general encoder closed-loop control, how much did you step in the open loop is also impossible to judge.

Q: PLC control step motor problem: So if you try, 1/16, 8000HZ try it out! What about the effect? It should be 150 revolutions per second; And then you know, if you go to 14, 8000HZ, you know what's the problem with the pulse here or the problem with the motor here! What I'm talking about is not the location problem, the PLC's high speed pulse output is not as accurate as it says, and the balance is normal!

Q: What are the six wires of the step motor: 1, single polarity stepper motor, two coil, there are five or six lines, namely in the middle of a coil adds a tap, five line can be seen as six lines between the root of the two coil line and together. Because in the middle of a coil with the tap, half of the current in a coil take different flow, but then just use half of the motor coil. 2, a bipolar step motor is an electric motor with two coils and four lines. The current is either positive or negative in the two coils, so it is called bipolar. 3, bipolar stepper motor and single polarity of stepper motor, is due to a few decades ago, stepper motor drive circuit is more expensive because it is over, if using bipolar drive circuit, the circuit a lot more expensive than single polarity, so many years ago, single polarity of the stepper motor. But as the cost of stepping into the motor drives lower and lower, coupled with the emergence of some very cheap drive chips, the dual-polarity motors are more used. At the same time, the bipolar motor because a forward and reverse current flow through the circle line, the application of high efficiency, most of the time is because of the single polarity motor USES only half of the coil, so the efficiency is low. But in places where costs are stricter, single polarity motors are widely used.

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