Audited Supplier
Introduction:
The working principle of the armature shaft is to generate a torque through the force of the current, and then drive the motor to operate.
The armature is the part of a motor with a coil in it. When a current passes through it, generates a magnetic field inside the armature. This magnetic field interacts with other magnetic fields, produces a moment, which drives the motor.
Specifically, when current flows through the armature, creates a magnetic field around the armature. If a permanent magnet is placed near the armature or a magnetic field is generated by an external current, the magnetic field of the armature interacts with the external magnetic field. Because of the difference in the magnetic fields of the two, will produce a moment, makes the armature produce a rotating force. The magnitude of this torque is related to the strength of the current, the strength of the magnetic field and the geometry of the armature. By changing the current, the strength of the magnetic field, or the shape of the armature, can control the speed and steering of the motor.
Application:
Armature shaft has a wide range of applications, especially in the auto parts industry, armature shaft has important application value.
The application of the shaft is not limited to the automotive field, it plays a key role in the motor. In a motor, armature is a part equipped with a coil, coil to the relative motion of the magnetic field produces electric energy conversion, whether it is a generator or a motor, armature shaft is an important component of power generation or transmission. There are various types of shaft, including knurled shaft, hot sleeve shaft and shaft with keyway in the middle, according to the different needs of the motor to choose the right armature shaft type, to ensure the efficient operation of the motor.
Armature shaft many fields of automotive parts and motor manufacturing, its application in the auto parts industry is mainly reflected in providing key mechanical and electrical connections for automobiles, and the application in motor manufacturing is through different types of armature shaft to achieve the conversion and transfer of electrical energy, to ensure the normal operation of the motor.
| Advanced Planning | Process Control | Quality Issue Feedback |
| ·Multi-functional project team ·Build up standard tree,do the analysis and training ·DFMEA ·4 stage project review, quality gate ·PFMEA ·Visualized WI | ·First and final piece100% inspection. ·Combine self-inspect and patrol inspect. ·Regular inspection on fixture and gauges. ·Upper andlower process error prevention control ·5M1E management | ·Quick feedback, arrive sitewithin 10 minutes ·Define interim and containment action within 4hours ·Daily quick response meeting ·8D ·6 Sigma ·Actions follow-upvalidation ·Share to similarproducts ·Record into failure mode database |
Q1: Are you a manufacturer?
Yes, we have been in manufacturing and providing excellent linear motion partsfor customers more than 20years.
Q2: How long could you prepare samples?
Ans:Normally 1days if we have the sample onhand.lf customized one. about a week around.
Q3: How about batch order production?
Ans: Normally 30days or so for one container
Q4: Do you inspect the finished products?
Ans:Yes, we will do inspection according to lsO standard and ruled by our QCstaff.
Q5: How do you ship the goods?
Ans: By sea, by air by truck or by courier(UPSDHLFedexTNT etc.)
Q6: What advantage do you have?
Ans:1.We have professional engineers,customers can expect the best possibleadvice and support.
3.Strict and standard process control according to Quality ManagementSystem.
4.Documents support on products, we have strong technical data sheet tosupport our products, which could make you easier to know our products.
