China Qingdao AIP Intelligent Instrument Co., Ltd Company News

On the afternoon of October 21st, the Qingdao New Energy Vehicle Industry Chain Supply and Demand Matchmaking Conference with the theme of "New Energy, New Power, New Ecology" was held at Qingdao International Conference Center. Representatives from the city's new energy automobile industry chain vehicle enterprises, core supporting enterprises, industry chain ecological enterprises, service organizations, as well as colleges and universities, scientific research institutions, and other representatives gathered to witness the new achievements of Qingdao's new energy automobile industry development and to discuss new opportunities for cooperation.     The event was guided by the Qingdao Municipal People's Government and Shandong Provincial Department of Industry and Information Technology, organized by the Qingdao New Energy Vehicle Industry Development Task Force Office and Qingdao Bureau of Industry and Information Technology, and supported by the China Association of Automobile Manufacturers (CAAM), Shandong Provincial Automobile Association (SPAA), and Qingdao Automobile Association (QAA). As a leading solution provider in the domestic new energy vehicle testing industry, AIP was invited to participate in the conference and made a roadshow on the core technology of new energy vehicle motor and safety testing, introducing the one-stop new energy vehicle safety testing, including "PD partial discharge test, cast aluminum rotor test, AAE/ATE performance test, single-point wire wound test, lap wire droop test, and safety test for new energy vehicles. "One-stop new energy vehicle motor and vehicle testing solutions.     Ⅰ."Technological innovation" to break the industry's problems At the conference, AIP exhibited the first domestic PD partial discharge test system for new energy vehicle motors, which overcame the industry's high-voltage component partial discharge test problems, realized the function of double PDs (pulse PDS+sine PDH) in one machine, and PD+constant sub-comprehensive test, which can completely replace ECG, MARPOSS, SCHLEICH and other foreign imported brands. During the meeting, Mr. Wang Bo, the vice mayor of AIP, visited AIP's booth to learn more about the company's development and was highly affirmed.     In addition, the company has successively overcome the cast aluminum rotor test, AAE/ATE performance test, single-point wire injury test, hitch wire droop test, and other industry problems, filling the gaps in the domestic industry. Based on the depth of technical accumulation in the motor testing industry, the company has successfully explored the field of safety testing, and its self-developed new energy automobile safety testing system integrates the complex and changing test scenarios of the production line to create a one-stop solution for safety testing of the entire vehicle and its components. Ⅱ."quality service" casting industry reputation In addition to technological innovation, AIP also focuses on customer service, adhering to customer demand, and is committed to providing quality services and efficient solutions for global customers. At present, the company has set up 15 service centers in Asia, America, and Europe, and 9 offices in China, forming a global marketing and service network.     Good quality and good service create a good reputation for the brand. Up to now, in the field of new energy vehicles, AIP has cooperated with many multinational enterprises, such as Volkswagen, Schaeffler, BorgWarner, etc. In the field of motor testing, its products and solutions are exported to more than 60 countries and regions all over the world, which are highly praised and acclaimed by domestic and foreign customers.

  The automotive motor test machine provided by AIP for a company has been put into production.   This set of automotive motor test machines includes two kinds of automotive motor dynamic test and automotive motor static test, which can be used together with the production line, and the test is highly efficient, comprehensive, and accurate. Automotive motor test systems for automotive drive motors and automotive auxiliary motors can be tested, whether as drive motor permanent magnet synchronous motors, AC asynchronous motors, or more used in automotive auxiliary motors, brushless motors, brush motors, AC motors can be tested, customized solutions more in line with the product and cost-effective AIP focuses on the global motor testing, free of charge to provide all kinds of automotive motor test solution.   You can contact us via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com to get the motor test solution.

I. Introduction With the rapid development of the motor industry, the motor stator tester, as an essential testing equipment in the motor manufacturing process, has a growing market demand. In this article, we will introduce the background, product characteristics, application areas, and future development trends of motor stator tester manufacturers in detail to help readers better understand this industry. Ⅱ. The manufacturer's background AIP specializes in the research, development, production, and sales of motor testing equipment. We have rich industry experience and technical strength to provide customers with high-quality, high-efficiency motor stator testing machines.AIP continues to innovate motor testing technology to meet the diverse needs of customers. Ⅲ.Product Features High-precision Measurement: The motor stator tester adopts advanced measurement technology to ensure the high precision and stability of the measurement results. Multi-functional testing: The product supports a variety of motor stator testing needs, including voltage, current, resistance, insulation, and other parameters. Easy to operate: the equipment adopts a humanized design, easy and convenient to operate. Efficient and stable: the motor stator tester has efficient testing speed and stable performance, which improves productivity and quality. Ⅳ. The application field Motor stator tester is widely used in the field of motor manufacturing, maintenance, and testing. Such as motors, generators, transformers, and other types of motors in the production process, need to carry out rigorous testing of the stator to ensure product quality. In addition, the motor repair industry also needs to use the stator tester to accurately diagnose the faulty motor. Ⅴ. The future development trend Intelligent: with the development of artificial intelligence technology, the motor stator tester will realize a higher degree of intelligence, and improve testing efficiency and accuracy. Diversification: In order to meet the needs of different customers, AIP will introduce more types and specifications of motor stator testers. Green: In the process of product design and production, manufacturers will pay more attention to environmental protection and energy saving, to promote the motor stator tester industry in the direction of green and sustainable development. VI. Summary. AIP plays an important role in promoting the development of the motor industry. We provide high-quality, high-efficiency motor stator testers to bring convenience and innovation to the field of motor manufacturing, maintenance, and inspection. In the future, with technological progress and changing market demand, motor stator tester manufacturers will continue to innovate and bring more advanced and intelligent products to the market to promote the continued prosperity of the entire industry.      

  Brushless motors and brushed motors essentially perform the same function. They convert electric current into rotary motion. The main difference between them is that brushed motors are mechanically driven and brushless motors are electronically driven. While brushed motors have been around for more than 100 years, brushless motors began in the 1960s when solid-state electronics made the design of brushless motors possible. It wasn't until the 1980s that brushless motors became more common in tools and electronics. Today, both designs are widely used around the world. ■ Brushed motors Brushed motors are motors that use mechanical brushes in their internal structure to transfer current by mutual friction with the commutator. Advantages of brushed motors: Simple structure, low cost, and easy maintenance, so they were widely used in early electric vehicles and power tools. Disadvantages of brushed motors: brushes wear out easily, sparks generated tend to burn out the motor, slow speed, etc. ■ Brushless motor Brushless motors are motors that do not use mechanical brushes in their internal structure but rather use an electronic commutator to transfer current. Advantages of brushless motors: long life, low maintenance cost, high speed, high torque, etc. With the continuous development of technology, brushless motors are more and more widely used in fields such as electric vehicles and power tools. In addition to the differences in structure and principle, brushless motors and brushed motors also have some differences in performance and use. For example, brushless motors have less noise and vibration, so they are widely used in some high-end electric vehicles and power tools. In addition, brushless motors have better speed control performance and can be controlled by electronic controllers to realize precise speed control. Brushed motors can be speed-regulated by simply changing the voltage or current of the power supply. Summary: In general, brushless motors and brushed motors have their own advantages and disadvantages, and the choice of which motor to use needs to be decided according to the specific application scenarios and usage requirements. In some of the requirements of high performance, high precision, and long life occasions, a brushless motor is a better choice; while in some of the requirements of low cost, easy maintenance occasions, a brushed motor is more suitable. AIP specializes in global motor testing and has rich experience in motor testing, for more brushless motor testers and other motor testers please contact AIP via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com, we will be very happy to discuss motor testing knowledge with you!

  Brushless motors and brushed motors essentially perform the same function. They convert electric current into rotary motion. The main difference between them is that brushed motors are mechanically driven and brushless motors are electronically driven. While brushed motors have been around for more than 100 years, brushless motors began in the 1960s when solid-state electronics made the design of brushless motors possible. It wasn't until the 1980s that brushless motors became more common in tools and electronics. Today, both designs are widely used around the world. ■ Brushed motors Brushed motors are motors that use mechanical brushes in their internal structure to transfer current by mutual friction with the commutator. Advantages of brushed motors: Simple structure, low cost, and easy maintenance, so they were widely used in early electric vehicles and power tools. Disadvantages of brushed motors: brushes wear out easily, sparks generated tend to burn out the motor, slow speed, etc. ■ Brushless motor Brushless motors are motors that do not use mechanical brushes in their internal structure but rather use an electronic commutator to transfer current. Advantages of brushless motors: long life, low maintenance cost, high speed, high torque, etc. With the continuous development of technology, brushless motors are more and more widely used in fields such as electric vehicles and power tools. In addition to the differences in structure and principle, brushless motors and brushed motors also have some differences in performance and use. For example, brushless motors have less noise and vibration, so they are widely used in some high-end electric vehicles and power tools. In addition, brushless motors have better speed control performance and can be controlled by electronic controllers to realize precise speed control. Brushed motors can be speed-regulated by simply changing the voltage or current of the power supply. Summary: In general, brushless motors and brushed motors have their own advantages and disadvantages, and the choice of which motor to use needs to be decided according to the specific application scenarios and usage requirements. In some of the requirements of high performance, high precision, and long life occasions, a brushless motor is a better choice; while in some of the requirements of low cost, easy maintenance occasions, a brushed motor is more suitable. AIP specializes in global motor testing and has rich experience in motor testing, for more brushless motor testers and other motor testers please contact AIP via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com, we will be very happy to discuss motor testing knowledge with you!

A three-phase motor is an electric motor that is driven by a three-phase AC power source, usually referred to as a three-phase asynchronous motor. This type of motor is widely used in industrial and civil fields because of its advantages of high efficiency, reliability and energy saving. The concept, structure, working principle and application areas of three-phase motors will be introduced in detail below.     Ⅰ.The concept of three-phase motor A three-phase motor is an electric motor driven by a three-phase AC power source, and its basic components include a stator (fixed part) and a rotor (rotating part). The stator is mainly composed of an iron core and a coil, which are used to generate a magnetic field; the rotor is also composed of an iron core and a coil, which are used to generate an electric current and rotate under force. Three-phase motors are usually powered by a three-phase AC power supply, which generates a rotating magnetic field that drives the rotor. Ⅱ.The structure of three-phase motor The structure of a three-phase motor consists of two parts: the stator and the rotor. The stator is mainly composed of iron core and coil, the core is usually made of silicon steel sheet stacked together, and the coil is composed of three windings with 120 ° difference from each other. The rotor also consists of a core, which is usually made of silicon steel sheets laminated together, and a coil, which consists of multiple windings. In addition, the motor also includes bearings, end caps, fans and other components. Ⅲ.Three-phase motor working principle The working principle of three-phase motor is based on the principle of electromagnetic induction. When the three-phase AC power supply is connected to the stator coil, a rotating magnetic field is generated in the stator coil. This rotating magnetic field interacts with the rotor coil to produce a rotating torque, causing the rotor to rotate. The rotor speed is always lower than the rotating magnetic field speed, this is because the rotor coil generated in the counter electromotive force and the power supply voltage is equal in size and opposite in direction, thus limiting the rotor speed. Ⅳ.Three-phase motor applications Three-phase motors are widely used in industrial and civil fields. In the industrial field, three-phase motors are used to drive a variety of mechanical devices, such as pumps, fans, compressors, rolling mills and so on. In the civil field, three-phase motors are also widely used in various devices, such as elevators, air conditioners, refrigerators, washing machines, and so on. In addition, in the electric power system, three-phase motors are also used in power generation, transmission and distribution. Ⅴ.Summary A three-phase motor is a type of electric motor driven by a three-phase AC power source, which has the advantages of high efficiency, reliability and energy saving. Its structure includes two parts, stator and rotor, and its working principle is based on the principle of electromagnetic induction. It is widely used in industrial and civil fields, and is one of the indispensable and important equipments in modern industry and daily life. For more information about three-phase motor tester, please contact AIP via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com.

Automotive generator is an important part of the automotive electrical system, which is responsible for converting mechanical energy into electrical energy to provide stable and reliable power support for various electronic devices of the vehicle. With the continuous development of automotive technology, automotive generators are also progressing and improving to adapt to the higher degree of electrification and more complex electrical systems.     Working Principle The basic working principle of an automotive generator is the principle of electromagnetic induction. Inside the generator there is a fixed magnetic field and a rotating armature. When the armature rotates in the magnetic field, it generates an induced electromotive force, which results in the output of electrical energy. Automotive generators are generally three-phase alternators, and their internal structure includes components such as the stator, rotor and silicon rectifier diode.     The stator is the fixed part of the generator, which contains the three-phase windings and the iron core, and is the main magnetic field part of the generator. The rotor is the rotating part of the generator, which consists of electrically conductive copper or aluminum bars that generate three-phase alternating current when rotating in the stator magnetic field. The function of the silicon rectifier diode is to rectify the three-phase alternating current into direct current to provide a stable power output for the automotive electrical system. Classification Automotive generators can be categorized according to different classification criteria. According to the installation location, automotive generators can be categorized into built-in generators and external generators. The built-in generator is installed inside the engine and connected to the engine crankshaft, while the external generator is independent of the engine and is usually installed in the engine compartment or the frame. Based on the source of power, automotive generators can be categorized into conventional generators and start-stop generators. Conventional generators rely on engine power to drive the rotor of the generator to rotate, while start-stop generators use rare-earth magnets with strong magnetism as the stator material, which can quickly establish a magnetic field when the engine is running to improve power generation efficiency. According to the external dimensions, automotive generators can be categorized into micro generators, small generators, medium-sized generators and large generators. Micro and small generators are generally applicable to small vehicles and light vehicles, while medium and large generators are applicable to large vehicles and heavy vehicles. Applications Automotive generators have a wide range of use scenarios in practical applications. For example, it can provide electrical support for electronic devices such as air conditioning, audio, lighting, and power windows in automobiles. At the same time, the automobile generator can also charge the battery to ensure that the battery is fully charged. In actual use, the reliability of the automotive generator is directly related to the normal operation of the automotive electrical system. Therefore, for some vehicles with high reliability requirements, such as military vehicles, buses, trucks, etc., it is necessary to choose a reliable quality generator brand and model. In addition, for some special-purpose vehicles, such as electric vehicles, hybrid vehicles, etc., it is necessary to choose a generator suitable for its power system. Future Outlook With the continuous development of automotive technology, automotive generators will develop in the direction of higher efficiency, lower noise and more environmentally friendly. Future automotive generators will use more advanced materials and technologies, such as carbon fiber, rare-earth permanent magnet materials, oil-cooling technology, etc., in order to improve the efficiency and reliability of generators. Meanwhile, with the continuous expansion of the electric vehicle market, the charging generator for electric vehicles will become one of the important development directions in the future. Conclusion Automotive generator is an important part of automotive electrical system, and its development and progress is directly related to the development of automotive technology. In the future, automotive generators will adopt more advanced materials and technologies to improve efficiency and reliability to meet the needs of higher electrification and more complex electrical systems. Meanwhile, as the electric vehicle market continues to expand, charging generators for electric vehicles will also become one of the important development directions in the future. AIP focuses on global electric motor testing, and now has perfect automotive motor testing solutions. If you have automotive motor testing or other motor tester problems, please contact us via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com.      

  AIP focuses on global motor testing. Since its establishment, it has focused on the research and development, and production of motor testing equipment, striving to protect the development of the motor industry. At present, AIP has a relatively complete motor testing solution for brushless motor testing, including a brushless motor loading (no-load) testing system, a permanent magnet rotor testing system, a brushless motor stator testing system, and a dynamometer testing system. machine intelligent test system. The above picture is a BLDC motor tester customized by AIP for domestic customers who have long-term cooperation with our company. The test items mainly include AC Hi-pot, insulation resistance, surge, DC resistance, air conditioning load performance, phase loss detection, and load performance (power, speed, Hall performance). After the equipment is started, the test items of the set group are completed in sequence according to the test process. After the test is completed, qualified and failed instructions and sound and light alarms are given to provide customers with It is our responsibility to solve the problems in the motor testing industry, and we will continue to work hard to fulfill our original intention!  For more information about BLDC motor testing, please contact us via Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com. We will provide you with free brushless motor testing solutions.

IEC 60034-1 is a standard within the IEC 60034 series that focuses on the rating and performance of rotating electrical machines. Here are some key details about IEC 60034-1: This standard provides guidelines and requirements for the rating and performance of all types of rotating electrical machines, including motors and generators. It covers aspects such as power ratings, efficiency, and temperature rise limits. Power Rating: IEC 60034-1 specifies how to determine the power rating of rotating electrical machines under various operating conditions. This includes both continuous and short-time duty ratings. Efficiency: The standard outlines methods for determining the efficiency of rotating machines, which is crucial for assessing their energy efficiency and performance. Temperature Rise: It sets limits on the allowable temperature rise of the machine's components during operation to ensure safe and reliable performance. Performance Testing: IEC 60034-1 provides guidelines for conducting performance tests to verify that a rotating electrical machine meets its specified rating. Conditions of Operation: The standard takes into account different operating conditions and duty cycles that machines may encounter. Application: It is used as a reference for manufacturers, users, and regulatory authorities to ensure that rotating electrical machines are designed, rated, and tested in accordance with internationally recognized standards. Part of the IEC 60034 Series: This standard is part of a larger series of standards (IEC 60034) that cover various aspects of rotating electrical machines, including testing, efficiency classification, and more. Global Applicability: IEC standards are recognized and used globally, making IEC 60034-1 an important reference for the electrical engineering industry.   Click the link www.aiptesting.com, and find out more information about motor testers.

Recently, AIP’s batch of tubular motor stator tester successfully passed acceptance and was shipped. Relying on a strong internal production management system and a professional R&D team, AIP successfully completed the order delivery task on schedule. This is a reflection of AIP's strong product competitiveness and technical strength in the market, and highlights customers' recognition and recognition of AIP trust.     Introduction to tubular motor stator tester This time,AIP provides corresponding testing solutions for customers’ tubular stator testing of multiple specifications. Test items include: DC resistance, insulation resistance, AC hi-pot, surge, inductance, anti-embedding, and rotation. The equipment tests are stable, efficient, fast, accurate and highly compatible. Mainly suitable for electrical performance testing of various types of motor stators, such as home appliance motors, water pump motors, fan motors, stepper motors, servo motors, etc. The fastest single-phase single-speed motor test is 4 seconds, which improves the motor production cycle and reduces corporate costs. This product has been exported to nearly 30 countries.     AIP is guided by technological innovation and adheres to high-quality development. Adhering to the corporate philosophy of "customer-centered and striver-oriented", it has gained widespread attention in the industry. With the diversified development of the motor manufacturing industry and the iterative updates of motor production technology, AIP will continue to innovate, improve product core technologies, contribute to the development of the motor testing field, and lead China's motor testing to the international stage. If you have any questions about the tubular motor stator tester, please contact the professional Chinese tubular motor stator tester manufacturer— AIP. The contact information is as follows: Tel/Whatsapp: +86-13969776659, E-mail: international@aipuo.com