Travel motors, swing motors and regular motors are all electric motors, and their main differences lie in their design and the way they work to meet different application needs. 1. Ordinary motor: Ordinary motors usually refer to rotary motors, used to produce rotational motion, such as motors, engines, etc. The motion generated by ordinary motors is usually rotation around an axis, such as electric fans, drive motors of electric vehicles, etc. These motors can be used in a variety of applications including manufacturing, transportation, electronic equipment, and more. 2. Walking motor : A travel motor is a linear motor used to produce linear motion rather than rotational motion. This type of motor uses electromagnetic force to push a magnet or pusher along a straight line rather than rotating around an axis. Travel motors are typically used in applications that require precise linear positioning and control, such as CNC machine tools, printing presses, elevators, etc. 3. Rotary motor : A rotary motor is usually a special type of ordinary motor that offers greater precision and control. Such motors are often used with feedback systems such as encoders or sensors to provide precise position and speed control. Rotary motors are often used in applications that require high-precision control, such as robotics, aerospace equipment, medical equipment, etc. Information about the characteristics and applications of these motors: H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-N-NN-NN-020-Z-16-NNN H1B060AATADANBTBVNANNNNNNN020Z16NNN H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-A-10-NN-040-Z-26-NNN H1B060AATADANBTBVNANNA10NN040Z26NNN H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-A-10-NN-039-Z-30-NNN H1B060AATADANBTBVNANNA10NN039Z30NNN H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-A-10-NN-036-Z-23-NNN H1B060AATADANBTBVNANNA10NN036Z23NNN H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-A-10-NN-012-Z-24-NNN H1B060AATADANBTBVNANNA10NN012Z24NNN H1-B-060-A-A-TA-DA-N-B-TB-VN-AN-N-A-05-NN-015-Z-18-NNN H1B060AATADANBTBVNANNA05NN015Z18NNN H1-B-060-A-A-TA-DA-N-B-TB-DN-HN-N-N-NN-NN-030-V-20-NNN H1B060AATADANBTBDNHNNNNNNN030V20NNN H1-B-060-A-A-TA-DA-N-B-TB-DN-GN-N-A-05-NN-021-Z-20-NNN H1B060AATADANBTBDNGNNA05NN021Z20NNN H1-B-060-A-A-TA-DA-N-B-TB-CS-GS-B-N-NN-NN-015-R-16-NNN H1B060AATADANTBCSGSBNNNNN015R16NNN H1-B-060-A-A-TA-DA-N-B-TB-CN-GN-N-N-NN-NN-030-Z-16-NNN H1B060AATADANBTBCNGNNNNNNN030Z16NNN H1-B-060-A-A-TA-DA-N-B-TB-CN-GN-N-N-NN-NN-015-R-16-NNN H1B060AATADANBTBCNGNNNNNNN015R16NNN H1-B-060-A-A-TA-DA-N-B-TA-VN-AN-N-A-05-NN-025-Z-20-NNN H1B060AATADANBTAVNANNA05NN025Z20NNN H1-B-060-A-A-TA-DA-N-A-TB-VN-BN-N-N-NN-NN-026-Z-20-NNN H1B060AATADANATBVNBNNNNNN026Z20NNN H1-B-060-A-A-TA-DA-N-A-TB-VN-BN-N-A-10-NN-022-Z-18-NNN H1B060AATADANATBVNBNNA10NN022Z18NNN H1-B-060-A-A-TA-DA-N-A-TB-VN-BN-N-A-10-NN-022-Z-16-NNN H1B060AATADANATBVNBNNA10NN022Z16NNN H1-B-060-A-A-TA-DA-N-A-TB-VN-AN-N-N-NN-NN-022-Z-30-NNN H1B060AATADANATBVNANNNNNNN022Z30NNN H1-B-060-A-A-TA-DA-N-A-TB-VN-AN-N-N-NN-NN-020-Z-20-NNN H1B060AATADANATBVNANNNNNNN020Z20NNN H1-B-060-A-A-TA-DA-N-A-TB-DN-HN-N-N-NN-NN-030-Z-23-NNN H1B060AATADANATBDNHNNNNNNN030Z23NNN H1-B-060-A-A-TA-DA-N-A-TB-DN-GN-N-N-NN-NN-027-Q-18-NNN H1B060AATADANATBDNGNNNNNNN027Q18NNN H1-B-060-A-A-TA-DA-N-A-TA-VN-AN-N-A-10-NN-040-Z-18-NNN H1B060AATADANATAVNANNA10NN040Z18NNN Ordinary motor: Ordinary motors usually work with a rotating shaft and are suitable for various applications that require rotational power, such as automobile engines, wind turbines, motors, etc. The output power of ordinary motors is usually described in terms of rotation speed (RPM) and torque (Torque). Motors of different specifications can be selected according to application requirements. Walking motor: The walking motor is a linear motor that achieves precise positioning and control through linear motion. It is commonly used in applications that require linear movement, such as CNC machine tools, 3D printers, lifts and lifts. The advantage of travel motors is that they provide very high positioning accuracy and fast reaction times, making them very useful in areas where precise position control is required. Rotary motor: A rotary motor is a variation of a common motor that has high-precision position and speed control capabilities. It is often used with feedback systems such as encoders to provide closed-loop control. Rotary motors are widely used in applications that require precise control of rotational position, such as robot joints, CNC machine tools, camera gimbals, aircraft stability control, etc. When choosing a motor type, consider the following factors: The type of motion required (rotary or linear). Movement precision and control requirements. required output power and speed range. Environmental conditions such as temperature and humidity. Budget and available energy supplies. Long-term reliability and maintenance requirements. Based on these factors, selecting the appropriate motor type is important to ensure performance and efficiency for the application. 4. DC Motor: A DC motor is a general type of motor that usually uses a DC power source. They are very effective at controlling speed and direction, often by changing the direction or magnitude of the current. DC motors are used in a wide variety of applications including power tools, electric vehicles, drives in electronic devices, and more. 5. StepperMotor: A stepper motor is a special type of motor that controls position by rotating at a fixed discrete step angle. They are open-loop control systems that usually move in precise steps and are suitable for applications that require high precision and stability, such as printing, CNC machine tools, 3D printers, etc. H1-B-060-A-A-TA-DA-N-A-TA-DN-HN-N-A-05-NN-036-Z-25-NNN H1B060AATADANATADNHNNA05NN036Z25NNN H1-B-060-A-A-TA-D2-N-B-TA-DN-GN-N-A-10-NN-040-Z-26-NNN H1B060AATAD2NBTADNGNNA10NN040Z26NNN H1-B-060-A-A-TA-D2-N-B-TA-CS-GS-S-A-05-NN-035-Z-24-NNN H1B060AATAD2NBTACSGSSA05NN035Z24NNN H1-B-060-A-A-TA-D1-N-B-TB-VS-AS-S-A-10-NN-014-Z-28-NNN H1B060AATAD1NBTBVSASSA10NN014Z28NNN H1-B-060-A-A-TA-D1-N-B-TB-VS-AS-P-A-10-NN-014-Z-28-NNN H1B060AATAD1NBTBVSASPA10NN014Z28NNN H1-B-060-A-A-T2-DA-N-B-TB-VS-BS-S-A-10-NN-015-Z-30-NNN H1B060AAT2DANBTBVSBSSA10NN015Z30NNN H1-B-060-A-A-T2-DA-N-B-TB-VN-AN-N-A-10-NN-036-Z-23-NNN H1B060AAT2DANBTBVNANNA10NN036Z23NNN H1-B-060-A-A-T2-DA-N-B-TB-DN-HN-N-N-NN-NN-030-V-20-NNN H1B060AAT2DANBBTBDNHNNNNNNN030V20NNN H1-B-060-A-A-T2-DA-N-B-TA-VS-AS-S-A-10-NN-020-Z-21-NNN H1B060AAT2DANBTAVSASSA10NN020Z21NNN H1-B-060-A-A-T2-DA-N-B-TA-VS-AS-B-A-05-NN-015-Z-20-NNN H1B060AAT2DANBTAVSASBA05NN015Z20NNN H1-B-060-A-A-T2-DA-N-B-TA-VN-AN-N-A-10-NN-024-Z-16-NNN H1B060AAT2DANBTAVNANNA10NN024Z16NNN H1-B-060-A-A-T2-DA-N-B-TA-VN-AN-N-A-05-NN-015-Z-20-NNN H1B060AAT2DANBTAVNANNA05NN015Z20NNN H1-B-060-A-A-T2-DA-N-B-TA-DN-HN-N-A-05-NN-015-Z-20-NNN H1B060AAT2DANBTADNHNNA05NN015Z20NNN H1-B-060-A-A-T2-DA-N-B-TA-DN-GN-N-A-10-NN-020-Z-18-NNN H1B060AAT2DANBTADNGNNA10NN020Z18NNN H1-B-060-A-A-T2-DA-N-A-TB-VS-AS-S-N-NN-NN-022-Z-30-NNN H1B060AAT2DANATBVSASSNNNNNN022Z30NNN H1-B-060-A-A-T2-DA-N-A-TB-VS-AS-B-N-NN-NN-022-Z-30-NNN H1B060AAT2DANATBVSASBNNNNN022Z30NNN H1-B-060-A-A-T2-DA-N-A-TB-VN-AN-N-N-NN-NN-022-Z-30-NNN H1B060AAT2DANATBVNANNNNNNN022Z30NNN H1-B-060-A-A-T2-DA-N-A-TB-DS-GS-P-N-NN-NN-012-Z-20-NNN H1B060AAT2DANATBDSGSPNNNNN012Z20NNN H1-B-060-A-A-T2-DA-N-A-TB-CS-GS-P-N-NN-NN-012-Z-20-NNN H1B060AAT2DANATBCSGSPNNNNN012Z20NNN H1-B-060-A-A-T2-D2-N-C-TB-VS-AS-S-A-05-NN-012-Z-20-NNN H1B060AAT2D2NCTBVSASSA05NN012Z20NNN 6. AC Motor: An AC motor is a motor that uses AC power and is divided into two main types: asynchronous motors and synchronous motors. Asynchronous motors are widely used in industrial applications such as pumps, fans, and conveyor belts. Synchronous motors are often used in applications that require high-precision positioning, such as elevators, machine tools, and automatic door systems. 7. Brushless DC motor: A brushless DC motor is a DC motor, but it uses electronic control to achieve contactless rotor transmission, reducing friction and increasing efficiency. BLDC motors are used in a wide variety of applications, including power tools, home appliances, electric vehicles, wind turbine motors, and more. The final choice of motor type will depend on the specific requirements and performance criteria of the application. Different types of motors have different advantages and disadvantages in terms of speed, accuracy, efficiency, control methods and cost, so these factors need to be considered comprehensively when selecting.