Stepper motor with integrated driver

Ansøgning: Computer Numerisk Kontrol (CNC) Maskineri, 3D Printere, Robotik, Medicinsk udstyr, Automotive systemer, Tekstilmaskiner, Forbrugerelektronik, Automation og kontrolsystemer, Home Appliances and Other Domestic Applications.

Fase: 2 Fase

Step angle: 1.8°/step

Rate voltage: 3.0 V

Nuværende: 2.0 EN

Resistance: 1.6 Ω

Tilpasning: Ledig

Stepper motor with integrated driver Basic Info.

Stepmotorer are widely used across various industries and devices due to their precise control capabilities. Here are some of the most common industries and applications where stepper motors are utilized:

Computer Numerisk Kontrol (CNC) Maskineri: Stepper motors are used in CNC machinery to precisely control the multi-axis movement of cutting tools, achieving accurate positioning and repeatability for tasks such as milling, gravering, og 3D-print.

3D Printere: In 3D printers, stepper motors drive the movement of the print head and build platform, enabling precise layer-by-layer deposition of materials to create complex three-dimensional objects accurately and consistently.

Robotik: Stepper motors are used in robotic systems to control the movement of robot arms, gribere, og andre komponenter. Their ability to make precise incremental movements is crucial for pick-and-place operations, forsamling, and positioning tasks in industrial and collaborative robot applications.

Medicinsk udstyr: Stepper motors play a significant role in medical devices and equipment, including medical imaging systems (such as MRI and CT scanners), robotkirurgiske systemer, infusionspumper, og laboratorieautomatisering. They enable precise movement and positioning of components, which is essential for diagnosis, behandling, og forskning.

Automotive systemer: Stepper motors are used in various automotive applications, such as fuel injection systems, elektronisk gasregulering, VVS (heating, ventilation, og aircondition) aktuatorer, og lygtejusteringssystemer. They provide accurate control of functions that require precise positioning and movement.

Tekstilmaskiner: I tekstilfremstilling, stepper motors drive the movement of yarn feeders, needle bars, and other components in weaving, strikning, og broderimaskiner. Their precise control allows for complex pattern design and adjustments in fabric production.

Forbrugerelektronik: Stepper motors are used in consumer electronics devices, such as digital cameras, printere, scannere, and disk drives, to control the movement of lenses, papirfremføring, og læse/skrive hoveder. They achieve precise positioning and movement in compact and portable devices.

Automation og kontrolsystemer: Stepper motors are integrated into various automation and control systems for tasks such as conveyor belt positioning, emballage, mærkning, og materialehåndtering i produktionsfaciliteter, varehuse, og logistikcentre.

Home Appliances and Other Domestic Applications: Stepper motors are also widely used in home appliances, such as operating air conditioning louvers, switching pipe valves, driving electric curtains, and automatic focusing and zoom mechanisms in digital cameras or smartphones. Derudover, they are used in home printers or copiers in convenience stores.

Kommercielle applikationer: Stepper motors are extensively used in commercial equipment, such as vending machines, bankautomater, billet- og valideringsmaskiner på togstationer, and driving rotating security cameras for regular repositioning to monitor surrounding areas.

Parameter characteristics:

Strøm: 2 horsepower can provide a certain power output to meet the driving needs of various devices. Converted into kilowatts, it is about 1.492 kilowatts (1 hp = 0.746 kw). This power level can ensure that the motor has enough energy during operation to drive the relevant mechanical equipment to operate normally.

Rotational speed characteristics: Rotational speed will vary according to specific design and application requirements, but generally there are moderate or high-speed rotational speed ranges, såsom 1400 rpm, 1750 rpm, 3450 rpm, etc. Different rotating speeds can adapt to different working scenes and equipment requirements.
Shape structure:

Square flange: The design of Greensky square flange makes the motor have better stability and reliability during installation. There are usually many mounting holes on the square flange to facilitate the fixed connection with other equipment or foundations.
Volume and weight: its volume and weight will vary according to the specific model and design, but generally speaking, this kind of motor is relatively small and easy to install and arrange in places with limited space.

Other characteristics: it has good heat dissipation performance to ensure that the motor will not be damaged by overheating when running for a long time; It has a certain protection level, which can prevent external factors such as dust and moisture from eroding the inside of the motor and ensure the normal operation of the motor.