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การยกเลิกจำหน่ายสินค้าประเภทอุปกรณ์นิวเมติกส์ (Pneumatic equipment) รุ่น “Economy Series” |
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Small AC Motors(Type:Controller Only)
Small AC Motors play a pivotal role in factory automation, act as the driving equipment for machinery and processes. Picture them as the engine of your automation setup, responsible for the controlled movement of various components. Despite their compact size, these motors are sturdy and versatile, making them perfect for applications where space is limited.Some of these motors are equipped with gear heads, which function as adjustable gears to fine-tune speed and force output, similar to gears on a bicycle. Controllers step in to manage these motors, acting as conductors that ensure precise coordination of their actions.A key feature is speed control, where the motor's pace is tailored to match its application. Additionally, reduction ratios are vital, transforming high-speed rotations into controlled and powerful movements, essential for tasks demanding accuracy.For added safety, certain small AC motors incorporate electromagnetic brakes, akin to those found in cars, ensuring secure stops. Moreover, the inclusion of a clutch component allows controlled motor engagement, much like shifting gears in a vehicle.Engineers specialized in factory automation must grasp the interaction between these small AC motors, their gear heads, controllers, and additional components.
Easy speed control motor with full functionality. A speed control motor with excellent cost performance that is reasonably priced and sized. [Features] ・ Speed control with closed loop control ・ Space saving and reduction of installation effort ・ Full functionality in a small body ・ High reliability ・ Vertical drive is possible with an electromagnetic brake ・ Uses a gear head with excellent torque and strength ・ Motor and gearhead assembled ・ Achieves space saving and cost reduction
[Features] ・ Highly reliable closed-loop control speed control motor unit ・ Intuitive operation just by turning the dial to set the desired value and pressing the dial ・ Built-in capacitor, simple connection ・ Equipped with digital display
[Features] · Speed setter is built in. · Speed setting knob on case front can be used to adjust the motor rotation speed. · This eliminates the need to perform wiring after separately mounting a speed setter. · Electronic brake allows for instant stop function. · Uses small size 8P plug-in method. · Abundant options for mounting can be used. · Various options for distribution boards can be used, such as terminal blocks, sockets, etc. made by the control equipment business unit. · Conforms to international standards
Unit product with controller and motor as a set. Because the motor and controller have a single-action connection, no separate wire connection is required.
A power controller developed for Oriental Motor's torque motors that allows for easy adjustment of torque. A perfect choice for winding applications, push-motion mechanisms and other situations where torque must be adjusted • Torque can be set using one of three methods; internal potentiometer, external potentiometer or external DC voltage • Change between two levels by switching between the internal potentiometer and an external potentiometer/voltage • Alarm output function • Instantaneous bi-directional operation by CW/CCW signal switching • Switching of signal input logic between sink and source
[Features] · It is a speed controller with improved usability by virtue of the improvement of the speed stability as is by the necessary function for the speed controller and its alarm output function, etc. · It can be downsized and can achieve high efficiency and performance. · It can be used with a broad array of voltage specifications and motor outputs.
Question: How does the working principle of a 3-phase induction motor differ from that of a single-phase induction motor?
Answer: The key difference between these two types of motors lies in the power supply they require. A single-phase induction motor operates on a single alternating current (AC) voltage source, while a 3-phase induction motor requires three separate AC voltage sources with a phase difference of 120 degrees between them. This difference in power supply affects the motor's starting torque, efficiency, and overall performance. 3-phase motors typically provide smoother and more reliable operation, making them suitable for industrial applications, whereas single-phase motors are often used in smaller appliances and machines.
Question: Between the induction motor and the DC motor, which one is more suitable for variable-speed applications and why?
Answer: DC motors are generally more suitable for variable-speed applications because their speed can be easily controlled by adjusting the voltage supplied to them. This feature allows precise speed regulation, making DC motors ideal for applications like robotics and conveyor systems. On the other hand, induction motors, especially single-phase ones, are typically less suited for variable-speed control, as their speed is primarily determined by the frequency of the AC power supply.
Question: How do gear heads contribute to the performance of motors?
Answer: Gear heads, also known as gearboxes, are often used in conjunction with motors to achieve specific speed and torque requirements. They allow motors to transmit power more efficiently by matching the motor's speed and torque characteristics to the needs of the application. Gear heads can increase output torque, reduce speed, and enhance precision in various automation processes.
Question: Are there motors with adjustable speed or direction?
Answer: There are motors designed with adjustable speed and direction control. These motors often incorporate electronic speed controllers (ESCs) or variable frequency drives (VFDs) that allow for precise adjustment of motor speed and the ability to reverse direction. Such motors are commonly used in applications where flexibility and control are essential, such as in conveyor systems, robotics, and industrial machinery.
Question: What are the typical applications of AC motors?
Answer: AC motors find widespread use in various applications, including fans, pumps, compressors, conveyor systems, HVAC (heating, ventilation, and air conditioning) units, and industrial machinery. Their versatility, reliability, and ability to operate on AC power grids make them essential in many automation and industrial processes.
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