Atsu Kpodo’s Post

48V Battery is assembling 😎

DC motors come in many forms, but they all have the same job: turning electrical energy (DC) into mechanical energy. Use formulae to understand how power supplies impact coil selection. https://bit.ly/3kcdvwC #powersupply #DCmotors

Why Does a Single-Phase Motor Need a Capacitor? 🤔⚙️ In single-phase motors, the main challenge is that the motor cannot start by itself. This is because a single-phase supply produces a pulsating magnetic field, which lacks the torque needed to initiate motor rotation. 🔧 Enter the Capacitor: A capacitor is essential for splitting the single-phase current into two phases. It creates a phase shift, producing a rotating magnetic field, which allows the motor to start smoothly and run efficiently. Without it, the motor wouldn't generate the initial torque necessary for operation! So, next time you see a single-phase motor, remember that small component—the capacitor—is doing big work behind the scenes! 💡 #Engineering #Capacitor #SinglePhaseMotor #ElectricalEngineering #MotorDesign #TechExplained

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Hi connections The three-phase induction motor is a workhorse in industrial and commercial applications, known for its reliability and efficiency. It operates on the principle of electromagnetic induction, where a rotating magnetic field is produced by the stator windings, inducing currents in the rotor bars. This interaction generates torque, causing the rotor to turn. Three-phase induction motors are widely used in various applications such as pumps, fans, compressors, and conveyors due to their simplicity, ruggedness, and ability to operate in harsh environments. One of the key advantages of three-phase induction motors is their self-starting capability, eliminating the need for additional starting mechanisms. Additionally, they offer relatively low maintenance requirements compared to other types of motors, making them cost-effective solutions for many industries. However, controlling their speed can be challenging without additional equipment such as variable frequency drives. Overall, three-phase induction motors continue to be integral components in a wide range of industrial processes, driving efficiency and productivity. #snsinstitutions #snsdesignthinkers #designthinking

1400 V Symmetrical Gate-Turn-off Thyristor from Littelfuse that is ideal for traction propulsion, auxiliaries, AC industrial drives applications Learn more: https://ow.ly/176250QIIkn #manufacturing #gto #powerelectronics #industrial #products #datasheet #quotation #motordrives

Thyristor&scr power controllers, also known as scr power controller is used to control power delivery. They are designed to vary the ac voltage across the resistive&inductive loads. The thyristor power controllers provide a smooth way of power delivery to load. Unlike conactors, not have any electromechanical movemen. Scr #3PhaseThyristorPowerController #DigitalSCRPowerRegulatorThyristorPowerController #PowerRegulatorThyristorwithVariousControl #ScrDigitalPowerRegulator #ScrPowerControllerPhaseAngleControl #ScrPowerRegulator #ThreePhaseCycleControlThyristorPowerRegulator

Shear Application in Steel Industry is a critical application due to its requirement for high dynamic response, high mechanical impact, & high Torque/Overload requirement. Therefore, selection of motors for such critical application is important. Siemens N-Compact 1PQ8 Motors fit perfectly in this frame because of excellent dynamic performance, customization and availability in force cooling arrangement.

QUICK 432A Charge Plate Monitor 🔹4.3-inch TFT touch screen enables you to check real-time voltage changes 🔹Built-in high-capacity rechargeable lithium battery for use without connection to external power supply #StaticMeter #ESD #Electrostatic #Tester

How do you identify the optimum winding for a DC motor? The purpose of the winding selection is to match the available electrical power, current, and voltage, to the required mechanical output power of the motor, based on torque and speed. From a mechanical perspective, the difference between winding selections is minimal, however, the key factors to consider are the electrical characteristics. This seven-minute video, from maxon’s technical training expert, Urs Kafader, explains what an engineer needs to know when selecting a winding type for a DC motor. Watch the video here: https://lnkd.in/e4xxCgkd In our next technical video on DC drive system specification, we’ll look at encoder selection for a DC motor drive system. You can watch previous videos in our DC motor drive system selection series from earlier posts on our channel. #drivenbymaxon #dcmotor #engineering #industrialdesign