Electric motors provide the interaction of the magnetic flux created by the current that will pass through the conductors in the rotor, thanks to the magnetic field created in the stator. In the manufacture of electric rotors to be made by electric motor companies, there are cables, magnets and power sources that are used to create current that will allow electricity to occur in the mechanism part of the motor. The magnetic field created in the mechanism applies force to the current cable, which moves in the existing cables. The coil existing in the mechanism provides the formation of the magnetic field and creates the rotation process, the task of the coil is to ensure the continuous rotation process. The coil that provides continuous rotation also forms the working principle of the electric motor.
Pretty common in almost every aspect of our livesThe electric motor used in the province ensures the operation of the fan part of the kitchen extractor, the washing machine pump and many other tools. The fact that electric motors do not vibrate in such devices is due to the use of laser marking applications and the monitoring of sensitive trajectories. Thanks to the developing technology, the electric motors used today are equipped with microprocessors so that their operation can be adjusted to the needs of the user.
Electric motors are devices that convert electrical energy into mechanical energy. In general, most of the electric motors have a rotary system. Electric motors have two basic components. One is fixed, the other is a rotating part around itself. These main parts are composed of electrical current conducting parts such as coils and magnetic current conducting parts and construction parts such as bearings. Applications of electric motors have a wide range of applications. The pump of a washing machine, the compressor of a refrigerator, the impeller of a kitchen extractor are always driven by the power of the electric motors. Electric motors are mainly used for repetitive, precise and speedy processes applied per second. In some electric motors, permanent magnets made from earth metals such as samarium cobalt magnets are used instead of traditional coils.
There are many different types of electric motors. Direct current motors, alternating field motors, synchronous or asynchronous motors. All of these engines have specific application areas. For example, the movements of DC motors are smooth, precise and powerful. Their speed can be easily adjusted, but they spark when working. Some electric motors are capable of stopping and operating frequently, are capable of precise speed settings and are capable of braking under load. Direct current motors are used where the highest efficiency is required. Our company performs electrical motor measurements in accordance with the relevant legal regulations, standards and test methods published by domestic and foreign organizations. These standards are based on a few standards:
- TS EN 62841-1 Electric motor-powered hand-held tools, portable tools and lawn and garden machines - Safety - Part 1: General rules
- Safety regulations - For hand held electrical tools, hand-held tools, portable tools and lawn and gardening machines - Part 62841-2: Particular requirements for hand held electric screwdrivers and hammer switches
- TS EN 62841-2-4 ... Part 2-4: Special rules for non-disc shaped hand-held abrasives and polishers
- TS EN 62841-2-5 ... Part 2-5: Particular requirements for hand-held circular saws
- TS EN 62841-2-9 ... Part 2-9: Particular requirements for hand-held threaders and threading apparatus
