GAMAK IE2 SINGLE PHASE ELECTRIC MOTORS

GAMAK IE2 SINGLE PHASE ELECTRIC MOTORS

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    With the transition to IE2 in single-phase electric motors, it is aimed to produce products that are environmentally friendly and help reduce carbon footprint while providing less energy consumption.

    IE2 motor regulation is a standard that evaluates the energy efficiency of single-phase electric motors. IE2 stands for "High Efficiency" level and indicates that single-phase electric motors have a high level of energy efficiency.

     IE2 motors are designated as IE2 on motor nameplates and technical documentation so that users can recognize that the motor has a high energy efficiency.

    Energy Efficiency and Innovations Brought by IE2 Sıngle Phase Motors? And its effects on the sector;

    • Thanks to the transition of all our single-phase electric motors to IE2, they have become environmentally friendly products with less energy consumption, providing up to 84.5% energy efficiency.
    • IE2 single-phase single-phase motors During operation Lower temperature values are achieved, while the service life of the motors is increased.
    • 220-230V 50 Hz standard operation values.

    Our IE2 single-phase products have a rich product range with various installation options from 0.12 kW to 3 kW, combining 3 different solutions in a single series at an affordable price with its optimum design. These products are divided into 2 groups as permanent split capacitor and Capacitor start+capacitor run motors; Capacitor start+capacitor run motors are divided into 2 more sub-groups as relay and centrifugal switch according to the method of deactivating the start capacitor, and we offer a total of 3 different product groups to the sector.

    Design with Permanent split Capacitor ;

    In this type of single-phase motors, the permanent split capacitor, which is in circuit during operation, is connected in series to the auxiliary winding. Power coefficient is high. Permanent split capacitor motors, which have a starting torque between 50-80% of the nominal torque, are used especially in applications that do not require high starting torque such as circular saws, drill machines, polishing machines, lawn mowers, pumps and fans.

    Design with Capacitor start+capacitor run motors ;

    In this type of single-phase motors, there is a start capacitor placed in the terminal box, which is activated for a short time and a permanent split capacitor(cpacitor run) that is constantly activated. In order to deactivate the start capacitor, a design with electronic relay and centrifugal switch has been made. Motors with Capacitor start+capacitor run are especially used in applications where high starting torque is required, such as compressors, hydraulic pumps and centrifugal pumps.

    Electronic Relay ;

    The main and auxiliary winding terminals of the motors with Capacitor start+capacitor run and the ends of the start capacitor connected in parallel to the permanent split capacitor and the permanent split capacitor are connected to the terminals of the electronic start-up relay and the motor starts to travel with a high starting moment when voltage is supplied to the supply terminals. When the motor reaches sufficient torque to lift the counter load, the electronic start relay disables the start capacitor by controlling the voltage on the auxiliary winding and the motor continues to operate with a single capacitor, just as in the permanent capacitor design. If the motor fails to take off within 3 seconds for any reason, the start capacitor is deactivated by means of a safety timer integrated into the electronic start relay, thus protecting the start capacitor against burnout and the auxiliary winding against overload during lock-up.

    Centrifugal Switch (Mechanical Switch) ;

    It is the switch that moves with the centrifugal force generated as a result of the rotational movement effect on the shaft. While both capacitors are activated at the moment of start-up, when the motor reaches a certain speed, it deactivates the start capacitor. In applications where single-phase motors are overloaded, since the centrifugal force decreases with the motor speed, the contacts of the centrifugal switch close and reactivate the start capacitor, while in the electronic start relay, the start capacitor cannot be reactivated without de-energizing the motor.

    Applications of M22D Motors

    M22D (Permanent Split Capacitor)

    Single-phase M22D induction motors are used in fans, pumps, drill machines, lawn mowers, circular saws etc. that require low starting torque.

    Applications of MS22D-MK22D Motors

    MS22D (Capacitor start/capacitor run motors-Electronic Relay)

    MK22D (Capacitor start/capacitor run motors-mechanical switch)

    Single-phase MS22D-MK22D induction motors are used in cranes, compressors, industrial kitchen equipment etc. that require high starting torque.

    Please contact us for more information.

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