Erzincan University Journal of Science and Technology 2149-4584 Erzincan Binali Yildirim University 10.18185/erzifbed.647472 Engineering Mühendislik 3 Fazlı 600 kW Gücünde Kısa Devre Kafesli Rotorlu Asenkron Motorun Tasarımı: Fiziksel Boyutlandırılması ve Elektriksel Hesaplamaları Design of Asynchronous Motor With 3 Phase 600 kW Power Short Circuit Cage Rotor: Physical Dimensioning and Electrical Calculations https://orcid.org/0000-0002-7240-6865 Coşkun Aykut BAYBURT ÜNİVERSİTESİ, BAYBURT MESLEK YÜKSEKOKULU 12 31 2019 12 3 1651 1665 11 15 2019 12 19 2019 Copyright © 2008, Erzincan University Journal of Science and Technology 2008 Erzincan University Journal of Science and Technology

Kısa devre kafesli rotorlu asenkron motorlaryapımı kolay, dayanıklı, işletme güvenliği yüksek, bakım ihtiyacı az vemuadillerine göre ucuz olduklarından sanayide ve birçok alanda yaygın olarakkullanılmaktadırlar. Bu çalışmada, 3 fazlı, 600 kW aktif gücünde, şebekegerilimi 400 V, çalışma frekansı 50 Hz, kutup çifti 2, kutup sayısı 4, verimi0.95 ve güç faktörü 0.93 olan kısa devre kafesli rotorlu asenkron motortasarımı, fiziksel boyutlandırılması ve elektriksel hesaplamaları ile yapılmıştır.Öncelikli olarak tanımlanan tasarım kriterleri ve performans değerlerine bağlıolarak motorun ana boyutları, daha sonra stator ve rotorun fiziksel boyutlandırılmasıve elektriksel hesaplamaları, endüksiyonlar ve magnetik alan şiddetleri, statorve rotor ağırlıkları, kayıplar ve verim hesaplanmıştır. Yapılan analizsonuçları, tasarlanan asenkron motorun istenen güç değerlerini ve tasarımperformans kriterlerini sağladığını göstermiştir.

Asynchronous motors with shortcircuit caged rotor are easy to build, durable, high operational safety, low maintenancerequirements and cheaper than their counterparts, so they are widely used inindustry and in many areas. In this study, design of asynchronous motor withshort circuit caged rotor with 3 phase, 600 kW active power, mains voltage 400V, operating frequency 50 Hz, pole pair 2, pole number 4, efficiency 0.95 andpower factor 0.93, physical dimensioning and electrical calculations were made.Firstly, main dimensions of motor according to the design criteria andperformance values defined, then physical dimensioning of the stator and rotorand electrical calculations, inductions and magnetic field intensities, statorand rotor weights, losses, and efficiency were calculated. The results of theanalysis showed that the designed asynchronous motor meets the required powervalues and design performance criteria.

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