Recent investigations on IMs with FSCWs show that, due to the higher MMF harmonic content of concentrated windings, this machine type is characterized by low torque capability and quality, as well as, low efficiency and thermal problems. This paper presents a new fundamental wave FSCW with sinusoidal MMF waveform and a non-overlapping winding arrangement. The proposed winding solution consists of two different FSCW types and a dual slot-layer stator structure. The first winding is located on the outer slot-layer region, while the second one is located on the inner slot-layer. Additionally, both windings are shifted in space to each other for a specific angle. This winding configuration has several advantages like high quality MMF wave with low harmonic contents, shorter end-winding length, and applicability to low poles IMs. Obtained results from the analysis of different IMs show that the proposed FSCW provides high performances in different application areas.