A rotary compressor comprising: a compressor body in which two compressing sections (3A, 3B) laminated vertically and a motor for driving the compressing sections (3A, 3B) are accommodated in a cylindrical closed vessel installed vertically; a cylindrical accumulator disposed vertically at a side of the compressor body; and two suction pipes (8A, 8B) connecting the two compressing sections (3A, 3B) to the accumulator, in which a first end of each of the two suction pipes (8A, 8B) penetrates the lower end part of the accumulator and is open in an upper part in the accumulator, and a second end thereof penetrates a side wall of the closed vessel and is connected to a suction hole (323A, 323B) of each of the two compressing sections (3A, 3B), and an L-shaped bend part (81A, 81 B) is formed in an intermediate pipe part, wherein one of said compressing sections (3A, 3B) is an upper compressing section and the other of said compressing sections (3A, 3B) is a lower compressing section; one of said suction pipes (8A, 8B) connected to said upper compressing section is a first suction pipe and the other of said suction pipes (8A, 8B) connected to said lower compressing section is a second suction pipe; characterised in that respective second ends of the first suction pipe and the second suction pipe are located on a plane including the center axis line of the compressor body; said one L-shaped bend part of the first suction pipe is arranged on said plane including the center axis line, while said other L-shaped bend part (81 B) of the second suction pipe is disposed slantwise to said plane including the center axis line and has a bend part in an obtuse angle between said L-shaped bend part (81 B) and a lower end part of the accumulator; respective first ends of the first suction pipe and the second suction pipe penetrate the lower end part of the accumulator vertically at positions equally distant from a center axis line of the compressor body; and said respective L-shaped bend part (81A, 81 B) of the first suction pipe and the second suction pipe have the same bend radius. a compressor body in which two compressing sections (3A, 3B) laminated vertically and a motor for driving the compressing sections (3A, 3B) are accommodated in a cylindrical closed vessel installed vertically; a cylindrical accumulator disposed vertically at a side of the compressor body; and two suction pipes (8A, 8B) connecting the two compressing sections (3A, 3B) to the accumulator, in which a first end of each of the two suction pipes (8A, 8B) penetrates the lower end part of the accumulator and is open in an upper part in the accumulator, and a second end thereof penetrates a side wall of the closed vessel and is connected to a suction hole (323A, 323B) of each of the two compressing sections (3A, 3B), and an L-shaped bend part (81A, 81 B) is formed in an intermediate pipe part, wherein one of said compressing sections (3A, 3B) is an upper compressing section and the other of said compressing sections (3A, 3B) is a lower compressing section; one of said suction pipes (8A, 8B) connected to said upper compressing section is a first suction pipe and the other of said suction pipes (8A, 8B) connected to said lower compressing section is a second suction pipe; characterised in that respective second ends of the first suction pipe and the second suction pipe are located on a plane including the center axis line of the compressor body; said one L-shaped bend part of the first suction pipe is arranged on said plane including the center axis line, while said other L-shaped bend part (81 B) of the second suction pipe is disposed slantwise to said plane including the center axis line and has a bend part in an obtuse angle between said L-shaped bend part (81 B) and a lower end part of the accumulator; respective first ends of the first suction pipe and the second suction pipe penetrate the lower end part of the accumulator vertically at positions equally distant from a center axis line of the compressor body; and said respective L-shaped bend part (81A, 81 B) of the first suction pipe and the second suction pipe have the same bend radius.