Coil, particularly for a vibronic-type transducer, comprising: - a meter body with a lead-through opening (11A; 11A') extending from a first end (11 +) of the meter body, formed by a first front surface, to a second end (11#) formed by a second front surface of the meter body, said second end being distal in relation to the first end; - a coil carrier with a lead-through opening extending from a first end (12+) of the coil carrier, formed by a first front surface, to a second end (12#), formed by a second front surface of the coil carrier, said second end being distal in relation to the first end, wherein the coil carrier is arranged in relation to the meter body in such a way that -- the second front surface of the coil carrier is oriented towards the meter body and that an intermediate space is formed between the second front surface of the coil carrier and the first front surface of the meter body, -- and that the lead-through opening of the coil carrier is aligned with the lead-through opening of the meter body; - a screw accommodated by both the lead-through opening of the coil carrier and the lead-through opening of the meter body, said screw being intended for the mechanical connection of the coil carrier and the meter body; - a coil wire wrapped around the coil carrier made from an electrically conductive material; - as well as at least two connecting cables (111, 112), each being partially placed in the intermediate space formed between the coil carrier and the meter body, wherein of said cables -- a first connecting cable has at least a core connected in an electrically conductive manner to a first end (14+) of the coil wire, said core being made from an electrically conductive material, and -- a second connecting cable has least a core connected in an electrically conductive manner to a second end (14#) of the coil wire, said core being made from an electrically conductive material. - a meter body with a lead-through opening (11A; 11A') extending from a first end (11 +) of the meter body, formed by a first front surface, to a second end (11#) formed by a second front surface of the meter body, said second end being distal in relation to the first end; - a coil carrier with a lead-through opening extending from a first end (12+) of the coil carrier, formed by a first front surface, to a second end (12#), formed by a second front surface of the coil carrier, said second end being distal in relation to the first end, wherein the coil carrier is arranged in relation to the meter body in such a way that -- the second front surface of the coil carrier is oriented towards the meter body and that an intermediate space is formed between the second front surface of the coil carrier and the first front surface of the meter body, -- and that the lead-through opening of the coil carrier is aligned with the lead-through opening of the meter body; -- the second front surface of the coil carrier is oriented towards the meter body and that an intermediate space is formed between the second front surface of the coil carrier and the first front surface of the meter body, -- and that the lead-through opening of the coil carrier is aligned with the lead-through opening of the meter body; - a screw accommodated by both the lead-through opening of the coil carrier and the lead-through opening of the meter body, said screw being intended for the mechanical connection of the coil carrier and the meter body; - a coil wire wrapped around the coil carrier made from an electrically conductive material; - as well as at least two connecting cables (111, 112), each being partially placed in the intermediate space formed between the coil carrier and the meter body, wherein of said cables -- a first connecting cable has at least a core connected in an electrically conductive manner to a first end (14+) of the coil wire, said core being made from an electrically conductive material, and -- a second connecting cable has least a core connected in an electrically conductive manner to a second end (14#) of the coil wire, said core being made from an electrically conductive material. -- a first connecting cable has at least a core connected in an electrically conductive manner to a first end (14+) of the coil wire, said core being made from an electrically conductive material, and -- a second connecting cable has least a core connected in an electrically conductive manner to a second end (14#) of the coil wire, said core being made from an electrically conductive material.