CN204231052U

CN204231052U - A kind of modified node method of generator lenticular wire stator

Info

Publication number: CN204231052U
Application number: CN201420591800.0U
Authority: CN
Inventors: 陈孙艺
Original assignee: QUANZHOU KPL ELECTRIC APPLIANCE FOR VEHICLE CO Ltd
Current assignee: QUANZHOU KPL ELECTRIC APPLIANCE FOR VEHICLE CO Ltd
Priority date: 2014-10-14
Filing date: 2014-10-14
Publication date: 2015-03-25
Anticipated expiration: 2024-10-14

Abstract

The utility model discloses a kind of modified node method of generator lenticular wire stator, comprises iron core and stator winding, and this iron core is first-class is spacedly provided with 96 rectangular channels, and this each rectangular channel is divided into interior upper strata, interior lower floor, outer lower floor and outer upper strata; Stator winding is six phase windings and four layers of distribution, is equipped with a layer insulating paper between this adjacent two layers of four layers; In six phase windings, magnetic pole logarithm P=8, MgO-ZrO_2 brick q=1, the stator flat coil of every phase comprises 15 upper coils, 15 inner coils, 1 serial connection coil and 2 winding leading-out wires; 1 serial connection coil is that connection between corresponding coil groups levels is being got lines crossed.Stator winding is six phase windings and is four layers of distribution, a layer insulating paper is equipped with between the adjacent two layers of four layers, namely every four layers of distribution are folded with three insulating papers layer by layer altogether, each intercoil insulation is good, every phase winding realizes the orderly and compact distribution of 32 coils by 1 serial connection coil, whole stator coil copper factor is high, and power output is high.

Description

A kind of modified node method of generator lenticular wire stator

Technical field

The utility model relates to stator structure design, specifically refers to a kind of modified node method of generator lenticular wire stator.

Background technology

The generator unit stator disclosed in prior art, it can realize compact design, large power and low noise, its stator core equidistantly offers 96 rectangular channels, stator winding is made up of the conductor segment of multiple enamel-cover flat type copper wire, be connected with each other in the different layers inner wire section of different rectangular channel, to form the winding with high space factor and low resistance.But no matter existing stator winding adopts star connection or delta connection, still there will be the too low problem of generator power output, and insulate between each copper cash of stator winding and also there is the not good problem of reliability.In view of this, the stator of the present inventor to generator conducts in-depth research, and this case produces thus.

Utility model content

The purpose of this utility model is the modified node method providing a kind of generator lenticular wire stator, has the feature of compact conformation, high-output power and excellent insulation performance.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of modified node method of generator lenticular wire stator, comprise iron core and the stator winding of winding on this iron core, this iron core is first-class is spacedly provided with 96 rectangular channels, and this each rectangular channel is divided into interior upper strata, interior lower floor, outer lower floor and outer upper strata from the inside to the outside successively by described iron core radial direction; Described stator winding is six phase windings and four layers of distribution, is equipped with a layer insulating paper between this adjacent two layers of four layers; In described six phase windings, magnetic pole logarithm P=8, MgO-ZrO_2 brick q=1, the stator flat coil of every phase comprises 15 upper coils, 15 inner coils, 1 serial connection coil and 2 winding leading-out wires; Described 1 serial connection coil is that the connection between corresponding coil groups levels is being got lines crossed, and above-mentioned 2 winding leading-out wires are the head and the tail lead-out wire after the stator coil of corresponding phase is regularly connected in series in turn.

After adopting such scheme, this Novel photo is for the beneficial effect of prior art: this novel electricity generator lenticular wire stator is 96 grooves, stator winding is six phase windings and is four layers of distribution, a layer insulating paper is equipped with between the adjacent two layers of four layers, namely every four layers of distribution are folded with three insulating papers layer by layer altogether, and each intercoil insulation is good, and every phase winding realizes the orderly and compact distribution of 32 coils by 1 serial connection coil, whole stator coil copper factor is high, and power output is high.

Accompanying drawing explanation

Fig. 1 is the core structure schematic diagram of this novel lenticular wire stator;

Fig. 2 be this novel upper and lower layer line circle on iron core across the schematic diagram established;

Fig. 3 is the end view of this Novel stator;

Fig. 4 is the part coiling schematic diagram of the corresponding upper and lower layer line circle of this New single-phase one coil groups;

Fig. 5 is the coiling schematic diagram of this novel partial stator winding;

Fig. 6 is the enlarged diagram in Fig. 5 in dotted line frame.

Label declaration

Iron core 1 rectangular channel 10

Lower floor 102 in interior upper strata 101

The outer upper strata 104 of outer lower floor 103

Stator coil 2 inner coil 21

Upper coil 22 is connected in series coil 23

Winding leading-out wire 24

Embodiment

Below in conjunction with the drawings and specific embodiments, this case is described in further detail.

This case relates to a kind of modified node method of generator lenticular wire stator, as shown in figures 1 to 6, mainly comprises iron core 1 and the stator winding 2 of winding on this iron core 1.

As shown in Figure 1, iron core 1 is first-class is spacedly provided with 96 rectangular channels 10, is equipped with a slot insulating paper (in figure do not indicate) suitable with this rectangular channel 10 in this each rectangular channel 10 along its rectangular groove wall.As shown in Figure 2, if each rectangular channel 10 divides by the arrangement of the stator coil 2 in it four layers, it is followed successively by interior upper strata 101, interior lower floor 102, outer lower floor 103 and outer upper strata 104 from the inside to the outside by iron core 1 radial direction.Corresponding described four layers of design, stator winding 2 is six phase windings of employing four layers distribution, as shown in Figure 3, layer insulating paper 3 is equipped with between this adjacent two layers of four layers, namely three insulating papers 3 are layer by layer folded with between four layer line circles altogether, namely carry out the two-layer enamel wire coil of space between adjacent with layer insulating paper 3, thus interturn in stator windings or alternate breakdown problem may be caused to coil varnish covering burn when avoiding welding, guarantee the excellent service behaviour of stator coil with this.

Be the Winding Design of stator winding 2 as illustrated in figures 4-5, wherein, magnetic pole logarithm P=8, MgO-ZrO_2 brick q=1, then the stator flat coil of every phase can be divided into unicoil group, correspondence is distributed in 16 often corresponding rectangular channels, comprises 15 upper coils, 21,15 inner coils 22,1 serial connection coil 23 and 2 winding leading-out wires 24.In this Three phase winding, the schematic diagram of each corresponding iron core rectangular channel number is as follows:

As shown in Figure 2, Figure 4 shows, the pitch of inner coil 21 is 6, for being crossed on the progressive coil in two rectangular channels between lower floor 102 and outer lower floor 103; The pitch of upper coil 22 is 6, for being crossed on ripple in two rectangular channels between upper strata 101 and outer upper strata 104 around formula coil.As seen in figs. 5-6, the connection between 1 serial connection coil 23 corresponding coil groups levels coil is being got lines crossed, and pitch is 6, is crossed between the interior upper strata 101 of two rectangular channels and outer lower floor 103.After this phase coil is connected in series in turn according to above-mentioned rule, a winding leading-out wire 24 is also respectively drawn in its corresponding two ends.

The foregoing is only the preferred embodiment that this is novel, all equalizations done with this novel right change and modify, and all should belong to the scope of this novel claim.

Claims

1. the modified node method of a generator lenticular wire stator, comprise iron core and the stator winding of winding on this iron core, it is characterized in that: this iron core is first-class is spacedly provided with 96 rectangular channels, and this each rectangular channel is divided into interior upper strata, interior lower floor, outer lower floor and outer upper strata from the inside to the outside successively by described iron core radial direction; Described stator winding is six phase windings and four layers of distribution, is equipped with a layer insulating paper between this adjacent two layers of four layers; In described six phase windings, magnetic pole logarithm P=8, MgO-ZrO_2 brick q=1, the stator flat coil of every phase comprises 15 upper coils, 15 inner coils, 1 serial connection coil and 2 winding leading-out wires; Described 1 serial connection coil is that the connection between corresponding coil groups levels is being got lines crossed, and above-mentioned 2 winding leading-out wires are the head and the tail lead-out wire after the stator coil of corresponding phase is regularly connected in series in turn.