Double-winding stator with m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=144·k slots |
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IPC classes for russian patent Double-winding stator with m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=144·k slots (RU 2355097):
    
 Double-winding stator with m=3-phase 2p1=12·k- and 2p2=14·k-pole lap windings in z=126·k slots / 2355096
Present invention relates to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active materials, while reducing input of insulating materials and coefficient of differential scattering σd% m=3 phase p1=12·k and 2p2=14·k - pole lap windings in z=126·k slots. The essence of the invention lies in that, for the double winding stator of an asynchronous motor with m=3 phase 2p1=12·k- and 2p2=14·k- pole lap windings in z=126·k slots, each of which is made symmetrical with an m=6-zone from equally spaced coils, put into slots in two layers: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with even numbers 1K, 3K,…, (z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups, given q'1=7/4 and with grouping of their coils into a 2 2 2 1 row, which repeats nine times. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…, (z)K, containing wk2 turns and connected, given q'2=3/2, into 6p2 alternating double- and single-coil semi-groups. The spacing of all coils in the slots equals yk=9, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
 Double-winding stator with c m=3-phase 2p1=8·k- and 2p2=10·k-pole lap windings in z=144·k slots / 2355095
Present invention pertains to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active materials, while reducing input of insulating materials and coefficient of differential scattering σd% m=3-phase 2p1=8·k and 2p2=10·k - pole lap windings in z=144·k slots. The essence of the invention lies in that, for the double winding stator of an asynchronous motor with m=3 phase 2p1=8·k and 2p2=10·k-pole lap windings in z=144·k slots, each of which is made symmetrical with an m=6-zone from equally spaced coils, put into slots in two layers: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…, (z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=3 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected into 6p2 coil semi-groups given q'2=12/5, with grouping their coils in a 3 2 3 2 2 row, which repeats six times. The spacing of all coils in the slots equals yk=15, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
 Double-winding stator with m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=72·k slots / 2355094
Present invention relates to electric machine engineering. The invention seeks to simplify manufacture and increase use of active materials while reducing input of insulating materials and lowering coefficient of differential scattering σd% m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings of a stator with z=72·k slots. The essence of the invention lies in that, the double-winding stator of an asynchronous motor has m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=72·k slots, each of which is made from m=6-zone from equally spaced coils, put into the slots in two layers. According to this invention: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…(z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=2 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected, given q'2=3/2, to 6p2 into alternating double- and single-coil semi-groups. All coils have spacing in the slots, equal to yk=9, where k=1, 2, 3; q'1=z/12p1 and q'2=z/12p2.
 Double winding stator with m=3-phase 2p1=8·k- and 2р2=10·k-polar lap windings in z=96·k slots / 2355093
Present invention pertains to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active material while reducing use of insulating materials and values of coefficient of differential scattering σd% m=3-phase 2p1=8·k and 2p2=10·k-polar lap windings of a stator with z=96-k slots. The essence of the invention lies in that, the double-winding stator of an asynchronous motor has m=3-phase 2p1=8·k- and 2p2=10·k- pole lap windings in z=96·k slots, each of which is made symmetrically from m'=6-zone from equally spaced coils, put into the slots in two layers. According to this invention: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…(z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=2 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected, given q'2=8/5, with grouping their coils in a 22121row, which repeats six times. The spacing of all coils in the slots equals yk=9, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
 Three-phase two-layer electric machine winding in z=186·c slots with 2p=22·c and 2p=26·c poles / 2343618
Application: electric machine industry. The task consists in lowering the differential leakage factor σd of symmetrical m'=3-zone electric machine fractional (q=62/11 and q=62/13) loop winding. To do this three-phase two-layer electric machine winding in z=186-c slots is made of 3p·c coil groups. 1) with 2p=22·c poles with number of slots per pole and phase q=62/11 and grouping 66566566565: in the first grouping "1 Г...11 Г" the coils have slot pitch y"п"i=13-2(i-1) for groups of six- and y'"п"i =12-2(i'-1) five-coil with (1-x)wk turns of coils i=1, 6 and (1+x)wk of coils i=i'=3 with wk turns in the rest coils in groups and value of x=0,58; 2) with 2p=26·c poles with slot number per pole and phase q=62/13 and grouping 5555455545554: in the first grouping "1 Г...13 Г" five-coil groups have slot pitch y"п"i =11-2(i-1)·c (1-x)wK by turns of coils i =5 for "1Г", "4Г", "6Г", "8Г", "10Г", "12Г", (1-x)wk in i=1 and (1+x) wk in i=3 for "7Г", "11Г", y"п"=7·c (1+x)wK in i=3 for "2Г", "3Г" with (1-x)wk in i=1 for "2Г" and in i=5 for "3Г", and four-coil - y'"п"i =10-2(i'-1) with (1+x)wk by turns in i'=2, 3 with wk turns in the rest coils of groups when x=0.49. Such distributions of nonequalturn-coils repeat in each consequent grouping where c=1, 2, 3; i and I' - coil sequential numbers in groups; 2wK - number of turns in slots fully filled with winding.
 Three-phase double-layer electric machine winding in grooves z=225 at 2p=56 poles (g=75/28) / 2340065
Three-phase double-layer electric machine winding in grooves z=225 at 2p=56 poles with groove number per pole and phase q=z/3p=75/28 is produced from 3p=84 coil groups with numbers 1G...84G and coil grouping by series 3332332332332332332332332332, triply repeated. Concentric coils have groove steps ygi=6, 4, 2 with turn numbers (1-x)wk, (1+x)wk, (1-x)wk for three-coil groups and ygi=5, 3 with (1+x)wk, (1+x)wk for two-coil, where 2wk is number of groove turns completely filled with winding at optimum value x=0.39.
 Electric machine three-phase double-layer winding at 2p=16·c poles in z=3(8·b+5) ·c slots / 2335077
Winding incorporates 2p=16·c poles made up of 3p·c coil groups with the numbers from 1"Г" to 24"Г"·c in z=3(8·b+5)·c=63·c slots, or in z=87·c, or in z=111·c slots at b = 2, 3, 4 and with the number of the slots per a pole and phase q=z/3p=21/8, or q=29/8, or q=37/8. In compliance with the first version, the winding is made in z=63·c slots with q=21/8 and the coil group 3 3 2 3 3 2 3 2 in the series repeated 3·c times. Note, that in the first group 3"Г"...8"Г", the three-coil windings feature the coil pitch over the slots ysi=6, 4, 2 and are made with (1-x)wc, (1+x)wc, (1-x)wc turns while the two-coil groups feature the coil pitch over the slots y'si=5, 3 are furnished with wc, (1+x)wc turns at x=0.56. In compliance with the second version, the winding is laid in z=87·c slots with q = 29/8 and the coil group 4 4 3 4 4 3 4 3 in the series repeated 3·c times. Note that in the first group 1"Г"...8"Г", the four-coil windings feature the coil pitch over the slots ysi=8, 6, 4, 2 and are made with (1-x)wc, (1+x)wc, wc, (1-x)wc turns while the three-coil windings feature the coil pitch over the slots y'si=7, 5, 3 are made with wc, (1+x)wc, wc turns at x = 0.58. In compliance with the third version, the winding is made in z=111·c slots with q = 37/8 and the coil group 5 5 4 5 5 4 5 4 in the series repeated 3·c times. Note that in the first group 1"Г"...8"Г", the five-coil windings feature the coil pitch over the slots ysi=11, 9, 7, 5, 3 and are made with (1-x)wc, wc, (1+x)wc, wc, (1-x)wc turns, while the four-coil groups feature the coil pitch y'si = 10, 8, 6, 4 and are made with wc, wc, (1+x)wc, wc turns at x = 0.57. The aforesaid distributions of coils with unequal number of turns are repeated in every following group, where c=1, 2, 3...; 2wc is a number of slots filled completely with the winding.
 Electric machine three-phase double-layer winding in z=177·c slots at 2p=22·c and 2p= 26·c poles / 2335076
Invention relates to electrical engineering and aims at reducing differential dissipation factor σd of the electric machine symmetric divided loop with m'=3-section furnished with (q=59/11 and q=59/13). The invention novelty consists in that the aforesaid winding is made in z=177·c slots at 2p=22·c poles with the number of slots per a pole and phase q=59/11 up of 3p·c coil groups with the numbers 1"Г"...33"Г"·c and the coil group in the series 6 5 6 5 5 6 5 5 6 5 5 repeated 3·c times. Note, that in compliance with the first version, in the first group 1"Г"...11"Г", the group coils feature the pitch over the slots y=13-2 (i-1) four six-coil groups and y'=12-2 (i'-1) for five-coil groups with the number of turns as follows, i.e. (1-x)wc in coils i=1, 6; (1+x)wc in coils i'=3 and wc turns in the remaining coil groups at x=0.38. In compliance with the second version, the proposed winding is made in z=177·c slots at 2p=26·c poles with the number of clots per a phase and pole q=59/13 from 3p·c coil groups with the numbers 1"Г"...39"Г"·c and the coil group in the series 5 5 4 5 4 5 4 5 4 5 4 5 4, repeated 3·c times. Note that in the first group 1"Г"...13"Г", the group coils feature the pitch over slots y=11-2(i-1) for five-coil groups and y'=10-2(i'-1) for four-coil groups with the number of turns as follows, i.e. for four-coil groups with the number of turns (1-x)w in coils i=1, 5; (1+x)wc in coils i=i'=3 and w turns in the remaining coil groups at x=0.55. The aforesaid distributions of coils with unequal number of turns are repeated in every following group, where c=1, 2, 3...; 2wc is a number of slots filled completely with the winding.
 Electric machine three-phase double-layer winding at 2p=26·c poles in z=96·c and z=99·c slots / 2335075
Invention relates to electrical engineering and aims at reducing differential dissipation factor σd of the electric machine symmetric divided loop with m'=3-section (q=32/13 and q=33/13). The invention novelty consists in the following. The winding at 2p=26c poles made up of 3p·c coil groups with the numbers from 1"Г" to 39"Г"·c is configured as follows, i.e. 1) in z=96 c slots with the number of slots per a phase and pole q=32/13 and the coil group in the series 3232323232322, the first group 1"Г"...13"Г" has the three-coil groups with coil pitch over slots ysi= 6, 4, 2 with the number of turns (1-x) wc, wc, (1-x) wc in 1"Г", 11"Г" and (1-x) wc, (1+x)wc, (1-x)wc in 3"Г", 5"Г", 7"Г", 9"Г", while the two-coil windings have y'si=5, 3 with wc, (1+x) wc turns at x=0.44, 2) in z=99c slots with the number of slots per a phase or pole q=33/13 and the coil group in the series 3323232323232, i.e. in the first group 1"Г"...13"Г", the three-coil windings feature the coil pitch over the slots ysi= 6, 4, 2 with the number of turns (1-x) wc, (1+x) wc, (1-x) wc turns and the two-coil windings feature y'si=5, 3 with wc, (1+x)wc turns at x=0.55. The aforesaid distributions of coils with unequal number of turns are repeated in every following group, where c=1, 2, 3...; 2wc is a number of slots filled completely with the winding.
 Electric machine three-phase double-layer winding in z=141·c slots at 2p=22·c and 2p=26·c poles / 2335074
Invention relates to electrical engineering and aims at reducing differential dissipation factor σd of the electric machine symmetric divided loop with m'=3-section furnished with (q=47/11 and q=47/13). The three-phase machine winding at z=141c slots, is as follows, i.e 1) at 2p=22·c poles with the number of slots per a phase and pole q=z/3p=47/11, it is made up of 3p·c coil groups with the numbers from 1"Г" to 33"Г"·c and the coil group in the series 54454445444 repeated 3c times, i.e. in the first group 1"Г"...11"Г" the concentric coils feature the pitch over slots ysi=10, 8, 6, 4, 2 with (1-x)wc, wc, wc, wc, (1-x)wc turns in five-coil groups and y'si=9, 7, 5, 3 with wc, (1+x)wc, wc, (1-x)wc turns in the four-coil groups at x=0.43, 2) at 2p=26·c poles with the number of slots per a phase and pole q=z/3p=47/13 the winding is made up of 3p·c coil groups with the numbers from 1"Г" to 39"Г" c and the coil group in the series 4434434344343, repeated 3·c times, i.e. in the first group 1"Г"...13"Г", the concentric coils feature the pitch over the slots ysi=8, 6, 4, 2 with (1-x)wc, (1+x)wc, wc, (1-x)wc turns in the four-coil group and ysi=7, 5, 3 with wc, (1+x)wc, wc turns in the three-coil group at x=0.58. The aforesaid distributions of coils with unequal number of turns are repeated in every following group, where c=1, 2, 3...; 2wc is a number of slots filled completely with the winding.
Double-winding stator with m=3-phase 2p1=12·k- and 2p2=14·k-pole lap windings in z=126·k slots / 2355096
Present invention relates to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active materials, while reducing input of insulating materials and coefficient of differential scattering σd% m=3 phase p1=12·k and 2p2=14·k - pole lap windings in z=126·k slots. The essence of the invention lies in that, for the double winding stator of an asynchronous motor with m=3 phase 2p1=12·k- and 2p2=14·k- pole lap windings in z=126·k slots, each of which is made symmetrical with an m=6-zone from equally spaced coils, put into slots in two layers: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with even numbers 1K, 3K,…, (z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups, given q'1=7/4 and with grouping of their coils into a 2 2 2 1 row, which repeats nine times. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…, (z)K, containing wk2 turns and connected, given q'2=3/2, into 6p2 alternating double- and single-coil semi-groups. The spacing of all coils in the slots equals yk=9, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
Double-winding stator with c m=3-phase 2p1=8·k- and 2p2=10·k-pole lap windings in z=144·k slots / 2355095
Present invention pertains to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active materials, while reducing input of insulating materials and coefficient of differential scattering σd% m=3-phase 2p1=8·k and 2p2=10·k - pole lap windings in z=144·k slots. The essence of the invention lies in that, for the double winding stator of an asynchronous motor with m=3 phase 2p1=8·k and 2p2=10·k-pole lap windings in z=144·k slots, each of which is made symmetrical with an m=6-zone from equally spaced coils, put into slots in two layers: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…, (z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=3 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected into 6p2 coil semi-groups given q'2=12/5, with grouping their coils in a 3 2 3 2 2 row, which repeats six times. The spacing of all coils in the slots equals yk=15, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
Double-winding stator with m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=72·k slots / 2355094
Present invention relates to electric machine engineering. The invention seeks to simplify manufacture and increase use of active materials while reducing input of insulating materials and lowering coefficient of differential scattering σd% m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings of a stator with z=72·k slots. The essence of the invention lies in that, the double-winding stator of an asynchronous motor has m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=72·k slots, each of which is made from m=6-zone from equally spaced coils, put into the slots in two layers. According to this invention: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…(z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=2 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected, given q'2=3/2, to 6p2 into alternating double- and single-coil semi-groups. All coils have spacing in the slots, equal to yk=9, where k=1, 2, 3; q'1=z/12p1 and q'2=z/12p2.
Double winding stator with m=3-phase 2p1=8·k- and 2р2=10·k-polar lap windings in z=96·k slots / 2355093
Present invention pertains to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active material while reducing use of insulating materials and values of coefficient of differential scattering σd% m=3-phase 2p1=8·k and 2p2=10·k-polar lap windings of a stator with z=96-k slots. The essence of the invention lies in that, the double-winding stator of an asynchronous motor has m=3-phase 2p1=8·k- and 2p2=10·k- pole lap windings in z=96·k slots, each of which is made symmetrically from m'=6-zone from equally spaced coils, put into the slots in two layers. According to this invention: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…(z-1)K, containing wk1 turns and connected into 6p1 coil semi-groups with q'1=2 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected, given q'2=8/5, with grouping their coils in a 22121row, which repeats six times. The spacing of all coils in the slots equals yk=9, where k=1, 2 when q'1=z/12p1 and q'2=z/12p2.
 Electromechanical core drilling assembly / 2337225
Assembly contains power supply source with control system, submersible asynchronous three-phase electric motor, rotor of which is connected to core tube with crown, stator connected with top tube, and elastic element that is rigidly fixed with cable lock on one side and electric motor rotor on the other. Source of windings power supply is equipped with single-phase bridge rectifier, rotor of submersible asynchronous three-phase electric motor is made with one pair of explicit poles, and one phase stator winding is serially connected with bridge single-phase rectifier, to the outlet of which by direct current two other phase windings are connected by serially connected between each other ends, which form one pair of poles, with the possibility of rotor fixation with stator by elastic element in initial position, at which longitudinal axis of rotor symmetry coincides with longitudinal axis of symmetry of electromagnet field formed by two serially connected stator windings.
 Asynchronous two-frequency generator / 2313886
Asynchronous two-frequency electric machine contains short-circuited rotor and two three-phased windings combined in common core of stator with numbers of pole pairs p1 and p2, where EMF are induced at frequency f1 and f2 respectively, having clamps for connecting external electric circuits, including electric receivers, while in parallel to winding with number of pole pairs p2 a three-phased excitation capacitor is connected, also contains a motor as supply of mechanical power which rotates shaft of machine, and additional three-phased excitation capacitor, connected in parallel to winding with a number of pole pairs p1.
 Motor-brake / 2287889
Stator and rotor contacting surfaces of motor-brake built around squirrel-cage induction motor are provided with taper thread; rotor shaft is supported on one end by radial bearing and on other one, by thrust bearing with spacer disk affording cohesion between stator and rotor threaded surfaces during reverse movement of rotor; shaft extension of the latter is splined.
 Multiphase fractional (q = 4/7) winding of electrical machines ac / 2236077
The invention relates to the field of electrical engineering and of electrical engineering, namely to dvenadtsatiletny asynchronous motors with squirrel-cage rotor, fed from a solid state frequency converters, frequency-regulated electric drive AC
 Desativada fractional (q=3/5) winding of electrical machines ac / 2231890
The invention relates to the field of electrical engineering and can be used in electrical engineering when creating devyatietazhnykh asynchronous motors with squirrel-cage rotor, fed from a solid state frequency converters in variable frequency AC drive
 Desativada fractional (q=4/7) winding of electrical machines ac / 2231194
The invention relates to the field of electrical engineering and of electrical engineering, namely to dvenadtsatiletny asynchronous motors with squirrel-cage rotor, fed from a solid state frequency converters, frequency-regulated electric drive AC
Motor-brake / 2287889
Stator and rotor contacting surfaces of motor-brake built around squirrel-cage induction motor are provided with taper thread; rotor shaft is supported on one end by radial bearing and on other one, by thrust bearing with spacer disk affording cohesion between stator and rotor threaded surfaces during reverse movement of rotor; shaft extension of the latter is splined.
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FIELD: electricity. SUBSTANCE: present invention pertains to electric machine engineering. The invention seeks to simplify manufacturing and increase use of active materials, while reducing input of insulating materials and coefficient of differential scattering σd% m=3-phase 2p1=6·k- and 2p2=8·k- pole lap windings of a stator in z=144·k slots. The essence of the invention lies in that, the double-winding stator of an asynchronous motor has m=3-phase 2p1=6·k- and 2p2=8·k-pole lap windings in z=144·k slots, each of which is made symmetrical from m=6-zone from equally spaced coils, put into the slots in two layers. According to this invention: from K=z coils with numbers from 1K to (z)K, the 2p1 pole winding relates to K/2 coils with odd numbers 1K, 3K,…(z-1)K, containing wK1 turns and connected into 6p1 coil semi-groups with q'1=4 neighbouring coils in each. The 2p2 pole winding relates to K/2 coils with even numbers 2K, 4K,…,(z)K, containing wk2 turns and connected into 6p2 coil semi-groups with q'2=3 neighbouring coils in each. All coils have uneven spacing in the slots, equal to yk=19, or yk=21, where k=1, 2 given q'1=z/12p1 and q'2=z/12p2. EFFECT: easier manufacturing and increases use of active materials, while reducing input of insulating materials and coefficient of differential scattering. 3 dwg
The invention relates to three-phase windings of the stator of a two-speed AD (asynchronous motors with squirrel-cage rotor. Known symmetric loop two-layer (single-layer) m=3-phase 2P-pole winding is performed in the z grooves of the m p of coil groups (semigroups) in increments of their coils in the slots of thetoclose to the pole division τp=z/2p, the number of slots per pole and phase q=z/m p and phase zones on a couple of poles m'=6 (zones A, Z, B, X, C, Y) [Waldek A.I. of the Electric machine. L.: Energy, 1978, s]. When integers q each coil group contains q adjacent coils, and when the fractional q=z/m p=N/d=b+c/d (for numbers d not divisible by m). the number of coils in groups correspond to the grouping of the winding in the form of a numerical range defined by the fractional part of s/d number q [Livshits-Garik M Winding AC machines / Lane. from English. HP: SEI, 1959, s]. On the two-speed stator HELL when the ratio of speeds 3:2, 4:3, etc. are usually two separate opposite-pole three-phase winding is performed in a conventional two-layer loop-forming after laying four slot layer, which increases the flow of insulating materials and increases the slot scattering winding placed at the bottom of the slot layers. Both windings can be performed similarly to the single-layer chain at the location of their groove and windshields parts in two layers [Sergeev Psi other Proektirova is their electric cars. M: Energy, 1970, s-453]. The invention seeks to simplify manufacturing and improve the use of active materials while reducing the consumption of insulating materials, grooving and differential σd%, scattering m=3-phase 2p1=6·k - 2P2=8·k-loop pole windings at z=144·k the slots. The solution of this problem is achieved by the fact that for the stator with m=3-phase 2p1=6·k - 2P2=8·k-loop pole windings in the z=144·k slots, each of which is made symmetric m'=6-zone of uniformly interleaved coils placed in the slots in two layers: K=z coils with numbers from 1 K to (z)K 2P1-pole winding refer To/2 coils with odd numbers 1K,3K,...,(z-l)K, with wK1coils and connected in 6p1reel semigroups with q1'=4 adjacent its coils in each, and to 2P2-pole winding refer To/2 coils even numbered 2K,4K,...,(z)K, with wK2coils and connected in 6R2reel semigroups with q2'=3 its neighboring coils in each, all coils have an odd step grooves equal into=19 or yto=21, where k=l, 2 if q1'=z/12p1and q2'=z/12p2. Figure 1 shows the scan-lock layers of the proposed two-winding winding stator at z=144(k=l), yto=19 z/2=72 slots with the numbers of the slots 1...72 SNES is, coils 1K,2K,... top with phase zones A-Z-B-X-C-Y layers for 2P1=6-pole winding with q1=8 (the odd-numbered coil), A'-Z'-B'-X'-C'-Y' for 2P1=8-pole winding with q2=6 (even-numbered coil) and the top shows the frontal part of the coils 1K and 2K, in figure 2 the phase alternations zones 1, a triangular grid (at her side in two units of length) constructed polygons MDS for 2p1=6 (outer), 2P2=8 (internal) with the numbering of the first q1=z/6p1=8, q2=z/6p2=slot 6 points with unit vectors of currents zones A-Z-B-X-C-Y center; figure 3, like figure 2, constructed polygons MDS for step coils Into=21. When k=2, the winding has 2p1=12 and 2P2=16 poles at z=288 grooves. Winding of figure 1 are connected to the usual m'=6-slice winding way, i.e. semigroups zones X, Y, Z are included in the phase counterpart of semigroups zones a, b, C, and phase must match the star. Side coils take on 1 half of each slot, but can have a large section for one and correspondingly smaller for the other windings with different numbers of turns wtoand conductor cross-sections of their coils. Such winding, such a chain of single-layer, obtained as if embedded in one another when the two layers for grooving and windshields parts, which reduces the flow of insulating materials and grooving reduces scattering. For large Adaudience coils heteropolar parts can be run on opposite sides of the stator. The differential scattering coefficient σd%is determined from the polygon MDS winding using a triangular mesh [Popov V.I. Determination and optimization of parameters of three-phase windings on their polygons MDS)//Elektrichestvo, 1997, No. 9, p.53-55] ratios
where R2d- the square of the average radius for j=1...N=q·d slot points one recurring part of the polygon; R2jdetermined by the law of cosines. 2P1=6-pole winding 1 when q1=z/6p1=8, τp=24, yto=19 has the coefficients: shortening coils Ky=sin(90°19/24)=sin(71,25°), distribution To thep=0,5/4sin7,5° and winding Toabout=KyTop=0,90684. On the outer polygon MDS figure 2: R2j=3·82=192 for (j=1; R2j=102+62+10·6=196 for j=2,8; R2j=122+42+12·4=208 for j=3,7 R2j=122+22+12·2=172 for j=4,6; R2j=142=196 for j=5, R2d=ΣR2j/8=192.5 kg (1), Ro=144·0,90684/3π and σd%=0,274. For 2P2=8 if q2=z/6p2=6, τp=18 for internal polygon MDS figure 2: Ky=sin95°, Kp=0,5/3sin10°, Kabout=0,95614 and R2d=ΣR2j/3=724/6, Ro=144·0,95614/4π and σd%=0,517. Similarly for yto=21 Magog is linkam MDS figure 3: 2p 1-Kabout=0,93926, Rd2=206,5 and σd%=0,269; 2P2-Kabout=0,9271, R2d=680/6 and σd%=0,415, i.e. the choice of the step into=19 or yto=21 is determined by the design and capacity two-speed HELL. The application of the proposed windings on the stator HELL with two-speed squirrel-cage rotor can simplify manufacturing, reduce consumption, insulating materials, to improve the electromagnetic parameters of the windings due to the reduction of their groove and differential scattering in comparison with the conventional separate opposite-pole single - and double-layer windings. Double winding stator with m=3-phase 2p1=6·k - 2p2=8·k-loop pole windings in the z=144·k slots, each of which is made symmetric m'=6-zone of uniformly interleaved coils placed in the slots in the two layers, characterized in that K=z coils with numbers from 1K to (z)K 2P1-pole winding are K/2 coils with odd numbers 1K, 3K,..., (z-1)K, with wk1coils and connected in 6p1reel semigroups with q'1=4 adjacent its coils in each, and to 2P2-pole winding are K/2 coils even numbered 2K, 4K,..., (z)K, with wk2coils and connected in 6R2reel semigroups with q'2=3 its neighboring coils in each, all coils shall have an odd step in the grooves, equal yk=19, or yk=21, where k=1, 2 if q'1=z/12p1and q'2=z/12p2.
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