CN205388960U - Ac contactor coil skeleton's mounting structure - Google Patents
Ac contactor coil skeleton's mounting structure Download PDFInfo
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- CN205388960U CN205388960U CN201521129005.0U CN201521129005U CN205388960U CN 205388960 U CN205388960 U CN 205388960U CN 201521129005 U CN201521129005 U CN 201521129005U CN 205388960 U CN205388960 U CN 205388960U
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Abstract
The utility model provides an ac contactor coil skeleton's mounting structure, includes base and coil skeleton, coil skeleton install in the base, coil skeleton includes skeleton roof and the skeleton bottom plate that installed respectively at the both ends of skeleton body and skeleton body, skeleton roof and skeleton bottom plate respectively with the base in the armature and the yoke of installation set up relatively. It is protruding to be equipped with the installation that is used for location installation coil skeleton on the skeleton roof, is equipped with and installs the protruding relative installation muscle that sets up on the lateral wall of base to the lateral wall of installing bellied lateral wall and installing the muscle contacts each other to be connected. The utility model provides an ac contactor coil skeleton's mounting structure that the installation effectiveness is high, the course of working is simple and convenient, connection structure is stable.
Description
Technical field
This utility model relates to Low Voltage Electrical Apparatus, particularly the mounting structure of a kind of ac contactor coil skeleton.
Background technology
Electromagnetic system in A.C. contactor is made up of iron core and coil, in the process of A.C. contactor adhesive, the armature in iron core moves to yoke direction, yoke also can be catered to armature direction simultaneously, if yoke not being fixed spacing, the displacement that then yoke produces can strike on coil, along with the rigid impact between increase yoke and the coil of adhesive number of times can cause coil failure.Existing yoke is generally adopted the middle part of lateral pin traverse yoke and again the two ends of lateral pin is put rubber parts, and push down rubber parts by coil rack thus avoiding yoke and coil generation rigid collision, but yoke adopts this fixing limit method to need more parts, make assembling process complex, reduce efficiency of assembling and mounting stability.
The coil of A.C. contactor is arranged on coil rack, and coil rack needs location and installation in base, the process coil skeleton in A.C. contactor adhesive is prevented to be subjected to displacement relative to base, it is not provided with location structure between existing coil rack and base or location structure is complex, it is not easy to processing and assembling, reduce further production efficiency and the stability of A.C. contactor use.
Utility model content
The purpose of this utility model is in that to overcome the defect of prior art, it is provided that the mounting structure of the ac contactor coil skeleton that a kind of installation effectiveness is high, the course of processing is easy, attachment structure is stable.
For achieving the above object, this utility model adopts the technical scheme that
A kind of mounting structure of ac contactor coil skeleton, including base 1 and coil rack 4, described coil rack 4 is arranged in base 1, coil rack 4 includes skeleton top board 420 and the base plate of support 430 that the two ends of frame body 410 and frame body 410 are respectively mounted, described skeleton top board 420 and base plate of support 430 respectively with base 1 in install armature and yoke 2 be oppositely arranged.It is protruding that skeleton top board 420 is provided with the installation for location and installation coil rack 4, and the sidewall of base 1 is provided with and installs the installation muscle 120 that projection is oppositely arranged, and the sidewall installing projection contacts with each other with the sidewall installing muscle 120 and is connected.
Further, the side of described skeleton top board 420 is the skeleton installation side 401 for coil rack 4 location and installation, the opposite side of skeleton top board 420 is the skeleton connection side 402 for coil rack 4 external cabling, described projection of installing includes being arranged on first positioning convex 510 at skeleton installation side 401 edge and is arranged on second positioning convex 520 at skeleton connection side 402 edge, the first described positioning convex 510 and the second positioning convex 520 are respectively equipped with locating notch 500, and the sidewall of locating notch 500 contacts with each other with the sidewall installing muscle 120 being mounted side by side on the sidewall of base 1 respectively and is connected on the first positioning convex 510 and the second positioning convex 520, thus by coil rack 4 location and installation in base 1.
Further, described locating notch 500 is L-type structure, the locating notch 500 of L-type structure is connected with two sidewall contacts being mutually connected vertically on installation muscle 120 respectively, and the sidewall of locating notch 500 is connected with installing the sidewall contact being relatively distant from the second positioning convex 520 side on muscle 120 on the first positioning convex 510, on the second positioning convex 510, the sidewall of locating notch 500 is connected with installing the sidewall contact being relatively distant from the first positioning convex 520 side on muscle 120.
Further, described skeleton installation side 401 be respectively arranged at two ends with the first positioning convex 510, described skeleton connection side 402 be respectively arranged at two ends with the second positioning convex 520, first positioning convex 510 of corresponding setting contacts connection respectively with the locating notch 500 on the second positioning convex 520 with two positioning bars 120 being arranged side by side on the sidewall of base 1, and on the first positioning convex 510 and the second positioning convex 520 distance between locating notch 500 equal to the distance between two positioning bars 120.
Further, the edge of described skeleton installation side 401 is provided with skeleton erecting bed 530, the first described positioning convex 510 is fixedly mounted on the sidewall of skeleton erecting bed 530, and the first positioning convex 510 is triangular structure, the end that the sidewall of the first positioning convex 510 and base 1 that described locating notch 500 is arranged on triangular structure is oppositely arranged.
Further, the second described positioning convex 520 is provided in the boss structure at skeleton connection side 402 edge, described locating notch 500 is opened in the second positioning convex 520 of boss structure with on the sidewall of the opposing parallel setting of sidewall of base 1, and the sidewall that arranges of the sidewall Relative vertical of the second positioning convex 520 and base 1 is provided with the wiring baffle plate 540 of the lug plate for blocking A.C. contactor.
Further, one of them sidewall of described installation muscle 120 is the location sidewall 121 being connected that contacts with each other with the sidewall installing projection, the side of described location sidewall 121 is fixing with the sidewall of base 1 to be connected, and offering the locating slot 130 being connected with the side positioning sidewall 121 on the sidewall of base 1, described locating slot 130 is oppositely arranged with installing protruding end.
Further, the end sidewalls of described installation muscle 120 is provided with the guiding surface 122 being connected when coil rack 4 is installed with the protruding sliding contact of installation, the side of described locating slot 130 is provided with and positions the locating slot sidewall that sidewall 121 is oppositely arranged, and positions the distance between sidewall 121 and locating slot sidewall equal to installing protruding width.
Further, the height of described locating slot sidewall is equal to installing protruding thickness, and the edge of locating slot sidewall is provided with and installs the locating slot inclined-plane 131 that projection is oppositely arranged.
nullFurther，Described yoke 2 is arranged in base 1 by yoke installed part 3，Described yoke installed part 3 is provided with the yoke mounting groove 310 for installing yoke 2，And yoke installed part 3 connection is arranged on the bottom surface of base 1，Coil rack 4 and armature it is additionally provided with in base 1，The top of described coil rack 4 and bottom are oppositely arranged with armature and yoke 2 respectively，Yoke installed part 3 is placed between coil rack 4 and the bottom surface of base 1 and is connected with the base contact of coil rack 4，The yoke 2 that described armature can be installed when A.C. contactor action in yoke mounting groove 310 moves thus being connected with yoke 2 adhesive，The bottom surface of base 1 is provided with the bottom surface mounting groove 110 for installing yoke installed part 3，Described bottom surface mounting groove 110 includes the bottom surface assembly wall 111 being oppositely arranged respectively with the two side of yoke installed part 3，And the distance between bottom surface assembly wall 111 is less than the distance between the two side of yoke installed part 3，So that interference fit is connected between yoke installed part 3 with bottom surface mounting groove 110.
The mounting structure of ac contactor coil skeleton of the present utility model is protruding by the installation that is connected and installs muscle, it is achieved that coil rack and the easy assembling of base, improves the efficiency of assembling of A.C. contactor.It is easy to processing with installing muscle simple in construction, it is ensured that the reliability of coil rack mounting structure additionally, install projection.
Accompanying drawing explanation
Fig. 1 is the assembling structural representation of yoke of the present utility model and base；
Fig. 2 is the assembling structural representation of yoke of the present utility model and yoke installed part；
Fig. 3 is the assembling structure sectional view of yoke of the present utility model and base；
Fig. 4 is the structural representation of base of the present utility model；
Fig. 5 is the structural representation of yoke of the present utility model；
Fig. 6 is the structural representation of yoke installed part of the present utility model；
Fig. 7 is the assembling structural representation of coil rack of the present utility model and base；
Fig. 8 is the structural representation of coil rack of the present utility model；
Fig. 9 is the structural representation installing muscle on base of the present utility model；
Figure 10 is the partial structurtes schematic diagram of Fig. 9.
Detailed description of the invention
Provide embodiment of the present utility model below in conjunction with accompanying drawing 1 to 10, further illustrate the mounting structure detailed description of the invention of ac contactor coil skeleton of the present utility model.The mounting structure of ac contactor coil skeleton of the present utility model is not limited to the following description.
A.C. contactor of the present utility model includes base 1, yoke 2, armature and coil rack 4, described yoke 2 is arranged in base 1, described armature and yoke 2 are oppositely arranged, and coil rack 4 is arranged between armature and yoke 2, during A.C. contactor adhesive, the coil installed on coil rack 4 obtains electric, moves to the direction of yoke 2 and contacts with yoke 2 be connected thus ordering about armature.
Yoke 2 in Fig. 1 and Fig. 4 is arranged in base 1 by yoke installed part 3, and described yoke installed part 3 is provided with the yoke mounting groove 310 for installing yoke 2, and yoke installed part 3 connection is arranged on the bottom surface of base 1.Coil rack 4 and armature it is additionally provided with in base 1, the top of described coil rack 4 and bottom are oppositely arranged with armature and yoke 2 respectively, yoke installed part 3 is placed between coil rack 4 and the bottom surface of base 1 and is connected with the base contact of coil rack 4, and the yoke 2 that described armature can be installed when A.C. contactor action in yoke mounting groove 310 moves thus being connected with yoke 2 adhesive.Specifically, the bottom surface of the base 1 in Fig. 4 is provided with the bottom surface mounting groove 110 for installing yoke installed part 3, described bottom surface mounting groove 110 includes the bottom surface assembly wall 111 being oppositely arranged respectively with the two side of yoke installed part 3, and the distance between bottom surface assembly wall 111 is less than the distance between the two side of yoke installed part 3, so that interference fit is connected between yoke installed part 3 with bottom surface mounting groove 110.Especially, the bottom of bottom surface assembly wall 111 is fixedly mounted on the bottom surface of base 1, the top of bottom surface assembly wall 111 is provided with the chamfering 112 that the sidewall contact with yoke installed part 3 is connected, and the end of chamfering 112 tilts to the outside of bottom surface mounting groove 110 relative to bottom surface assembly wall 111, and yoke installed part 3 is arranged on the inner side of bottom surface mounting groove 110.Yoke is directly installed on the bottom surface of base by yoke installed part, simplifies part required in location and installation process, improves installation effectiveness.Meanwhile, yoke installed part is connected, with bottom surface mounting groove interference fit, the stability that ensure that yoke is installed, and improves the reliability of A.C. contactor assembling.And chamfering makes yoke installed part more easily smooth and easy when mounted, it is ensured that yoke installs the accuracy of location.
The sidewall of the yoke installed part 3 in Fig. 2 and Fig. 3 is installed with location and installation block 301, described location and installation block 301 interference fit is arranged in the bottom surface mounting groove 110 on the bottom surface of base 1, and the top planes of location and installation block 301 is connected with the base contact of coil rack 4, the base plane of location and installation block 301 contacts connection with the bottom surface of base 1, described bottom surface mounting groove 110 be respectively arranged at two ends with the installed part location-plate 114 for location and installation yoke installed part 3.Preferably, the height of location and installation block 301 is more than the Sidewall Height of yoke installed part 3.Especially, the sidewall of location and installation block 301 contacts connection with the bottom surface assembly wall 111 of bottom surface mounting groove 110 both sides, the bottom of bottom surface assembly wall 111 is fixedly mounted on the bottom surface of base 1, and the top of bottom surface assembly wall 111 is provided with the bottom margin with coil rack 4 and contacts the coil rack positioning convex 113 connected.Location and installation block ensure that being stably connected with of yoke installed part and base and coil rack, not only increase the reliability of yoke installation and attracting process, also simplify the attachment structure of yoke installed part, improve efficiency of assembling, installed part location-plate then further ensures the firmness of A.C. contactor assembling.The simultaneously rational height of location and installation block, it is to avoid the coil rack rigid collision with yoke mounting groove, improves the stability in use of yoke installed part.And coil rack positioning convex improves the accuracy that coil is estimated to install.
Yoke installed part 3 in Fig. 5 and Fig. 6 be respectively arranged at two ends with the yoke fastener 320 for yoke 2 being installed in yoke mounting groove 310, the two ends sidewall of described yoke 2 offers yoke draw-in groove 210 respectively that coordinate clamping with yoke fastener 320.Specifically, yoke 2 includes yoke installation portion 220 and yoke contact site 230, described yoke installation portion 220 is arranged in yoke mounting groove 310, the bottom of yoke installation portion 220 contacts connection with the bottom surface of yoke mounting groove 310, the top of yoke installation portion 220 is provided with the yoke contact site 230 being oppositely arranged with armature, and the height of yoke installation portion 220 is more than the height of yoke mounting groove 310.Preferably, the cross section structure of yoke fastener 320 is triangle, and the two ends sidewall of yoke 2 can be connected with the surface ramp sliding contact of yoke fastener 320 when mounted, so that yoke fastener 320 produces deformation.Yoke fastener coordinates, with yoke draw-in groove, the reliability that improve yoke with yoke installed part assembly connection, prevent yoke from coming off from yoke mounting groove, simple and fastener shape is easily installed yoke with the connected mode of yoke mounting groove simultaneously, thus improve the efficiency of assembling of yoke.And yoke mounting groove adopts the mode surrounded to install yoke, further increases the stability that yoke is installed.
Coil rack 4 in Fig. 7 and Fig. 8 is arranged in base 1, coil rack 4 includes skeleton top board 420 and the base plate of support 430 that the two ends of frame body 410 and frame body 410 are respectively mounted, described skeleton top board 420 and base plate of support 430 respectively with base 1 in install armature and yoke 2 be oppositely arranged.It is protruding that skeleton top board 420 is provided with the installation for location and installation coil rack 4, and the sidewall of base 1 is provided with and installs the installation muscle 120 that projection is oppositely arranged, and the sidewall installing projection contacts with each other with the sidewall installing muscle 120 and is connected.Specifically, the side of skeleton top board 420 is the skeleton installation side 401 for coil rack 4 location and installation, the opposite side of skeleton top board 420 is the skeleton connection side 402 for coil rack 4 external cabling, projection is installed include being arranged on first positioning convex 510 at skeleton installation side 401 edge and be arranged on second positioning convex 520 at skeleton connection side 402 edge, the first described positioning convex 510 and the second positioning convex 520 are respectively equipped with locating notch 500, and the sidewall of locating notch 500 contacts with each other with the sidewall installing muscle 120 being mounted side by side on the sidewall of base 1 respectively and is connected on the first positioning convex 510 and the second positioning convex 520, thus by coil rack 4 location and installation in base 1.Protruding the first positioning convex included is installed and the second positioning convex simple in construction is easy to processing, simultaneously the locating notch on the first positioning convex and the second positioning convex is with to install muscle stable connection accurate, improves stability and the accuracy of coil rack and floor installation.
Described locating notch 500 is L-type structure, the locating notch 500 of L-type structure is connected with two sidewall contacts being mutually connected vertically on installation muscle 120 respectively, and the sidewall of locating notch 500 is connected with installing the sidewall contact being relatively distant from the second positioning convex 520 side on muscle 120 on the first positioning convex 510, on the second positioning convex 510, the sidewall of locating notch 500 is connected with installing the sidewall contact being relatively distant from the first positioning convex 520 side on muscle 120.In addition, skeleton installation side 401 be respectively arranged at two ends with the first positioning convex 510, skeleton connection side 402 be respectively arranged at two ends with the second positioning convex 520, first positioning convex 510 of corresponding setting contacts connection respectively with the locating notch 500 on the second positioning convex 520 with two positioning bars 120 being arranged side by side on the sidewall of base 1, and on the first positioning convex 510 and the second positioning convex 520 distance between locating notch 500 equal to the distance between two positioning bars 120.The position of offering of installation gap is not only convenient for assembling, ensure that the assembling of coil rack is not likely to produce loosening simultaneously, improves the reliability of installation.Simultaneously the first positioning convex and the second positioning convex position is set and distance further increases the accuracy that coil rack is installed.
The edge of the skeleton installation side 401 in Fig. 8 is provided with skeleton erecting bed 530, the first described positioning convex 510 is fixedly mounted on the sidewall of skeleton erecting bed 530, and the first positioning convex 510 is triangular structure, the end that the sidewall of the first positioning convex 510 and base 1 that described locating notch 500 is arranged on triangular structure is oppositely arranged.In addition, second positioning convex 520 is provided in the boss structure at skeleton connection side 402 edge, locating notch 500 is opened in the second positioning convex 520 of boss structure with on the sidewall of the opposing parallel setting of sidewall of base 1, and the sidewall that arranges of the sidewall Relative vertical of the second positioning convex 520 and base 1 is provided with the wiring baffle plate 540 of the lug plate for blocking A.C. contactor.The simple in construction of the first positioning convex is easy to processing, improves the simplicity that coil rack is installed.The attachment structure of the second positioning convex is stable, improves the reliability of coil rack location and installation.
One of them sidewall installing muscle 120 in Fig. 9 and Figure 10 is the location sidewall 121 being connected that contacts with each other with the sidewall installing projection, the side of described location sidewall 121 is fixing with the sidewall of base 1 to be connected, and offering the locating slot 130 being connected with the side positioning sidewall 121 on the sidewall of base 1, described locating slot 130 is oppositely arranged with installing protruding end.Specifically, Figure 10 is the partial structurtes enlarged drawing of dotted portion in Fig. 9, the end sidewalls installing muscle 120 in Figure 10 is provided with the guiding surface 122 being connected when coil rack 4 is installed with the protruding sliding contact of installation, the side of locating slot 130 is provided with and positions the locating slot sidewall that sidewall 121 is oppositely arranged, and positions the distance between sidewall 121 and locating slot sidewall equal to installing protruding width.Preferably, the height of locating slot sidewall is equal to installing protruding thickness, and the edge of locating slot sidewall is provided with and installs the locating slot inclined-plane 131 that projection is oppositely arranged.Locating slot ensure that installation projection will not interfere with the sidewall of base, ensure that the accuracy that coil rack is installed simultaneously.Guiding surface makes to install the protruding more smoothly efficiency of assembling that improves of assembling process, and the distance between location sidewall and locating slot sidewall is not likely to produce after making coil rack installation and rocks, and improves the reliability of installation.And the Assembly And Disassembly of coil rack is easy on locating slot inclined-plane.
Above content is in conjunction with concrete preferred implementation further detailed description of the utility model, it is impossible to assert that of the present utility model being embodied as is confined to these explanations.For this utility model person of an ordinary skill in the technical field, without departing from the concept of the premise utility, it is also possible to make some simple deduction or replace, protection domain of the present utility model all should be considered as belonging to.
Claims (10)
1. the mounting structure of an ac contactor coil skeleton, including base (1) and coil rack (4), it is characterized in that: described coil rack (4) is arranged in base (1), coil rack (4) includes skeleton top board (420) and the base plate of support (430) that the two ends of frame body (410) and frame body (410) are respectively mounted, described skeleton top board (420) and base plate of support (430) respectively with base (1) in install armature and yoke (2) be oppositely arranged；
It is protruding that skeleton top board (420) is provided with the installation for location and installation coil rack (4), the sidewall of base (1) is provided with and installs the installation muscle (120) that projection is oppositely arranged, and the sidewall installing projection contacts with each other with the sidewall installing muscle (120) and is connected.
null2. the mounting structure of ac contactor coil skeleton according to claim 1，It is characterized in that: the side of described skeleton top board (420) is the skeleton installation side (401) for coil rack (4) location and installation，The opposite side of skeleton top board (420) is the skeleton connection side (402) for coil rack (4) external cabling，Described installation projection includes the first positioning convex (510) being arranged on skeleton installation side (401) edge and the second positioning convex (520) being arranged on skeleton connection side (402) edge，Described the first positioning convex (510) and the second positioning convex (520) are respectively equipped with locating notch (500)，And the sidewall of the first positioning convex (510) and the upper locating notch (500) of the second positioning convex (520) contacts with each other with the sidewall of the installation muscle (120) being mounted side by side on the sidewall of base (1) respectively and is connected，Thus by coil rack (4) location and installation in base (1).
3. the mounting structure of ac contactor coil skeleton according to claim 2, it is characterized in that: described locating notch (500) is L-type structure, the locating notch (500) of L-type structure is connected with two sidewall contacts being mutually connected vertically in installation muscle (120) respectively, and the sidewall of the upper locating notch (500) of the first positioning convex (510) is connected with installing the sidewall contact being relatively distant from the second positioning convex (520) side on muscle (120), the sidewall of the upper locating notch (500) of the second positioning convex (510) is connected with installing the sidewall contact being relatively distant from the first positioning convex (520) side on muscle (120).
4. the mounting structure of ac contactor coil skeleton according to claim 2, it is characterized in that: described skeleton installation side (401) be respectively arranged at two ends with the first positioning convex (510), described skeleton connection side (402) be respectively arranged at two ends with the second positioning convex (520), first positioning convex (510) of corresponding setting contacts connection with two positioning bars (120) being arranged side by side on the sidewall of base (1) respectively with the locating notch (500) on the second positioning convex (520), and the distance between the first positioning convex (510) and the upper locating notch (500) of the second positioning convex (520) is equal to the distance between two positioning bars (120).
5. the mounting structure of the ac contactor coil skeleton according to any one of claim 2 to 4, it is characterized in that: the edge of described skeleton installation side (401) is provided with skeleton erecting bed (530), described the first positioning convex (510) is fixedly mounted on the sidewall of skeleton erecting bed (530), and the first positioning convex (510) is triangular structure, the end that the sidewall of the first positioning convex (510) and base (1) that described locating notch (500) is arranged on triangular structure is oppositely arranged.
6. the mounting structure of the ac contactor coil skeleton according to any one of claim 2 to 4, it is characterized in that: described the second positioning convex (520) is provided in the boss structure at skeleton connection side (402) edge, described locating notch (500) is opened on the sidewall of second positioning convex (520) of boss structure and the opposing parallel setting of sidewall of base (1), and the sidewall that the sidewall Relative vertical of the second positioning convex (520) and base (1) is arranged is provided with the wiring baffle plate (540) of the lug plate for blocking A.C. contactor.
7. the mounting structure of ac contactor coil skeleton according to claim 1 and 2, it is characterized in that: one of them sidewall of described installation muscle (120) is the location sidewall (121) being connected that contacts with each other with the sidewall installing projection, the side of described location sidewall (121) is fixing with the sidewall of base (1) to be connected, and offering the locating slot (130) being connected with the side positioning sidewall (121) on the sidewall of base (1), described locating slot (130) is oppositely arranged with installing protruding end.
8. the mounting structure of ac contactor coil skeleton according to claim 7, it is characterized in that: the end sidewalls of described installation muscle (120) is provided with the guiding surface (122) being connected when coil rack (4) is installed with the protruding sliding contact of installation, the side of described locating slot (130) is provided with and positions the locating slot sidewall that sidewall (121) is oppositely arranged, and positions the distance between sidewall (121) and locating slot sidewall equal to installing protruding width.
9. the mounting structure of ac contactor coil skeleton according to claim 8, it is characterized in that: the height of described locating slot sidewall is equal to installing protruding thickness, and the edge of locating slot sidewall is provided with and installs the locating slot inclined-plane (131) that projection is oppositely arranged.
null10. the mounting structure of ac contactor coil skeleton according to claim 1，It is characterized in that: described yoke (2) is arranged in base (1) by yoke installed part (3)，Described yoke installed part (3) is provided with the yoke mounting groove (310) for installing yoke (2)，And yoke installed part (3) connection is arranged on the bottom surface of base (1)，Coil rack (4) and armature it is additionally provided with in base (1)，The top of described coil rack (4) and bottom are oppositely arranged with armature and yoke (2) respectively，Yoke installed part (3) is placed between coil rack (4) and the bottom surface of base (1) and is connected with the base contact of coil rack (4)，The yoke (2) that described armature can be installed when A.C. contactor action in yoke mounting groove (310) is mobile thus being connected with yoke (2) adhesive，The bottom surface of base (1) is provided with the bottom surface mounting groove (110) for installing yoke installed part (3)，Described bottom surface mounting groove (110) includes the bottom surface assembly wall (111) being oppositely arranged respectively with the two side of yoke installed part (3)，And the distance between bottom surface assembly wall (111) is less than the distance between the two side of yoke installed part (3)，So that interference fit is connected between yoke installed part (3) with bottom surface mounting groove (110).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521129005.0U CN205388960U (en) | 2015-12-31 | 2015-12-31 | Ac contactor coil skeleton's mounting structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521129005.0U CN205388960U (en) | 2015-12-31 | 2015-12-31 | Ac contactor coil skeleton's mounting structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205388960U true CN205388960U (en) | 2016-07-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521129005.0U Active CN205388960U (en) | 2015-12-31 | 2015-12-31 | Ac contactor coil skeleton's mounting structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205388960U (en) |
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2015
- 2015-12-31 CN CN201521129005.0U patent/CN205388960U/en active Active
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