CN206674393U - Support element for an electrical equipment mounting frame and corresponding mounting frame - Google Patents

Abstract

The utility model discloses a support element and corresponding installation frame for electrical equipment installation frame. The mounting frame is for an electrical apparatus (500), the support element being characterized in that it comprises: an elongated profiled body (2) having a main longitudinal axis (20); -first connecting means (11, 21) for mechanically connecting said support element to a support structure (160); -second connection means (12) for mechanically connecting said support element to at least one mounting bar (200, 200A, 200B) for mounting said electrical apparatus; the second connecting means are arranged so as to enable mechanical connection of the support element to the mounting bar at a plurality of connection positions provided in a direction parallel to the main longitudinal axis (20). The support element according to the invention has significant advantages in terms of efficiency and ease of use.

Description

Support component and corresponding installation frame for electrical equipment installation frame

Technical field

It the utility model is related to a kind of support component for electrical equipment installation frame.

Background technology

According to support component of the present utility model particularly suitable for being used in low-voltage and medium voltage electrical applications, such as in electronics Used in panel, wiring bin, electrical switchgear (breaker, cutter, contactor, automatic recloser etc.) etc..

In context of co-text of the present utility model, term " low pressure " is related to up to 1kV AC and 1.5kV DC specified work Make voltage, and term " middle pressure " is related on 1kV AC and 1.5kV DC and up to tens kV, for example be up to 72kV AC and 100kV DC rated operational voltage.

It is used to manage the electrical applications of electrical distribution network, such as relay, measurement apparatus, electronics control using installation frame Unit processed, breaker, cutter, fuse, terminal box etc. are widely known by the people.

For low-voltage electrical application, these installation frames generally use in distributing board and bin, and middle voltage electrical should With generally being used in the low voltage unit of switch panel and device.

Existing installation frame is generally by that can be fixed to the supporting support of supporting construction to forming.

For generally having these support components of " Ω " shape, the usually installation of DINd type (meeting of DIN chemistry) What bar was usually fixed, it is designed for carrying electrical equipment to be installed.

The characteristics of installation frame of known type is that using flexible is poor, and it is tired that this can install the operation of electrical equipment Difficulty, particularly when installing space is relatively limited.

In current applicable solution, the wiring of electrical equipment is generally entered together with the installation frame installed OK.

As can be readily understood, this can make wiring operations especially make us uncomfortable and laborious, as a result cause electrically to set in installation Total time and cost increase during standby.

In addition, the wiring for equipment generally can not be arranged in a manner of orderly enough, so as to cause poor consumer Satisfaction and the possible operational difficulties during any subsequent operation of electrical equipment.

Utility model content

A kind of technical solution for allowing to overcome or limiting above-mentioned technical problem is especially needed in the prior art.

According to one side of the present utility model, there is provided a kind of support component for installation frame, the installing frame Frame is used for electrical equipment, and the support component is characterised by that it includes：

- elongated the contoured body with main longitudinal axes；

- the first connecting portion part, for the support component to be mechanically attached into supporting construction；

- second connecting portion part, for the support component to be mechanically attached to for installing the electrical equipment at least One mounting rod；

The second connecting portion part is arranged so that can be on edge parallel to the more of the direction setting of the main longitudinal axes Realize the support component to the mechanical connection of the mounting rod at individual link position.

According to other side of the present utility model, a kind of framework for being used to install electrical equipment, the frame are additionally provided Frame includes at least one above-mentioned support component.

According to the technical solution of the utility model, overcome or limit one or more of aforementioned technical problem.

Brief description of the drawings

With reference to following explanation and the accompanying drawing that non-limiting example provides is purely acting as, can be more clearly understood according to this reality With other characteristics and advantage of new support component, wherein：

- Fig. 1-2 provides the general view according to support component of the present utility model；

- Fig. 3-4 provides the general view of some examples operated with according to support component of the present utility model；

- Fig. 5-9, which is provided, includes one of the framework for installing electrical equipment according to support component of the present utility model The general view of a little examples.

Embodiment

With reference to above-mentioned accompanying drawing, a kind of support component 1 for framework 100 is the utility model is related to, the framework is used to pacify Fill electrical equipment 500.

Support component 1 is made up of the contoured body 2 of elongated shape, and the contoured body extends along with reference to longitudinal axis 20.

Preferably, contoured body 2 is substantially in the form of long thin parallel quadrangle.

Preferably, contoured body 2 includes following side 2A and upper lateral part 2B relative to each other.

During the use of support component 1, the sidepiece 2A-2B of contoured body 2 is designed to relative to supporting construction 160 It is located at proximal position and distal position respectively, support component is fixed to the supporting construction.

Preferably, contoured body 2 includes inside portion 2C and outside portion 2D relative to each other.

During the use of support component 1, the sidepiece 2C-2D of contoured body 2 is designed to relative to for equipment 500 Installation region 50 be located at proximal position and distal position (Fig. 6) respectively.

Preferably, contoured body 2 is included along longitudinal axis 20 first end 2E and second end 2F relative to each other.

Preferably, support component 1 is made up of the plastic material being electrically insulated, and the plastic material of the electric insulation is, for example, poly- carbon Acid esters (PC), polybutylene terepthatlate (PBT), the polyamide (PA) of glass fiber reinforcement.

In order to be manufactured in industrial scale, injection molding process etc. can be used.

Contoured body 2 can have substantially netted structure, to reduce overall weight and in industrial scale system The amount of material used in making.

For example, as shown in above-mentioned accompanying drawing, contoured body can include structure that：Sidepiece 2A, 2B, 2C by it is respective into Type wall limits, sidepiece 2A by above-mentioned forming wall edge and the inner reinforcing ribs that are separated by hollow chamber it is edge limited.

According to the utility model, support component 1 includes being used for mechanically connect support component 1 and supporting construction 160 the One connection member.

In principle, supporting construction 160 can be any types.

Supporting construction can be designed for the scope or pre-existing.For example, supporting construction 160 can be low voltage unit Rear wall, or the partition wall between middle pressure in medium voltage breaker and low-voltage compartment.

Preferably, the first connecting portion part includes the connection pedestal 11 of one or more first of contoured body 2, and it alternatively can It is enough to couple with corresponding first fixed component 111 with mechanically connected support component and supporting construction 160.

Preferably, the first connecting portion part includes one or more shaping connection fins 21, wherein the first connection pedestal 11 It is formed at herein.

Preferably, connection fins 21 is arranged to the longitudinal axis 20 transverse to (such as perpendicular to) contoured body 2.

Preferably, fins 21 is connected to protrude from the outside portion 2D of contoured body 2.

Preferably, connection fins 21 is located near the following side 2A of contoured body 2, and is at least partially defined in branch Support the connection plane between element 1 and supporting construction 160.

Preferably, the sidepiece 2A of the connection plane and contoured body 2 is coplanar.

Preferably, the shape substantially flat of fins 21 is connected.

Preferably, connection fins 21 is connected to main body 2 by limiting the suitable ribs 210 of its exterior contour.

Preferably, the first connection pedestal is made up of the forming hole of the thickness through connection fins 21, and with basic Perpendicular to the axis of the connection plane limited by connection fins in itself.

Preferably, the first fixed component 111 includes one or more bolts, one or more of bolts have through into The screw of type hole.

Preferably, bolt includes corresponding stud (not shown), and the stud is integrally attached to support knot Structure 160 and turn to prominent from supporting construction and be inserted in the through hole 11 of connection fins 21.

There can be other modified examples for the practical embodiments of the first connecting portion part.

For example, connection pedestal 11 can be molded into and be snapped fit attachment for being formed with fixed component 111, in the situation In, fixed component can be formed by the shaping protuberance extended from supporting construction 160.

In another example, the first connecting portion part can include shaping protuberance, and the shaping protuberance prolongs from fins 21 (perpendicular to the connection plane limited by fins) is stretched to be connected with corresponding fixed component 111, it is in this case, corresponding solid Determine the form for the suitable forming pedestal that part can be formed in supporting construction 160.

In other examples, fixed component 111 (even known type) can be differently configured from fixed component as implied above.

According to the utility model, support component 1 includes being used for the support component and one or more machines of mounting rod 200 The second connecting portion part of tool connection.

In principle, mounting rod 200 can be any type.

For example, mounting rod can have any type of section as needed.

Preferably, mounting rod 200 is DINd type mounting rod.

According to the utility model, second connecting portion part is arranged so that support component can be realized at multiple link positions Mechanical connection between 1 and corresponding mounting rod 200, the multiple link position can be along the directions parallel to longitudinal axis 20 Selection.

Advantageously, this solution makes it possible to along support component in itself from multiple possible link position selection peaces Dress bar 200 is connected to the position of support component 1.

In the installation process of equipment 500, therefore the operating position of mounting rod 200 can be easily adaptable to field erected It is actually needed.

For example, according to workable installing space, mounting rod 200 can be near end 2E or 2F or in centre position It is operably connected to support component 1.

If multiple mounting rods are operably connected into support component 1, can as needed, for example according to equipment 500 Real work size adjust the relative distance between the mounting rod.

Preferably, the second connecting portion part includes the connection pedestal 12 of one or more second of contoured body 2, and it can Operatively couple with corresponding second fixed component 121 so that support component is mechanically connected into mounting rod 200.

Advantageously, the second connection pedestal 12 is arranged along the direction parallel to longitudinal axis 20 so that can be along support Element realizes the mechanical connection between support component 1 and mounting rod 200 at multiple link positions in itself.

As shown in above-mentioned accompanying drawing, support component 1 can include second along the direction arrangement parallel to longitudinal axis 20 Connect the multiple to 120 of pedestal 12.

Every a pair 120 of connection pedestal 12 can be operatively coupled to the second fixed component 121, so as to limit by this way The coupled position being scheduled between support component 1 and mounting rod 200.

Preferably, connection pedestal 12 is formed at the upper lateral part 2B of contoured body 2.

Preferably, at upper lateral part 2B, contoured body 2 includes the table that connection pedestal 12 forms substantially flat in this place Face.

Preferably, connection pedestal 12 is formed by forming the corresponding blind hole in the upper lateral part 2B of contoured body 2.

Preferably, the second fixed component 121 includes being designed to be contained in one or more of blind hole fixing screws.

Preferably, the operation connection of element 1 and mounting rod 200 is supported in the end of mounting rod.

Preferably, at upper lateral part 2B, contoured body 2 includes the guiding along the direction extension parallel to longitudinal axis 20 Rib 123.

Guiding rib 123 is advantageously designed to provide mechanical markers for one end of mounting rod 200, to help correctly to work Positioning.

There can be other modified examples for the practical embodiments of second connecting portion part.

For example, second connecting portion part can include protruding along multiple shapings of the direction arrangement parallel to longitudinal axis 20 Portion, the multiple shaping protuberance are vertically protruded from the sidepiece 2B of contoured body 2 to be snapped into corresponding fixed component 121 On, in this case, fixed component can be made up of the suitable forming pedestal formed in mounting rod 200.

In other embodiments, fixed component 121 (even known type) can be differently configured from fixed part as implied above Part.

According to preferred embodiment, support component 1 includes being used for the support component and at least one extra support element The 3rd connection member mechanically connected.

3rd connection member allows operatively to join support component 1 and one or more extra support elements of same type Connect.

As shown in figure 3, by means of the 3rd connection member, support component 1A can operatively be linked to branch at the 2E of its end Support element 1B.

Preferably, the 3rd connection member includes the shaping connection protrusion of the 3rd at first end 2E of contoured body 2 Portion 13A, and the 3rd shaping connection pedestal 13B at the second end 2F.

Advantageously, as shown in figure 3, the support component 1B connection protuberances of (at support component 1B end 2E) the 3rd 13A can be operatively coupled to linker corresponding to another support component 1A (at another support component 1A end 2F) Seat 13B.

Vice versa, referring again to Fig. 3, support component 1A (at support component 1A end 2F) the 3rd linker Seat 13B can be operatively coupled to connect corresponding to another support component 1B (at another support component 1B end 2E) Protuberance 13A.

Preferably, support component 1B, 1A the 3rd connection protuberance 13A and the 3rd connection pedestal 13B can respectively with separately One support component 1A, 1B the 3rd connection pedestal 13B and the 3rd connection protuberance 13A are combined on geometry, so as to shape Into snapping connection.

To that end, it may be advantageous to the 3rd connection protuberance 13A is flexible at least in part.

There can be other modified examples for the practical embodiments of the 3rd connection member.

For example, support component 1A the 3rd connection member can include at the respective end 2E-2F of contoured body 2 Pair of protuberance is connected, and can be corresponding with another support component 1B's prominent for example using the fixed component of known type Go out portion operatively to couple.

According to preferred embodiment, support component 1 includes being used for the support component and the wiring for electrical equipment 500 One or more the 4th connection members for accommodating bars 300 and mechanically connecting.

In principle, it can be any type to accommodate bar 300.

For example, as needed, any type of section can be had by accommodating bar.

Preferably, mounting rod 300 is the mounting rod for cable channel.

4th connection member is arranged so that support component 1 and corresponding receiving bar can be realized at multiple link positions Mechanical connection between 300, the multiple link position can be along the set directions parallel to longitudinal axis 20.

Connected in this way it is possible to accommodate bar 300 from multiple possible coupled position selections in itself along support component To the position of support component 1.

In the installation process of equipment 500, accommodate bar 300 operating position can therefore be easily adaptable to it is field erected It is actually needed.

For example, the relative distance accommodated between bar 300 and adjacent mounting rod 200 can vary depending on.

Preferably, the 4th connection member includes the connection pedestal 14 of one or more the 4th, for enabling contoured body 2 It is enough operatively to couple with corresponding 4th fixed component 141, support component is mechanically connected to and accommodates bar 300.

Advantageously, the 4th connection pedestal 14 is arranged along the direction parallel to longitudinal axis 20, enabling along support Element realizes support component 1 at multiple link positions and accommodates the mechanical connection between bar 300 in itself.

Preferably, each connection pedestal 14 have along parallel to longitudinal axis 20 direction traveling elongated shape so as to Fixed component 141 is contained in multiple link positions, the multiple link position can select as needed.

Preferably, connection pedestal 14 is formed at the upper lateral part 2B of contoured body 2.

Preferably, at upper lateral part 2B, contoured body 2 includes being formed with connecting the table of the substantially flat of pedestal 14 Face.

Preferably, connect pedestal 14 by formed contoured body 2 it is upper lateral part 2B, in blind corresponding to slot form Chamber is formed.

Preferably, the 4th fixed component 141 includes being designed to be contained in one or more of blind chamber fixing screws.

Preferably, it is supported element 1 in the end for accommodating bar 300 and accommodates the operation connection of bar 300.

There can be other modified examples for the practical embodiments of the 4th connection member.

For example, connection pedestal 14 can have it is round-shaped, and by along parallel to longitudinal axis 20 direction arrangement Multiple blind holes formed.

In another example, the 4th connection member can be included along the multiple of the direction arrangement parallel to longitudinal axis 20 Protuberance is molded, the multiple shaping protuberance extends to be snapped into corresponding fixation perpendicular to the sidepiece 2B of contoured body 2 On part 141, in this case, corresponding fixed component 141 can be by forming the suitable forming pedestal in bar 300 is accommodated Form.

In other embodiments, fixed component 141 (even known type) can be differently configured from the fixed part as above shown Part.

According to preferred embodiment, support component 1 includes being used for the support component and at least one machinery of terminal board 400 5th connection member of connection.

Support component 1 is operably connected to the ability of terminal board 400 to be allowed near the wiring area 50 of electrical equipment Form multiple electrical ground contacts.

Preferably, the 5th connection member includes the shaping coupling part 15 for contoured body 2, the shaping coupling part energy It is enough operatively to couple with corresponding fixed component 151 so that support component is mechanically connected into terminal board 400.

Preferably, coupling part 15 is formed at the outside portion 2D of contoured body 2.

5th fixed component 151 preferably includes the moulding section of the shell for fixing end daughter board 400.

Preferably, the fixed part 151 of terminal board 400 can be with the coupling part 15 of contoured body 2 on geometry It is combined, is snapped connection to be formed with the coupling part of contoured body.

Therefore, coupling part 15 advantageously comprises one or more flexible fins from the shell protrusion of terminal board 400 151A。

There can be other modified examples for the practical embodiments of the 5th connection member.

For example, the coupling part 15 of contoured body 2 can by the 5th fixed component including fixing screws etc. and with shape Operatively couple into the forming pedestal in the shell in terminal board 400.

According to preferred embodiment, contoured body 2 includes one or more transverse slots 22, the downside at the 2A of following side Portion 2A is designed to face supporting construction 160 during the use of support component.

Each slit 22 along transverse to the direction of (such as perpendicular to) longitudinal axis 20, preferably in contoured body 2 Advanced between outside portion 2D and inside portion 2C.

During the use of support component 1, pass through the whole horizontal stroke at the sidepiece 2A of contoured body across contoured body 2 To part, each slit 22 advantageously limits the gap between support component 1 and supporting construction 160.The gap can be advantageously For passing through the cable of equipment 500.

Reference picture 5-9, in another embodiment, it the utility model is related to a kind of framework for being used to install electrical equipment 500 100, the framework includes at least one support component 1.

Embodiment shown in reference picture 5-7, framework 100 are included at a distance from each other and substantially parallel first Support element 1A and the second support component 1B.

Support component 1A-1B advantageously defines the installation region 50 of electrical equipment 500.

Preferably, support component 1A-1B is arranged so that their inside portion 2C is faced each other, and faces installation region 50。

Therefore, support component 1A-1B is advantageously arranged to make it symmetrically turn 180 ° of angle relative to each other.

Framework 100 includes the one or more mounting rods 200 for being operably connected to support component 1A-1B.Especially, each Mounting rod 200 has the relative end for being integrally attached to the first and second support component 1A-1B.

Each mounting rod 200 is fixed to support component 1A, 1B using fixed component 121, and fixed component 121 operatively couples Second connecting portion part on to support component.

Each support component 1A-1B can be fixed to supporting construction 160 using fixed component 111, and fixed component 111 operates Ground is attached to the first connecting portion part on support component.

Preferably, framework 100 includes the one or more receiving bars 300 for being operably connected to support component 1A-1B.Especially Ground, each bar 300 that accommodates have the relative end for being integrally attached to the first and second support component 1A-1B.

Each bar 300 that accommodates is fixed to support component 1A-1B using fixed component 141, and fixed component 141 operatively couples The 4th connection member on to support component.

Preferably, framework 100 includes the one or more terminal boards 400 for being operably connected to support component 1A-1B.

Each terminal board 400 is fixed to support component 1A-1B using fixed component 151, and fixed component 151 operatively couples The 5th connection member on to support component.

Framework 100 can also advantageously comprise the connection member 11 being operably connected on support component 1A-1B, 12,14, 15 fixed component 111,121,141,151.

As needed, the structure assembling of framework 100 can on the table or be directly carried out at the scene.

Framework 100 can be fixed to for measuring or pre-existing any supporting construction, such as after low voltage unit The partition wall between middle pressure compartment and low-voltage compartment in wall, or Medium voltage switch or circuit breaker.

Alternate embodiment according to Fig. 9, framework 100 include extra support component 1E, and it is located at support component 1A- Middle position between 1B.

Support component 1E is operably connected to mounting rod 200 and accommodates bar 300, and mounting rod 200 and receiving bar 300 are then grasped It is connected to support component 1A-1B with making.

The solution can be advantageously in mounting rod length it is longer and avoid mounting rod when the weight of equipment 500 is larger 200 overbendings.

The embodiment of reference picture 8, framework 100 can advantageously comprise multiple frame module 100A-100B, the multiple frame Frame module is operatively connected each other in a modular manner.

The first and second support component 1A-1B that frame module 100A arranges including the use of aforesaid operations method, and make Support component 1A-1B the first mounting rod of one or more 200A is connected to above-mentioned method of operation in operation.

Frame module 100A can be operably connected to including the use of aforesaid operations method one of support component 1A-1B or Multiple first accommodate bar 300A.

Frame module 100A can be operably connected to including the use of aforesaid operations method one of support component 1A-1B or Multiple first end daughter board 400A.

The third and fourth support component 1C-1D that frame module 100B arranges including the use of aforesaid operations method, and make Support component 1C-1D the second mounting rod of one or more 200B is connected to above-mentioned method of operation in operation.

Frame module 100B can be operably connected to including the use of aforesaid operations method one of support component 1C-1D or Multiple second accommodate bar 300B.

Frame module 100A can be operably connected to including the use of aforesaid operations method one of support component 1C-1D or Multiple Second terminal plate 400B.

Support component 1C on frame module 100B is operably connected to the support component 1A on frame module 100A.

Using aforesaid operations method, support component 1C- is provided using the corresponding connection member 13A-13B on support component Operation connection between 1A.

In a similar way, the support component 1D on frame module 100B is operably connected to the branch on frame module 100A Support element 1B.

Using aforesaid operations method, support component 1D- is provided using the corresponding connection member 13A-13B on support component Operation connection between 1B.

Framework 100 can also advantageously comprise the connecting portion that can be operably connected on support component 1A, 1B, 1C, 1D The fixed component 111,121,141,151 of part 11,12,14 and 15.

In the embodiment in fig. 8, frameworks 100 are obtained advantageous by being operatively connected multiple frame module 100A-100B.

The alternative of the embodiment of framework 100 can include being operably connected to mutual many frame modules.

Using the connection member 13A-13B on each support component, the structure of framework 100 thus can be with modular side Formula extends in opposite direction parallel to the longitudinal axis 20 of support component.

Remarkable advantage is had in terms of efficiency and ease for use according to support component of the present utility model.

By means of second connecting portion part, generation can be used for according to support component of the present utility model and be used to install electrically to set Standby framework, wherein mounting rod and the optional bar that accommodates can easily need and position according to in-site installation.

By means of the 3rd connection member, can be used for producing according to support component of the present utility model has significantly using spirit The installation frame of the characteristic of activity, because installation frame is by that can be readily adapted to the modular constructions of in-site installation needs There is provided.

By means of the 4th connection member, can be used for producing such installing frame according to support component of the present utility model Frame：Connecting cable for electrical equipment suitably can separate and arrange in an orderly way.

By means of the 5th connection member and transverse slot 22, can be used for producing this according to support component of the present utility model The installation frame of sample：The wiring of electrical equipment is significantly simplified, especially in terms of equipment ground connection wiring in itself.

The operational advantages provided according to support component of the present utility model cause when installing electrical equipment the time and into Originally it is substantially reduced.

For plant-scale manufacture it is simple and economical according to support component of the present utility model.

Claims (18)

1. a kind of support component (1,1A, 1B, 1C, 1D, 1E) for installation frame, the installation frame is used for electrical equipment (500), the support component is characterised by that it includes：

- elongated the contoured body (2) with main longitudinal axes (20)；

- the first connecting portion part (11,21), for the support component to be mechanically attached into supporting construction (160)；

- second connecting portion part (12), for the support component to be mechanically attached to for installing the electrical equipment at least One mounting rod (200,200A, 200B)；

The second connecting portion part is arranged so that can be on edge parallel to the more of the direction setting of the main longitudinal axes (20) Realize the support component to the mechanical connection of the mounting rod at individual link position.

2. support component according to claim 1, it is characterised in that the first connecting portion part includes the contoured body One or more first connect pedestal (11), it is one or more of first connection pedestals can be with corresponding first fixed part Part (111) operatively couples with the mechanically connected support component and the supporting construction.

3. support component according to claim 2, it is characterised in that the first connecting portion part includes the contoured body One or more connection fins (21), the first connection pedestal (11) obtains at the connection fins.

4. support component according to claim 1, it is characterised in that the second connecting portion part includes the contoured body One or more second connect pedestal (12), it is one or more of second connection pedestals can be with corresponding second fixed part Part (121) operatively couples with the mechanically connected support component and the mounting rod.

5. support component according to claim 1, it is characterised in that the support component includes the 3rd connection member (13A, 13B) is with mechanically connected by the support component and at least one extra support element.

6. support component according to claim 5, it is characterised in that the 3rd connection member is included in the shaping originally The connection protuberance (13A) of the contoured body at first end (2E) place of body, and positioned at the contoured body with it is described The 3rd connection pedestal (13B) at the relative second end of first end (2F) place, the connection protuberance can with it is described extra 3rd shaping connection pedestal (13B) of support component operatively couples, and the 3rd connection pedestal can be with the extra support The corresponding connection protuberance (13A) of element operatively couples.

7. support component according to claim 1, it is characterised in that the support component includes the 4th connection member (14), for by the support component with for accommodate the electrical equipment wiring receiving bar (300,300A, 300B) machine Tool connects.

8. support component according to claim 7, it is characterised in that the 4th connection member is arranged so that can be Realize the support component to the receiving bar at the multiple link positions set along the direction parallel to the main longitudinal axes Mechanical connection.

9. the support component according to claim 7 or 8, it is characterised in that the 4th connection member includes the shaping Multiple 4th connection pedestals (14) of body, the multiple 4th connection pedestal can be with corresponding 4th fixed component (141) It is operatively connected with the mechanically connected support component and the receiving bar.

10. support component according to claim 1, it is characterised in that the support component includes the 5th connection member (15), for the support component and at least one terminal board (400) to be mechanically connected.

11. support component according to claim 10, it is characterised in that the 5th connection member includes the shaping originally The coupling part (15) of body, the coupling part can operatively couple with mechanically with corresponding 5th fixed component (151) Connect the support component and the terminal board.

12. support component according to claim 1, it is characterised in that the contoured body is included positioned at the shaping originally One or more transverse slots (22) at following side (2A) place of body, the following side are designed to face the supporting construction (160)。

13. support component according to claim 1, it is characterised in that the mounting rod (200) is DIN mounting rods.

14. a kind of framework (100) for being used to install electrical equipment, it is characterised in that before the framework includes at least one basis State the support component (1,1A, 1B, 1C, 1D, 1E) described in any one of claim.

15. framework according to claim 14, it is characterised in that the framework includes：

- the first support component (1A), first support component are the support members described in one in claim 1 to 13 Part；

- the second support component (1B), second support component are the support members described in one in claim 1 to 13 Part, wherein first support component and second support component are positioned at a distance from each other；

- one or more mounting rods (200), wherein each mounting rod has is integrally attached to first support component respectively (1A) and second support component (1B) relative end.

16. framework according to claim 15, it is characterised in that the framework includes one or more receiving bars (300), Wherein each receiving bar has is integrally attached to first support component (1A) and second support component (1B) respectively Relative end.

17. framework according to claim 14, it is characterised in that the framework includes：

- the first support component (1A), first support component are the support members described in one in claim 1 to 13 Part；

- the second support component (1B), second support component are the support members described in one in claim 1 to 13 Part, wherein first support component and second support component are positioned at a distance from each other；

- the three support component (1C), the 3rd support component are the support components described in one in claim 1 to 13；

- the four support component (1D), the 4th support component are the support members described in one in claim 1 to 13 Part, wherein the 3rd support component and the 4th support component are positioned at a distance from each other, wherein described first Support component and the 3rd support component are operably connected to each other, wherein second support component and the 4th support It is connected to each other element operation；

- one or more first mounting rod (200A), wherein, each first mounting rod has is integrally attached to described the respectively The relative end of one support component (1A) and second support component (1B)；

- one or more second mounting rod (200B), wherein, each second mounting rod has is integrally attached to described the respectively Three support components (1C) and the relative end of the 4th support component (1D).

18. framework according to claim 17, it is characterised in that it includes：

- one or more first accommodates bar (300A), wherein, each first receiving bar has is integrally attached to described the respectively The relative end of one support component (1A) and second support component (1B)；

- one or more second accommodates bar (300B), wherein, each second receiving bar has is integrally attached to described the respectively Three support components (1C) and the relative end of the 4th support component (1D).