JP2023139387A - System pedestal for air-conditioning outdoor machine, air-conditioning outdoor machine module, installation method of air-conditioning outdoor machine, and assembling method of air-conditioning outdoor machine module - Google Patents

Abstract

To disclose a system pedestal for an air-conditioning outdoor machine which can easily prepare pedestals corresponding to sizes and the number of the air-conditioning outdoor machines, an air-conditioning outdoor machine module, an installation method of the air-conditioning outdoor machine, and an assembling method of the air-conditioning outdoor machine module.SOLUTION: A system pedestal for an air-conditioning outdoor machine for supporting a plurality of air-conditioning outdoor machines on pedestals which are prepared at installation points of the air-conditioning machines comprises; a pair of first frames which are formed into rod-shaped bodies having first lengths, and fixed on the pedestals in mutual parallel positional relationships; and a plurality of second frames which are formed into rod-shaped bodies having second lengths, and fixed on the first frames in mutual parallel relationships. The first frames have first engagement grooves which can be engaged with first fixing components for fixing the second frames on the first frames along longitudinal directions of the first frames, and the second frames have second engagement grooves which can be engaged with second fixing components for directly or indirectly fixing the air-conditioning outdoor machines on the second frames along longitudinal directions of the second frames.SELECTED DRAWING: Figure 8

Description

The present invention relates to a system mount for an air conditioner outdoor unit, an air conditioner outdoor unit module, an installation method for an air conditioner outdoor unit, and an assembly method for an air conditioner outdoor unit module.

The air conditioner outdoor unit may be installed on various types of frames (see, for example, Patent Documents 1 to 3).

Japanese Patent Application Publication No. 9-4787 Japanese Patent Application Publication No. 2019-163904 Japanese Patent Application Publication No. 2001-141263

The size of air conditioner outdoor units varies depending on the manufacturer. Furthermore, the number of air conditioner outdoor units to be installed varies depending on the installation location. For this reason, when manufacturing an air conditioner outdoor unit module that integrates multiple air conditioner outdoor units with a stand, it is necessary to manufacture the stand according to the size and number of air conditioner outdoor units, which hinders the reduction of man-hours. .

Therefore, this application discloses a system mount for an air conditioner outdoor unit, an air conditioner outdoor unit module, an installation method for the air conditioner outdoor unit, and an assembly method for the air conditioner outdoor unit module, which can easily prepare a mount according to the size and number of air conditioner outdoor units. do.

In order to solve the above problems, the present invention provides a system mount for air conditioner outdoor units that supports a plurality of air conditioner outdoor units on a pedestal prepared at the installation location of the air conditioner outdoor units, the system mount having a positional relationship parallel to each other. a pair of first frames fixed on a pedestal with a plurality of second frames fixed on the first frames in a mutually parallel positional relationship; It was decided to provide an engagement groove along the line, into which a fixed component could be engaged.

Specifically, the present invention provides a system mount for an air conditioner outdoor unit that supports a plurality of air conditioner outdoor units on a pedestal prepared at the installation location of the air conditioner outdoor units, the system mount having a rod shape having a first length. a pair of first frames fixed on a pedestal in a mutually parallel positional relationship; and a plurality of rod-shaped bodies having a second length fixed on the first frame in a mutually parallel positional relationship. a second frame, the first frame having a first engagement groove that can be engaged with a first fixing component for fixing the second frame on the first frame along the longitudinal direction of the first frame. The second frame has a second engagement groove along the longitudinal direction of the second frame that can be engaged with a second fixing component for directly or indirectly fixing the air conditioner outdoor unit on the second frame. have

In the above-mentioned air conditioner outdoor unit system mount, the first fixing part for fixing the second frame to the first frame is configured to engage with the first engagement groove. By sliding the second frame along the first engagement groove, the attachment position of the second frame relative to the first frame can be easily changed. In addition, since the second fixing component for fixing the air conditioning outdoor unit to the second frame is configured to engage with the second engagement groove, the second fixing component can be slid along the second engagement groove. Therefore, it is possible to easily adapt to the attachment of various air conditioner outdoor units to the second frame. Therefore, with the above-mentioned system mount for an air conditioner outdoor unit, simply sliding the first fixing part along the first engagement groove and sliding the second fixation part along the second engagement groove is enough. It is possible to match the size and number of air conditioner outdoor units. Therefore, with the above-mentioned system mount for air conditioner outdoor units, it is possible to easily prepare a mount corresponding to the size and number of air conditioner outdoor units without performing various machining processes such as cutting and welding.

Note that the first frame may have a pedestal engagement groove along the longitudinal direction of the first frame that can be engaged with a pedestal fixing component for fixing the first frame on the pedestal. According to this, since the pedestal fixing component can be slid along the pedestal engagement groove, the pedestal can be fixed to the pedestal without performing various machining processes such as drilling.

In addition, the pedestal fixing part has a fixing hole for passing the anchor provided on the pedestal, and a hanging hole for engaging the wire that hangs the system frame for the air conditioner outdoor unit with multiple air conditioner outdoor units fixed. It may have a lowering hole. According to this, the pedestal fixing part can be slid along the pedestal engagement groove, so the pedestal can be fixed in the appropriate position of the air conditioner outdoor unit system mount without the need for various machining processes such as drilling holes. It becomes possible to attach a hanging wire with the parts.

Further, the first frame may be a hollow rod-shaped body, and the system mount for the air conditioner outdoor unit may include a joint member that can be inserted into the hollow portion from the end of the first frame and joins the first frames together. good. According to this, it becomes possible to join the first frames together while maintaining a state in which the first fixing component can be slid along the first engagement groove.

Moreover, the first engagement groove and the second engagement groove may be grooves in which the head of the bolt is engaged. According to this, it becomes possible to use bolts as the first fixed component and the second fixed component.

Further, the present invention includes, for example, a plurality of air conditioner outdoor units and a system mount for the air conditioner outdoor units that supports the plurality of air conditioner outdoor units on a pedestal prepared at the installation location of the air conditioner outdoor units. The system mount for an air conditioner outdoor unit is a rod-shaped body having a first length, and includes a pair of first frames fixed on a pedestal in a mutually parallel positional relationship, and a rod-shaped body having a second length. and a plurality of second frames fixed on the first frame in a mutually parallel positional relationship, and the first frame is engaged with a first fixing part for fixing the second frame on the first frame. The second frame has a first engagement groove that can be fitted along the longitudinal direction of the first frame, and the second frame has a second fixing part for directly or indirectly fixing the air conditioner outdoor unit on the second frame. The air conditioning outdoor unit module may have an engageable second engagement groove along the longitudinal direction of the second frame.

Moreover, the present invention can also be viewed from the aspect of a method. The present invention is, for example, an installation method for an air conditioner outdoor unit in which a plurality of air conditioner outdoor units are supported on a system mount for the air conditioner outdoor unit on a pedestal prepared at the installation location of the air conditioner outdoor unit. The step of mounting the air conditioner outdoor unit system mount with the air conditioner outdoor unit fixed on the pedestal, and the step of mounting the pedestal fixing part for fixing the rod-shaped first frame provided on the air conditioner outdoor unit system mount to the pedestal. An air conditioner outdoor unit comprising: sliding the pedestal fixing part along a pedestal engagement groove provided in the pedestal to align the pedestal fixing part with the anchor of the pedestal; and fixing the first frame to the pedestal with the pedestal fixing part. The installation method may also be used.

The present invention also provides a method for assembling an air conditioner outdoor unit module, in which, for example, a plurality of air conditioner outdoor units are fixed to an air conditioner outdoor unit system mount that is supported on a pedestal prepared at the installation location of the air conditioner outdoor units. A rod-shaped body having a first length is fixed to a pair of first frames fixed on a pedestal in a positional relationship parallel to each other, and a rod-shaped body having a second length is fixed to a pair of first frames in a positional relationship parallel to each other. a step of placing a plurality of second frames fixed on the first frame; and a step of moving the first fixing component that is engaged with the first engagement groove provided in the first frame along the first engagement groove. sliding and fixing the second frame to the first frame with the first fixing component; and fixing the second fixing component that is engaged in the second engagement groove provided in the second frame into the second engagement groove. The method for assembling an air conditioner outdoor unit module may include a step of sliding the air conditioner outdoor unit along the second frame and directly or indirectly fixing the air conditioner outdoor unit to the second frame using a second fixing part.

With the above-mentioned system stand for air conditioner outdoor unit, air conditioner outdoor unit module, air conditioner outdoor unit installation method, and air conditioner outdoor unit module assembly method, it is possible to easily prepare a stand according to the size and number of air conditioner outdoor units. .

FIG. 1 is a diagram showing an example of an air conditioning outdoor unit module. FIG. 2 is a diagram showing an example of a system mount for an air conditioner outdoor unit. FIG. 3 is a diagram showing the main frame. FIG. 4 is a diagram showing the side frame. FIG. 5 is a diagram showing the joint member. FIG. 6 is a diagram showing the pedestal stopper. FIG. 7 is a first diagram showing a method of assembling the air conditioning outdoor unit module. FIG. 8 is a second diagram showing the method of assembling the air conditioning outdoor unit module. FIG. 9 is a diagram showing how the bolts are attached. FIG. 10 is a third diagram showing the method of assembling the air conditioning outdoor unit module. FIG. 11 is a fourth diagram showing the method of assembling the air conditioning outdoor unit module. FIG. 12 is a fifth diagram showing the method of assembling the air conditioning outdoor unit module. FIG. 13 is a first diagram showing a method of installing an air conditioning outdoor unit module. FIG. 14 is a second diagram showing the installation method of the air conditioning outdoor unit module.

Embodiments of the present invention will be described below. The embodiment shown below is an example of the embodiment of the present invention, and the technical scope of the present invention is not limited to the following aspects.

FIG. 1 is a diagram showing an example of an air conditioning outdoor unit module. FIG. 1 shows the air conditioning outdoor unit module 1 installed on a pedestal 5 at the installation location of the air conditioning outdoor unit module 1. As shown in FIG. 1, the air conditioner outdoor unit module 1 includes an air conditioner outdoor unit system mount 2, a control panel 3 mounted on the air conditioner outdoor unit system mount 2, and an air conditioner outdoor unit 4. That is, the air conditioner outdoor unit module 1 is a module in which the control panel 3 and the air conditioner outdoor unit 4 are integrated using the system mount 2 for the air conditioner outdoor unit. The air conditioning outdoor unit module 1 is assembled in a factory or the like, and is installed on a pedestal 5 at the installation location of the air conditioning outdoor unit module 1 using a vehicle, a crane, or the like.

Note that the air conditioner outdoor unit module 1 is not limited to one that includes the control panel 3 for controlling the air conditioner outdoor unit 4. The air conditioner outdoor unit module 1 may be one in which only the air conditioner outdoor unit 4 is mounted on the air conditioner outdoor unit system mount 2, or the air conditioner outdoor unit module 1 may be one in which only the air conditioner outdoor unit 4 is mounted on the air conditioner outdoor unit system mount 2, or the air conditioner outdoor unit module 1 may be one in which only the air conditioner outdoor unit 4 is mounted on the air conditioner outdoor unit system mount 2. It may be mounted together with the outdoor unit 4 on the air conditioning outdoor unit system mount 2. Further, in FIG. 1, a cooling tower is illustrated as the air conditioner outdoor unit 4, but the air conditioner outdoor unit 4 may be an air conditioner outdoor unit other than the cooling tower.

FIG. 2 is a diagram showing an example of a system mount 2 for an air conditioner outdoor unit. The air conditioner outdoor unit system mount 2 includes a main frame 6, a side frame 7, and a pedestal fastener 8. A large number of the main frame 6, side frame 7, and pedestal fasteners 8 are available as system parts. Therefore, the air conditioner outdoor unit system mount 2 can mount air conditioner outdoor units 4 of various sizes and numbers by combining appropriate numbers of parts such as the main frame 6, side frames 7, and pedestal fasteners 8.

The main frame 6 and side frame 7, which form the main frame parts of the air conditioning outdoor unit system frame 2, are rod-shaped bodies. Therefore, the system mount 2 for the air conditioner outdoor unit has a substantially rectangular lattice-like form when viewed as a whole. The main frame 6 and the side frames 7 are extruded aluminum materials (also called "aluminum extrusion materials") that have excellent weather resistance. As shown in FIG. 1, the air conditioner outdoor unit system mount 2 is designed to mount a plurality of air conditioner outdoor units 4 arranged in a line. Therefore, the main frame 6 is a thicker and stronger member than the side frames 7. The main frame 6 has a length that takes into account the width of a plurality of air conditioner outdoor units 4. On the other hand, the side frame 7 has a length based on the width of one air conditioner outdoor unit 4. Then, depending on the number of air conditioner outdoor units 4 to be mounted on the air conditioner outdoor unit system mount 2, an appropriate number of main frames 6 are joined together using joint members.

Since the air conditioner outdoor unit system mount 2 is designed to be mounted with the air conditioner outdoor units 4 lined up in a row, the main frame 6 can accommodate approximately one air conditioner unit, as shown in FIG. Two outdoor units 4 are arranged in parallel with a width space between them. Since this main frame 6 is a portion fixed on the pedestal 5, a pedestal stopper 8 for fixing the main frame 6 to the pedestal 5 is attached to an appropriate location on the main frame 6. Then, a plurality of side frames 7 are fixed to the main frame 6 in a mutually parallel positional relationship so as to be spanned between a pair of main frames 6 arranged in parallel. The spacing between the side frames 7 corresponds to the size and spacing of the control panel 3 and the air conditioning outdoor unit 4 mounted on the system mount 2 for the air conditioning outdoor unit.

Hereinafter, details of the members constituting the air conditioner outdoor unit system frame 2 will be described.

FIG. 3 is a diagram showing the main frame 6. As shown in FIG. The main frame 6 is a long hollow extruded aluminum member having a predetermined length, and has a rectangular cross-sectional shape in overall view, as shown in the enlarged view of FIG. The main frame 6 requires strength as a beam capable of supporting the plurality of air conditioner outdoor units 4, so the height of the cross section is larger than the width. The main frame 6 is a prismatic member having, on its exterior surface, an upper surface 61 forming a horizontal upper surface, two side surfaces 64 forming vertical side surfaces, and a lower surface 65 forming a horizontal lower surface. The upper surface 61 is provided with an upper surface side engagement groove 62 into which the head of a bolt for fixing the side frame 7 on the main frame 6 can be engaged. In the upper surface side engagement groove 62, drain holes are provided at appropriate intervals (for example, 1 m) on the bottom surface of the groove. The side surface 64 is provided with a side surface side engagement groove 63 into which the head of a bolt for fixing the pedestal stopper 8 to the main frame 6 can be engaged. Further, since the main frame 6 is an extruded aluminum member, it has a hollow portion 66 inside. The hollow portion 66 is exposed to the outside at both ends of the main frame 6 in the longitudinal direction.

As can be seen from FIG. 3, the upper surface side engagement groove 62 and the side surface side engagement groove 63 are formed to extend along the longitudinal direction of the main frame 6. Both ends of the upper surface side engagement groove 62 and the side surface side engagement groove 63 are open at both ends of the main frame 6. Therefore, in the upper surface side engagement groove 62 and the side surface side engagement groove 63, when it is desired to engage a bolt with a hexagonal or square head in the upper surface side engagement groove 62 and the side surface side engagement groove 63, The bolt is inserted and slid from the ends of the engagement groove 62 and the side engagement groove 63. If you use a bolt with a T-shaped head, insert the head of the bolt into the top side engagement groove 62 and side side engagement groove 63 from a midway point other than the end, and turn it approximately 90 degrees. It is also possible to engage the bolt in the upper surface side engagement groove 62 or the side surface side engagement groove 63, but when using such a bolt, the head of the bolt may not fit into the upper surface side engagement groove 62 or the side surface side engagement groove 63. In order to prevent the bolt from falling out of the engagement groove 63 unintentionally, it is necessary to pay close attention to the direction of the head of the bolt when fastening with the nut. Therefore, it is preferable to use bolts with hexagonal or square heads for the upper surface side engagement groove 62 and the side surface side engagement groove 63.

FIG. 4 is a diagram showing the side frame 7. As shown in FIG. The side frame 7 is a long hollow extruded aluminum member having a predetermined length, and as shown in FIG. It has an inverted T-shaped cross section. The side frame 7 is a member that supports one air conditioner outdoor unit 4, and since the load of the air conditioner outdoor unit 4 is applied near the end of the side frame 7 near the main frame 6, compared to the main frame 6, The height and width of the rectangular section of the cross section are both smaller than that of the main frame 6. The side frame 7 has an upper surface 71 forming a horizontal upper surface and a lower surface 73 forming a horizontal lower surface. The upper surface 71 is provided with an upper surface side engagement groove 72 in which the head of a bolt for fixing the control panel 3 or the air conditioner outdoor unit 4 on the side frame 7 can be engaged. Near the center of the upper engagement groove 72, a drainage hole is provided at the bottom of the groove. Further, near both ends of the side frame 7 in the longitudinal direction, bolt through holes 75 through which bolts for fixing the side frame 7 to the main frame 6 are passed are provided in the outrigger 74 . Further, since the side frame 7 is an extruded aluminum member, it has a hollow portion 76 inside. The hollow portion 76 is exposed to the outside at both ends of the side frame 7 in the longitudinal direction.

As can be seen from FIG. 4, the upper surface side engagement groove 72 is formed to extend along the longitudinal direction of the side frame 7. Both ends of the upper surface side engaging groove 72 are open at both ends in FIG. Therefore, similarly to the upper side engaging groove 62 and the side side engaging groove 63, when you want to engage a bolt with a hexagonal or square head in the upper side engaging groove 72, from the end of the upper side engaging groove 72. Insert the bolt and slide it.

FIG. 5 is a diagram showing the joint member. When joining the main frames 6 together in order to extend the main frames 6, for example, a joint member 9 as shown in FIG. 5 is used. The joint member 9 is a rigid body cut out of an aluminum ingot by cutting, and as shown in FIG. 5, has an upper surface 91 forming a horizontal upper surface, two side surfaces 93 forming vertical sides, and a horizontal lower surface. It is a rod-shaped body having a lower surface 94 forming an exterior surface. Since the joint member 9 is used by being inserted into the hollow portion 66 from the end of the main frame 6, its cross-sectional shape matches that of the hollow portion 66. That is, the joint member 9 is provided with a thinned portion 92 to prevent interference with the portion that protrudes inward of the main frame 6 to form the upper surface side engagement groove 62 and the side surface side engagement groove 63. ing. Further, the joint member 9 is provided with bolt holes 95 at appropriate locations on the side surface 93 for fixing the main frame 6 with bolts and nuts.

FIG. 6 is a diagram showing the pedestal stopper 8. As shown in FIG. The pedestal stopper 8 is a hardware having an L-shaped cross section, and has an upper part 81 forming a vertical portion and a lower part 82 forming a horizontal bottom. The upper part 81 is provided with a hanging hole 83 for suspending the system frame 2 for the air conditioner outdoor unit with a crane, and a bolt through hole 84 for passing a bolt for fixing the pedestal stopper 8 to the main frame 6. There is. A bolt through hole 85 for passing the anchor bolt of the base 5 is provided in the lower part 82. The bolt through holes 84 and the bolt through holes 85 are used to cope with attachment/detachment and repositioning of the pedestal stopper 8 at the installation location of the air conditioning outdoor unit module 1, or slight positional deviation during installation work of the air conditioning outdoor unit module 1. The hole is oblong in shape to make it easier. The pedestal stopper 8 may be made of aluminum in consideration of compatibility with the main frame 6, or may be made of various metals such as stainless steel and iron.

Hereinafter, a method of assembling the air conditioning outdoor unit module 1 will be explained. When assembling the air conditioner outdoor unit module 1, first, the system mount 2 for the air conditioner outdoor unit is assembled, and then the control panel 3 and the air conditioner outdoor unit 4 are mounted on the system mount 2 for the air conditioner outdoor unit.

FIG. 7 is a first diagram showing a method of assembling the air conditioning outdoor unit module 1. When assembling the air conditioner outdoor unit system mount 2, determine the total length according to the number of control panels 3 and air conditioner outdoor units 4 to be mounted on the air conditioner outdoor unit system mount 2, and install the number of main frames according to the determined total length. Prepare 6. Then, if necessary, the main frames 6 are joined together using joint members 9, bolts, and nuts. If multiple types of main frames 6 with different lengths are available, you can connect main frames 6 of appropriate lengths to match the number of control panels 3 and air conditioner outdoor units 4. It can be easily adjusted to the total length. Considering the size of commercially available ready-made air conditioner outdoor units 4, the lineup of the main frame 6 is, for example, about four types in the range of 2500 to 4000 mm in total length in 500 mm increments.

FIG. 8 is a second diagram showing the method of assembling the air conditioning outdoor unit module 1. After preparing a pair of main frames 6 having a suitable overall length, side frames 7 and pedestal fasteners 8 are assembled to appropriate locations on the main frames 6. The number of side frames 7 and pedestal fasteners 8 to be assembled to the main frame 6 depends on the number of control panels 3 and air conditioner outdoor units 4 mounted on the system mount 2 for air conditioner outdoor units. When assembling the side frame 7 to the main frame 6, pass the head of the bolt through the open part of the upper surface side engagement groove 62 at the end of the main frame 6, and then insert the bolt head along the longitudinal direction of the upper surface side engagement groove 62. Slide the bolt into the appropriate position. In addition, when assembling the pedestal stopper 8 to the main frame 6, the head of the bolt is passed through the open part of the side engagement groove 63 at the end of the main frame 6, and Slide the bolt into the appropriate position along the In addition, as with the main frame 6, if the side frame 7 is available in multiple types with alternate lengths, it can be used to accommodate control panels 3 and air conditioner outdoor units 4 of various sizes. Can be easily adjusted to length. Considering the size of commercially available ready-made air conditioner outdoor units 4, there are two types of side frames 7 available, for example, total lengths of 900 mm and 1100 mm.

FIG. 9 is a diagram showing how the bolts are attached. In FIG. 9, the vicinity of the longitudinal end of the main frame 6 is shown. As shown in FIG. 9, the upper surface side engagement groove 62 and the side surface side engagement groove 63 are open near the longitudinal ends of the main frame 6. Therefore, the bolt 75B for assembling the side frame 7 to the main frame 6 can be inserted into the upper surface side engagement groove by inserting the head from the open part of the upper surface side engagement groove 62 at the longitudinal end of the main frame 6. 62. Further, the bolt 63B for assembling the pedestal stopper 8 to the main frame 6 can be inserted into the side surface engagement groove by inserting its head through the open portion of the side surface engagement groove 63 at the longitudinal end of the main frame 6. It can be engaged with the groove 63. Then, with the side frame 7 positioned at an appropriate position, the side frame 7 can be fixed to the main frame 6 by threading the nut 75N onto the bolt 75B and tightening the nut 75N with a wrench. Moreover, the pedestal stopper 8 can be fixed to the main frame 6 by screwing the nut 63N onto the bolt 63B with the pedestal stopper 8 positioned at an appropriate position and tightening the nut 63N with a wrench. With the above steps, the assembly of the system frame 2 for the air conditioner outdoor unit is completed.

FIG. 10 is a third diagram showing the method of assembling the air conditioning outdoor unit module 1. After attaching the side frame 7 and the pedestal fasteners 8 to appropriate positions on the main frame 6, the vibration isolator 4D is attached to the side frame 7 of the system mount 2 for the air conditioner outdoor unit. The vibration isolator 4D is a member that performs a buffering function between the air conditioner outdoor unit system mount 2 and the air conditioner outdoor unit 4. Therefore, depending on the installation location of the air conditioning outdoor unit module 1 and the type of the air conditioning outdoor unit 4, the vibration isolator 4D may be omitted. For example, a ready-made product is used as the vibration isolator 4D. Therefore, the vibration isolating device 4D has various bolt holes for passing fixing bolts depending on the product or manufacturer. However, the bolt for fixing the vibration isolator 4D to the side frame 7 can slide along the upper surface side engagement groove 72 provided in the side frame 7. Also, side frame 7
can be slid by moving the bolt 75B that fixes the side frame 7 to the main frame 6 along the upper surface side engagement groove 62. In other words, with the system frame 2 for the air conditioner outdoor unit, the positions of the bolts for fixing the vibration isolator 4D to the side frame 7 can be freely adjusted in the directions of two axes parallel to the horizontal plane. It is possible to install a vibration isolator 4D.

FIG. 11 is a fourth diagram showing the method of assembling the air conditioning outdoor unit module 1. When mounting the control panel 3 and the air conditioner outdoor unit 4 on the air conditioner outdoor unit system mount 2, it is desirable to install the piping 12 and electric wires to be placed below the control panel 3 and the air conditioner outdoor unit 4 in advance. . The piping 12 and electric wires arranged below the control panel 3 and the air conditioning outdoor unit 4 are mounted on a support plate 10 provided on the system mount 2 for the air conditioning outdoor unit, for example, as shown in FIG. The support plate 10 is supported by, for example, a stay 11 fixed with a bolt that is engaged with a side surface engagement groove 63 of the main frame 6. If the piping 12 and electric wires are temporarily installed before mounting the control panel 3 and the air conditioner outdoor unit 4 on the air conditioning outdoor unit system mount 2, the work of routing the piping 12 and electric wires becomes easy.

FIG. 12 is a fifth diagram showing the method of assembling the air conditioning outdoor unit module 1. After the vibration isolator 4D is attached to the system mount 2 for the air conditioner outdoor unit, the control panel 3 and the air conditioner outdoor unit 4 are mounted on the system mount 2 for the air conditioner outdoor unit. The control panel 3 and the air conditioner outdoor unit 4 are fixed to the air conditioner outdoor unit system mount 2 with bolts and nuts provided at appropriate positions on the lower part of the housing of the control panel 3 and the air conditioner outdoor unit 4. Further, the piping 12 and electric wires are connected as necessary. Through the above steps, the assembly of the air conditioning outdoor unit module 1 is completed.

Note that the vibration isolator 4D is not limited to a form in which it is attached between the air conditioner outdoor unit system mount 2 and the air conditioner outdoor unit 4. The vibration isolator 4D may be attached, for example, between the pedestal 5 and the air conditioner outdoor unit system mount 2. In this case, the vibration isolator 4D may be transported separately from the air conditioning outdoor unit module 1 to the installation location of the air conditioning outdoor unit module 1, and may be attached to the pedestal 5 before the air conditioning outdoor unit module 1 is placed on it. Alternatively, it may be transported together with the air conditioner outdoor unit module 1 while being attached to the lower side of the system mount 2 for the air conditioner outdoor unit, and may be attached to the pedestal 5 at the installation location.

After the air conditioning outdoor unit module 1 is assembled, the air conditioning outdoor unit module 1 is transported and installed at the installation location. FIG. 13 is a first diagram showing the installation method of the air conditioning outdoor unit module 1. After the air conditioning outdoor unit module 1 is assembled, the air conditioning outdoor unit module 1 is lifted using the hanging device 13 or a crane. When moving the air conditioner outdoor unit module 1, it is preferable to provide appropriate curing to the control panel 3 and the air conditioner outdoor unit 4. When lifting the air conditioner outdoor unit module 1 with a crane, first lift the hanging device 13 above the air conditioner outdoor unit module 1 with the crane, and then connect the wire 14 hanging from the hanging device 13 to the air conditioner outdoor unit system mount 2. Attach to the pedestal stopper 8 with a hook, etc. Then, the user operates the crane that suspends the hanging device 13 and lifts the air conditioning outdoor unit module 1. The air conditioning outdoor unit module 1 lifted up by a crane is placed, for example, on the loading platform of a transportation vehicle. The air conditioning outdoor unit module 1 transported using a vehicle is lifted up again by the crane near the installation location and lowered to the installation location.

In addition, in FIG. 13, the pedestal fasteners 8 are provided at both longitudinal ends and the center of the air conditioner outdoor unit system mount 2, but the mounting position of the pedestal fasteners 8 on the air conditioner outdoor unit system mount 2 and The number of attachment points is adjusted as appropriate depending on the calculation result of the load distribution applied to the air conditioning outdoor unit system frame 2 when lifting the air conditioning outdoor unit module 1 with a crane. The pedestal stopper 8 is fixed to the main frame 6 by a bolt 63B that engages with the side engagement groove 63 of the main frame 6, so if the nut 63N is loosened and the bolt 63B is slid, The mounting position of the pedestal stopper 8 can be changed as appropriate.

FIG. 14 is a second diagram showing the installation method of the air conditioning outdoor unit module 1. After the air conditioner outdoor unit module 1 is placed on the pedestal 5 at the installation location using a crane, the air conditioner outdoor unit module 1 is fixed to the pedestal 5 using the pedestal fastener 8. An appropriate spacer or the like may be placed between the base 5 and the main frame 6. For example, as shown in FIG. 14, an anchor bolt 5B is provided in advance on the pedestal 5. The pedestal 5 is made of concrete, for example. When pouring concrete to form the pedestal 5, anchor bolts 5B are embedded in advance. Therefore, the anchor bolt 5B is firmly fixed to the pedestal 5.

When fixing the pedestal fastener 8 to the anchor bolt 5B of the pedestal 5, the anchor bolt 5B is passed through the bolt through hole 85 of the pedestal fastener 8, and the anchor nut 5N is screwed onto the anchor bolt 5B. At this time, if it is necessary to adjust the position of the pedestal stopper 8 with respect to the main frame 6, measures such as temporarily loosening the nut 63N or temporarily removing the nut 63N from the bolt 63B are performed. When the anchor nut 5N is fastened to the anchor bolt 5B with a wrench, the pedestal stopper 8 is fixed to the pedestal 5. Further, when the nut 63N is fastened to the bolt 63B with a wrench, the pedestal stopper 8 is fixed to the main frame 6. This completes the installation of the air conditioning outdoor unit module 1 on the pedestal 5.

The size of the air conditioner outdoor unit 4 varies depending on the manufacturer. Further, the number of air conditioning outdoor units 4 to be installed also varies depending on the installation location. However, the system mount 2 for air conditioner outdoor units according to the present embodiment can be easily adapted to the form according to the size and number of air conditioner outdoor units 4. The frame can be assembled very easily.

In addition, in the above embodiment, the system mount 2 for the air conditioner outdoor unit is mainly made of aluminum members, but the members constituting the system mount 2 for the air conditioner outdoor unit are not limited to those made of aluminum. . The members constituting the air conditioning outdoor unit system frame 2 may be made of any appropriate material other than aluminum. Further, in the above embodiment, a plurality of air conditioner outdoor units 4 of the same type are mounted on one air conditioner outdoor unit system mount 2, but the air conditioner outdoor unit module 1 is limited to such a form. It is not something that will be done. The air conditioner outdoor unit module 1 may be, for example, one in which a plurality of air conditioner outdoor units 4 of various sizes and shapes are mounted on a system mount 2 for the air conditioner outdoor unit.

Further, in the above embodiment, the system mount 2 for an air conditioner outdoor unit is illustrated as an example in which a plurality of main frames 6 are joined together, but the system mount 2 for an air conditioner outdoor unit is not limited to such a form. do not have. The system frame 2 for the air conditioner outdoor unit may use, for example, a single main frame 6 that reaches the entire length of the air conditioner outdoor unit module 1 by itself.

Further, in the embodiment described above, the two upper surface side engaging grooves 62 were provided on the upper surface 61 of the main frame 6, but the main frame 6 is not limited to such a form. The main frame 6 may have only one upper surface side engaging groove 62 on the upper surface 61, or may have three or more upper surface side engaging grooves 62 on the upper surface 61. Further, in the embodiment described above, the side surface engaging groove 63 was provided on both of the two side surfaces 64, but the main frame 6 is not limited to such a form. The main frame 6 may have the side engagement groove 63 only on one of the two side surfaces 64.

In addition, the above embodiment can be modified into any other suitable form. For example, the side surface engaging groove 63 of the main frame 6 and the pedestal stopper 8 may be omitted. Further, another member instead of the bolt may be engaged with the engagement groove.

1. Air conditioner outdoor unit module 2. System mount for air conditioner outdoor unit 3. Control panel 4. Air conditioner outdoor unit 5. Pedestal 6. Main frame 7. Side frame 8. Pedestal fastener 9. Coupling member 10... Support plate 11... Stay 12... Piping 13... Hanging device 14... Wire 4D... Vibration isolator 5B... Anchor bolt 5N... Anchor nut 61... Upper surface 62... Upper surface side Engagement groove 63...Side side engagement groove 64...Side surface 65...Bottom surface 66...Hollow part 71...Top surface 72...Top surface side engagement groove 73...Bottom surface 74...Outrigger 75...Bolt through hole 76... Hollow part 81... Upper part 82... Lower part 83... Hanging hole 84... Bolt through hole 85... Bolt through hole 91... Top surface 92... Thinner part 93... Side surface 94... Bottom surface 95...Bolt through hole 63B...Bolt 63N...Nut 75B...Bolt 75N...Nut

Claims (8)

A system mount for an air conditioner outdoor unit that supports a plurality of air conditioner outdoor units on a pedestal prepared at a location where the air conditioner outdoor units are installed,
a pair of first frames that are rod-shaped bodies having a first length and are fixed on the pedestal in a mutually parallel positional relationship;
a plurality of second frames that are rod-shaped bodies having a second length and are fixed on the first frame in a mutually parallel positional relationship;
The first frame has a first engagement groove along the longitudinal direction of the first frame that can be engaged with a first fixing component for fixing the second frame on the first frame,
The second frame has a second engagement groove along the longitudinal direction of the second frame that can be engaged with a second fixing component for directly or indirectly fixing the air conditioner outdoor unit on the second frame. have in
System mount for air conditioner outdoor unit. The first frame has a pedestal engagement groove along the longitudinal direction of the first frame that can be engaged with a pedestal fixing component for fixing the first frame on the pedestal.
The system mount for an air conditioner outdoor unit according to claim 1. The pedestal fixing part is
a fixing hole provided on the pedestal for passing the anchor;
a hanging hole for engaging a wire for suspending the system mount for the air conditioning outdoor unit to which the plurality of air conditioning outdoor units are fixed;
The system mount for an air conditioner outdoor unit according to claim 2. The first frame is a hollow rod-shaped body,
The air conditioning outdoor unit system mount includes a joint member that can be inserted into the hollow portion from an end of the first frame and joins the first frames together.
The system mount for an air conditioner outdoor unit according to any one of claims 1 to 3. The first engagement groove and the second engagement groove are grooves in which the head of the bolt engages.
The system mount for an air conditioner outdoor unit according to any one of claims 1 to 4. Multiple air conditioner outdoor units,
an air conditioner outdoor unit system mount that supports the plurality of air conditioner outdoor units on a pedestal provided at a location where the air conditioner outdoor units are installed;
The system mount for the air conditioner outdoor unit is
a pair of first frames that are rod-shaped bodies having a first length and are fixed on the pedestal in a mutually parallel positional relationship;
a plurality of second frames that are rod-shaped bodies having a second length and are fixed on the first frame in a mutually parallel positional relationship;
The first frame has a first engagement groove along the longitudinal direction of the first frame that can be engaged with a first fixing component for fixing the second frame on the first frame,
The second frame has a second engagement groove in the longitudinal direction of the second frame that can be engaged with a second fixing component for directly or indirectly fixing the air conditioner outdoor unit on the second frame. along the
Air conditioning outdoor unit module. An installation method for an air conditioner outdoor unit in which a plurality of air conditioner outdoor units are supported by a system mount for the air conditioner outdoor unit on a pedestal prepared at the installation location of the air conditioner outdoor unit, the method comprising:
placing the system mount for the air conditioner outdoor unit on the pedestal with the plurality of air conditioner outdoor units fixed therein;
A pedestal fixing component for fixing a rod-shaped first frame of the air conditioner outdoor unit system mount to the pedestal is slid along a pedestal engagement groove provided in the first frame to fix the pedestal. aligning the component with the anchor of the pedestal;
fixing the first frame to the pedestal with the pedestal fixing component;
How to install an air conditioner outdoor unit. A method for assembling an air conditioner outdoor unit module in which a plurality of air conditioner outdoor units are fixed to a system mount for air conditioner outdoor units that is supported on a pedestal prepared at the installation location of the air conditioner outdoor units, the method comprising:
A rod-shaped body having a second length is attached to a pair of first frames fixed on the pedestal in a positional relationship parallel to each other; placing a plurality of second frames fixed on the first frame;
A first fixing component that is engaged with a first engagement groove provided in the first frame is slid along the first engagement groove, and the second frame is fixed to the first frame. The process of fixing with parts,
A second fixing component that is engaged with a second engagement groove provided in the second frame is slid along the second engagement groove, and the air conditioner outdoor unit is attached to the second frame directly or indirectly. fixing with the second fixing part,
How to assemble an air conditioning outdoor unit module.

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