JP6393154B2 - Equipment mounting plate and storage panel - Google Patents

Description

  The present invention relates to a device mounting plate and a storage panel, for example, a device mounting plate used for a storage panel of an air conditioning system and a storage panel provided with the device mounting plate.

  Conventionally, there is an automatic control panel of a type that is attached to the wall surface of equipment as a storage panel. In this automatic control panel, devices of different sizes (hereinafter referred to as in-panel devices) such as a base module, a control module, and a power supply module are installed. For this reason, in the assembly site, an operation is performed in which a mounting hole is formed on the rear surface of the casing of the automatic control panel in accordance with the layout of the in-panel equipment.

  In such an assembly site, the operation of opening the mounting hole on the back surface of the housing is complicated as well as increasing the number of assembly steps. For this reason, the equipment in the panel with a common mounting hole pitch is used as the standard equipment, and the sub panel provided with the standard equipment mounting hole group with the common mounting hole pitch is attached to the back of the casing of the automatic control panel. It has been proposed (see, for example, Patent Document 1).

JP 2001-230572 A

  By the way, in the above-described device housing panel of Patent Document 1, when attaching a standard device to a sub-panel provided with a standard device mounting hole group, it is performed in consideration of the location of the standard device, but at the time of attachment. When a human error such as a wrong placement location occurs, there is a problem that a lot of reworking steps occur and productivity is lowered.

  The present invention is for solving such problems, and it is possible to reduce the human error when mounting a device on a plate-like member, and to provide a device mounting plate and a storage panel that can improve productivity with a small number of man-hours. It is intended to provide.

  In order to achieve this object, the device mounting plate (10) of the present invention includes a plate-like member (10a) provided with a plurality of mounting holes (58) for mounting a plurality of devices (11 to 17), and And mounting guides (61d to 65d, 71m to 87m, 91m to 93m), which are formed on the surface of the plate member (10a) and indicate the mounting locations of the plurality of devices (11 to 17).

In the present invention, among the devices (11-17), the devices (13a, b, c, 14c, e, f, 15a) that are essential to be attached to the plate-like member (10a) regardless of the system model number. , B), the mounting guides (61d to 64d, 71m to 73m, 79m, 81m to 84m) are formed on the surface of the plate-like member (10a) as a first line of a predetermined line type. The

  In the present invention, among the devices (11 to 17), devices (13d, e, 14a, b, d, 15c, d) that are arbitrarily attached to the plate-like member (10a) according to the system model number. , E, 65d, 17a, b), the mounting guides (74m, 75m, 77m, 78m, 80m, 85m to 87m, 65d, 92m, 93m) are of a different line type from the first line. You may make it form in the said plate-shaped member (10a) as a 2nd line | wire.

  In this invention, when the said apparatus (11-17) is attached according to the said attachment guide (61d-65d, 71m-87m, 91m-93m), the said attachment guide (61d-65d, 71m-87m, 91m-93m). ) Is not concealed by the device (11-17), and a part or all of the mounting guide (61d-65d, 71m-87m, 91m-93m) is exposed around the device (11-17). You may do it.

  In the present invention, a wiring guide (111 to 113) in which a wiring source and a wiring destination of the wiring for electrically connecting the plurality of devices (11 to 17) are formed on the surface of the plate-like member (10a). And may be further provided.

  In this invention, the said attachment guide (61d-65d, 71m-87m, 91m-93m) shows the attachment place of the said some apparatus (11-17) formed in the surface of the said plate-shaped member (10a). You may make it be the concave guide which consists of a recessed part, or the convex guide which consists of a convex part.

In the present invention, a plate-like member (10a) provided with a plurality of attachment holes (58) for attaching a plurality of devices (11-17), and formed on the surface of the plate-like member (10a), A mounting guide (61d to 65d, 71m to 87m, 91m to 93m) indicating a mounting location of the plurality of devices (11 to 17), and a housing (2) to which the plate member (10a) is mounted as a back plate The mounting guide corresponding to a device that is required to be attached to the plate-like member regardless of the system model number is the plate-like member as a first line of a predetermined line type. It is formed on the surface of the to so that not.

  According to the present invention, an installation guide (61d-65d, 71m-87m, 91m-93m) formed on the surface of the plate-like member (10a) makes it easy for an operator to install the device (11-17). Since it can recognize, the artificial mistake at the time of attaching an apparatus (11-17) to the surface of an apparatus mounting plate (10) can be reduced significantly, and productivity can be improved with few man-hours.

  According to the present invention, among the devices (11-17), the devices (13a, b, c, 14c, e, f, 15a) that are essential to be mounted on the device mounting plate (10) regardless of the system model number. , B), the first line of a predetermined line type is shown as an attachment guide (61d to 64d, 71m to 73m, 79m, 81m to 84m). ), It is possible to intuitively recognize the mounting location where the devices (13b, c, 14c, e, f, 15a, b) that are essential to be mounted are to be mounted, and to be accurately mounted.

  According to the present invention, among the devices (11 to 17), the devices (13d, e, 14a, b, d, 15c, d) that are arbitrarily attached to the device mounting plate (10) according to the model number of the system. , E, 65d, 17a, b), the second line made of a line type different from the first line is mounted guides (74m, 75m, 77m, 78m, 80m, 85m to 87m, 65d, 92m, 93m), the operator attaches any device (13d, e, 14a, b, d, 15c, d, e, 65d, 17a, b) that can be attached to the device mounting plate (10) It is possible to intuitively recognize where the power should be attached and to attach it accurately.

  According to the present invention, when the device (11-17) is mounted on the device mounting plate (10) according to the mounting guide (61d-65d, 71m-87m, 91m-93m), the mounting guide (61d-65d, 71m). -87m, 91m-93m) are not concealed by the device (11-17), and part or all of the mounting guides (61d-65d, 71m-87m, 91m-93m) around the device (11-17) Therefore, it is possible to visually confirm whether or not the devices (11 to 17) are correctly attached to the attachment place.

  According to the present invention, the wiring guide (111 to 113) formed on the surface of the plate-like member (10a) has the wiring source and wiring destination of the wiring electrically connecting the plurality of devices (11 to 17). Since it is easily recognized, human error when connecting the wiring between the devices (11 to 17) after accurately mounting the plurality of devices (11 to 17) to the device mounting plate (10) is greatly increased. It is possible to reduce and improve productivity with less man-hours.

  According to the present invention, the mounting guides (61d to 65d, 71m to 87m, 91m to 93m) are concave portions formed on the surface of the plate-like member (10) and indicating the mounting locations of the plurality of devices (11 to 17). By forming the concave guide or convex guide consisting of convex portions, the concave guide or convex guide is formed by cutting out the plate-like member (10a), or the concave guide or convex shape is formed by molding. Since a guide can be formed, it becomes possible to exclude the printing process at the time of manufacturing an apparatus mounting plate (10).

  According to the present invention, an installation guide (61d to 65d, 71m to 87m, 91m to 93m) provided on the surface of the plate-like member (10a) makes it easy for an operator to install the device (11 to 17). Since it can be recognized, human error when attaching the devices (11 to 17) to the surface of the device mounting plate (10) is greatly reduced, and the device mounting plate (10) is attached as the back plate of the housing (2). Thus, the productivity of the containing board (1) to be manufactured can be improved.

It is a perspective view which shows the external appearance structure of the automatic control board in this Embodiment. It is a perspective view which shows the state which removed the lid | cover of the automatic control board in this Embodiment. It is a perspective view which shows the mounting state in which the in-board apparatus was attached to the apparatus attachment board in this Embodiment. It is a front view which shows the mounting state in which the in-board apparatus was attached to the apparatus mounting plate with which the printing pattern of the attachment guide and the wiring guide was printed in this Embodiment. It is a front view which shows the plate-shaped member before the printing pattern of a mounting guide and a wiring guide is printed in this Embodiment. It is a front view which shows the apparatus attachment board and printing pattern after the printing pattern was printed in this Embodiment. It is a figure which shows the printing pattern in this Embodiment. It is an enlarged view which shows the detailed structure of the printing pattern in this Embodiment.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings. FIG. 1 shows an external configuration of an automatic control panel 1 as a storage panel in the present embodiment, FIG. 2 shows a state where a lid 2 of the automatic control panel 1 is removed, and FIGS. 3 and 4 show sub panels. The mounting state in which the on-board device is mounted on the functioning device mounting plate 10 is shown.

<Configuration of automatic control panel>
As shown in FIG. 1, the automatic control panel 1 in the present embodiment is composed of a housing 2 and a lid 3 supported so as to be openable and closable with respect to the housing 2. It is installed by being attached to the wall surface. The automatic control panel 1 is used in an air conditioning system, for example, and a plurality of in-panel devices corresponding to the model number of the air conditioning system are mounted inside the automatic control panel 1.

  As shown in FIG. 2, the automatic control panel 1 has an external power input terminal block 11, a lightning arrester 12, a device mounting plate 10 fixed to the back of the housing 2 in a state where the lid 3 is removed from the housing 2. A switch module 13, a power supply module 14, a communication module 15, a communication adapter 16, and an output terminal block 17 are attached as in-panel devices.

  As shown in FIGS. 3 and 4, covers 21 and 22 are attached to the left and right ends of the device mounting plate 10 so as to surround cables and the like that are connected from the outside. The range between the cover 21 and the cover 22 is the external power input terminal block 11, the lightning arrester 12, the plurality of switch modules 13 (13a to 13e), the plurality of power supply modules 14 (14a to 14f), and the plurality of communication. This is a device mounting area in which in-panel devices such as the module 15 (15a to 15e), the communication adapter 16, and the plurality of output terminal blocks 17 (17a, 17b) are mounted.

  The external power input terminal block 11 is fitted and attached to a DIN (Deutsche Industrie Normen: German Industrial Standard) rail 31 as a frame fixed to the device mounting plate 10.

  Similarly to the external power supply input terminal block 11, the switch modules 13a to 13e are fitted and attached to a DIN rail 32 fixed to the device mounting plate 10. Similarly, the power supply modules 14a to 14f, the communication modules 15a to 15d, and the output terminal blocks 17a and 17b are also fitted and attached to the DIN rails 33, 34, and 35 fixed to the device mounting plate 10.

  The lightning arrester 12 is directly attached by screws after being positioned on the surface of the device mounting plate 10.

  The switch module 13a is fixed to the DIN rail 32 in a state of being sandwiched from both sides of the switch module 13a by a stopper 13k for preventing the switch module 13a from sliding along the longitudinal direction of the DIN rail 32. Similarly, the switch modules 13b to 13e are fixed to the DIN rail 32 in a state where the switch modules 13b to 13e are sandwiched from both sides by the stoppers 13k.

  The plurality of power supply modules 14a to 14f are fixed to the DIN rail 33 in a state where each of the power supply modules 14a to 14f is sandwiched from both sides by the fasteners 14k on the DIN rail 33. As a result, the plurality of power supply modules 14a to 14f maintain the distance between the power supply modules 14 on the DIN rail 33, so that it is possible to avoid in advance being affected by the generation of heat.

  In the plurality of communication modules 15a to 15e, the communication modules 15a to 15d are integrated, and are fixed to the DIN rail 34 in a state of being sandwiched from both sides by fasteners 15k on the DIN rail 34.

  The communication module 15e is fixed to the DIN rail 34 at a position on the DIN rail 34 that is separated from the communication modules 15a to 15d by a predetermined distance in a state of being sandwiched from both sides by the fasteners 15k.

  Similar to the lightning arrester 12, the communication adapter 16 is positioned with respect to the surface of the device mounting plate 10 and is directly attached by screws.

  Each of the output terminal blocks 17a and 17b is fixed to the DIN rail 35 so that the distance between the output terminal blocks 17a and 17b is maintained on both sides of the DIN rail 35 from both sides by the fasteners 17k.

  Further, seals 41 to 46 are affixed to the surface of the device mounting plate 10. The seals 41, 42, 43, 45 and 46 are printed on the surface with information on the in-board equipment fixed adjacent to these seals. About the seal | sticker 44, the information with respect to the whole automatic control panel 1 is printed on the surface.

<Configuration of equipment mounting plate>
Next, the configuration of the device mounting plate 10 will be described with reference to FIGS. FIG. 5 shows a printed pattern P1 (FIGS. 6 and 7) including a mounting guide that visually indicates the mounting location of the in-board equipment, a wiring guide that visually indicates the wiring source and wiring destination between the on-board equipment, etc. The plate-shaped member 10a before being performed is shown. That is, the device mounting plate 10 is obtained by printing the printing pattern P1 on the plate-like member 10a.

  6A and 6B show the device mounting plate 10 after the printing pattern P1 is printed on the plate-like member 10a and the printing pattern P1. FIG. 7 shows a configuration of the print pattern P1, and FIG. 8 shows a detailed configuration in which the print pattern P1 is partially enlarged.

  On the surface of the plate-like member 10a (FIG. 5), case attachment holes 51 to 56 for attachment to the back surface of the case 2 are provided along the left and right sides of the plate-like member 10a.

  In addition, a plurality of device mounting holes 58 for mounting the above-described DIN rails 31 to 35 and in-panel devices are provided in the area surrounded by the housing mounting holes 51 to 56 on the surface of the plate-like member 10a. Yes.

  As shown in FIGS. 6A and 6B, the device mounting plate 10 is formed by printing a printing pattern P1 on the surface of the plate-like member 10a by, for example, a silk screen printing method.

  As shown in FIG. 7, the printed pattern P1 includes a DIN rail mounting guide 61d indicating the mounting location when the DIN rail 31 for the external power input terminal block 11 is mounted on the surface of the device mounting plate 10, and switch modules 13a to 13e. The DIN rail mounting guide 62d indicating the mounting location when mounting the DIN rail 32 for mounting on the surface of the device mounting plate 10, and the mounting location when mounting the DIN rail 33 for the power supply modules 14a to 14f on the surface of the device mounting plate 10. DIN rail mounting guide 63d, DIN rail mounting guide 64d indicating the mounting location when the DIN rail 34 for the communication modules 15a to 15e is mounted on the surface of the device mounting plate 10, and DIN rails for the output terminal blocks 17a and 17b D which shows the attachment place at the time of attaching 35 to the surface of the apparatus mounting plate 10 It is composed of N Rail mounting guide 65d. These DIN rail attachment guide portions 61d to 65d are provided slightly larger than the outer size of the DIN rails 31 to 35 to be attached thereto.

  The DIN rail mounting guide 62d includes a mounting guide 71m that indicates the mounting location when the switch module 13a is mounted on the surface of the device mounting plate 10 via the DIN rail 32, and the device mounting plate 10 via the DIN rail 32. Device mounting guides 72m to 75m representing mounting locations when the switch modules 13b to 13e are mounted on the surface are provided in a state of being partially overlapped with the DIN rail mounting guide 62d.

  That is, in this case, the mounting location of the DIN rail 32 with respect to the device mounting plate 10 is visually represented by the DIN rail mounting guide 62d, and the mounting locations of the switch modules 13a to 13e with respect to the device mounting plate 10 are DIN rail mounting guides. It is visually represented by equipment mounting guides 71m to 75m partially overlapped with 62d.

  Here, the apparatus mounting guides 71m to 73m are provided as solid lines as the first line having a predetermined line type, whereas the apparatus mounting guides 74m and 75m are different in line type from the first line. It is provided with a broken line as a second line. Regardless of the model number corresponding to the specifications of the automatic control panel 1, the solid line device mounting guides 71m to 73m are always required to be installed in the air conditioning system regardless of the model number. The attachment locations of b and c are shown.

  On the other hand, the broken device mounting guides 74m and 75m indicate the mounting locations of the switch modules 13d and 13e that are arbitrarily mounted according to the model number corresponding to the specifications of the automatic control panel 1.

  Next, the DIN rail mounting guide 63d includes device mounting guides 77m to 82m representing mounting locations when the power supply modules 14a to 14f are mounted on the surface of the device mounting plate 10 via the DIN rail 33. It is provided in a state of being partially overlapped with 63d.

  In this case, the device mounting guides 79m, 81m, and 82m are provided with solid lines, and the mounting locations when the power supply modules 14c, 14e, and 14f that are required to be mounted are mounted on the device mounting plate 10 are shown.

  Equipment attachment guides 77m, 78m, and 80m are provided by broken lines, and indicate attachment places when the power supply modules 14a, 14b, and 14d that are arbitrarily attached are attached to the equipment attachment plate 10. The meaning of the solid line and the meaning of the broken line are as described above.

  Above the device mounting guides 77m to 81m, specific names of the power supply modules 14a to 14e to be mounted according to the device mounting guides 77m to 81m ("communication adapter 12V 30W", "wind direction 24V 60W", "controller" 24V 60W "," SAnet power supply 24V 90W ", and" centralized setting device 24V 60W ").

  In the DIN rail mounting guide 64d, device mounting guides 83m to 87m representing mounting locations when the communication modules 15a to 15e are mounted on the surface of the device mounting plate 10 via the DIN rail 34 are identical to the DIN rail mounting guide 64d. It is provided in a state where the parts are overlapped.

  In this case, the device mounting guides 83m and 84m are provided with solid lines, and the mounting locations when the communication modules 15a and 15b that are required to be mounted are mounted on the device mounting plate 10 are shown. In addition, device attachment guides 85m, 86m, and 87m are provided by broken lines, and indicate attachment locations when the communication modules 15c, 15d, and 15e that are arbitrarily attached are attached to the device attachment plate 10.

  In addition, above the device mounting guides 83m to 86m, specific names (“SW-HUB”, “controller”, “SAnet1”, “SAnet1”, “ SAnet2 ") is provided.

  Wiring source information (“RL1234”) is provided above the device mounting guide 87m, and wiring source information (“11, 14, 12”) is also provided on the right side. That is, it is possible to specify the wiring source in a matrix form based on the information on the upper wiring source and the information on the right wiring source.

  The DIN rail mounting guide 65d includes device mounting guides 92m and 93m that represent mounting locations when the output terminal blocks 17a and 17b are mounted on the surface of the device mounting plate 10 via the DIN rail 35. It is provided in a partially stacked state.

  In this case, the DIN rail mounting guide 65 and the device mounting guides 92m and 93m are provided with broken lines, and the DIN rail 35 and the output terminal blocks 17a and 17b are mounted on the device mounting plate 10 of the automatic control panel 1 in any on-board device. It is shown that.

  In addition, above the device mounting guides 92m and 93m, a specific name (“SAnet1”) of the on-board device to be connected to the output terminal blocks 17a and 17b mounted according to the device mounting guides 92m and 93m. , “SAnet2”) and wiring guides 111 and 112 representing wiring destination information (“1 red”, “2 black”, “3 white”, “4 red”, “5 black”, “6 white”) Each is provided with a broken line.

  Above the device mounting guide 93m, the wiring destination information (“RL1−”) corresponding to the wiring source information (“RL1234”, “11, 14, 12”) printed above and to the right of the device mounting guide 87m. 14: AO ”,“ RL1-11: Aka ”,“ RL2-14: AO ”,“ RL3-14: AO ”, and“ RL4-14: AO ”) are provided.

  The printed pattern P1 includes a device mounting guide 76m showing the mounting location when the lightning arrester 12 is directly attached with a screw without using a DIN rail, and when the communication adapter 16 is attached with a screw directly without using a DIN rail. A device mounting guide 91m representing the mounting location is provided. A specific name (“communication adapter”) of the communication adapter 16 to be attached according to the equipment attachment guide 91m is provided above the equipment attachment guide 91m.

  In addition, the apparatus attachment guides 71m to 87m and 91m to 93m are provided slightly larger than the external size of the in-panel apparatus to be attached thereto.

  Further, the printed pattern P1 includes a seal mounting guide 101s that indicates a mounting location when the seal 41 is pasted above the DIN rail mounting guide 61d, and a seal 42 below the device mounting guides 72m to 75m in the DIN rail mounting guide 62d. The seal mounting guide 102s representing the mounting location when the sticker is attached, the seal mounting guide 103s representing the mounting location when the seal 43 is pasted above the device mounting guide 82m in the DIN rail mounting guide 63d, the DIN rail mounting guide, Regardless of the device mounting guide, the seal mounting guide 104s representing the mounting location when the seal 44 is pasted on the surface of the device mounting plate 10 and the mounting location when the seal 45 is pasted below the device mounting guide 91m are represented. In seal mounting guide 105s and DIN rail mounting guide 65d Equipment mounting guide 92m, seal mounting guide 106s is provided showing the mounting location when sticking the seal 46 below the 93m.

  These seal mounting guides 101 s to 106 s are configured by L-shaped lines, and are used for positioning the corners of the seals 41 to 46 when the seals 41 to 46 are affixed to the surface of the sub-panel 10.

  Further, as shown in FIG. 8, for example, device mounting guides 78 m and 79 m provided partially overlapping with the DIN rail mounting guide 63 d attach the power supply modules 14 b and 14 c to the surface of the device mounting plate 10 via the DIN rail 33. It is a positioning wire for attachment having a predetermined thickness d (for example, 3 mm or more). However, the thickness of the device mounting guides 78m and 79m is not limited to this, and may be various other thicknesses such as 1 mm or more and 5 mm or more.

  Furthermore, since the device mounting guides 78m and 79m are formed slightly larger than the outer size of the power supply modules 14b and 14c to be mounted thereon as described above, the device mounting guides 78m and 79m are arranged along the positioning lines of the device mounting guides 78m and 79m. What is necessary is just to position the power supply modules 14b and 14c so that it may not protrude from this positioning line at the time of positioning. In addition, as the distance L between the device mounting guides 78m and 79m, a distance that does not affect the other party with heat is secured as a minimum distance.

<Mounting operation of equipment in the panel>
In the automatic control panel 1 having such a configuration, an attachment operation in which the worker attaches the in-panel device to the device mounting plate 10 will be described.

  The worker attaches the device mounting plate 10 to the back surface of the housing 2 with screws through the housing mounting holes 51 to 56. Then, when attaching the in-panel device to the surface of the device mounting plate 10, the worker first visually checks the print pattern P1 printed on the device mounting plate 10.

  The operator attaches the seals 41 to 46 to the surface of the device mounting plate 10 via the seal mounting guides 101 s to 106 s before mounting the in-panel device to the surface of the device mounting plate 10.

  The operator positions the DIN rails 31 to 35 so as not to protrude from the positioning lines according to the positioning lines of the DIN rail mounting guides 61d to 65d of the print pattern P1, and then attaches the DIN rails 31 to 35 to the equipment. It fixes with the screw | thread through the apparatus attachment hole 58 provided in the surface of the board 10. FIG.

  Even after the operator attaches the DIN rails 31 to 35 to the equipment mounting plate 10, the equipment mounting guides 71m to 75m, 77m to 82m, and 83m that are partially overlapped with the DIN rail mounting guides 61d to 65d are printed. While visually confirming .about.87 m, 92 m and 93 m, the specific names of the in-panel devices printed above these device mounting guides are read out. As a result, the operator can instantly and intuitively understand which place on the equipment mounting plate 10 is attached to which in-board equipment.

  The operator positions and fits the in-board equipment on the DIN rail 33 so as not to protrude from the positioning lines of the equipment mounting guides 71m to 75m, 77m to 82m, 83m to 87m, 92m and 93m. Thereafter, the operator fixes the in-panel device in a state of being sandwiched by the fasteners 14k from both sides.

  The operator positions the lightning arrester 12 and the communication adapter 16 on the surface of the device mounting plate 10 so as not to protrude from the positioning lines of the device mounting guides 76m and 91m regardless of the DIN rail, and then the device mounting plate. It fixes directly with a screw | thread through the apparatus attachment hole 58 provided in 10 surfaces.

  When the worker finishes attaching the in-panel device to the surface of the device mounting plate 10, the operator connects the wiring between the in-panel devices. At this time, for example, the wiring source printed on the wiring guides 111 and 112 is connected. Specific names (“SAnet1”, “SAnet2”) indicating the in-panel devices and wiring destination information (“1 red”, “2 black”, “3 white”, “4 red”, “5 black”, “6”) The wiring between the communication module 15c (“SAnet1”) and the output terminal block 17a can be accurately connected based on “white”.

  Similarly, the operator uses wiring source information (“RL1234”, “11, 14, 12”) and wiring destination information (“RL1-14: Ao”, “RL1-11: red”) in the wiring guide 113, (RL2-14: Ao ”,“ RL3-14: Ao ”,“ RL4-14: Ao ”) and the communication module 15e attached according to the equipment attachment guide 87m and attached according to the equipment attachment guide 93. The wiring with the output terminal block 17b can be accurately connected.

<Effect>
As described above, in the automatic control panel 1, the operator can control the panel according to the DIN rail mounting guides 61d to 65d, the equipment mounting guides 71m to 87m, 91m to 93m, and the wiring guides 111 to 113 printed on the surface of the equipment mounting plate 10. Because it is possible to instantly recognize the installation location, wiring source, and wiring destination of the internal device, and to accurately and reliably attach the internal device to the surface of the device mounting plate 10 and to perform wiring accurately, It can be greatly reduced and productivity can be improved with less man-hours.

  In the device mounting plate 10, the DIN rail mounting guides 61d to 65d, the device mounting guides 71m to 87m, and 91m to 93m printed on the surface thereof are formed slightly larger than the in-panel devices, and the positioning lines The thickness d is formed to be about 3 mm, and the distance L between the device mounting guides 78m and 79m is secured as a minimum distance that does not affect the partner against heat. For this reason, the operator can easily position the in-board equipment with respect to the surface of the equipment mounting plate 10, and also ensures that the distance between the in-board equipment is maintained, and the life is reduced due to the influence of heat. Can be prevented.

  At this time, with the DIN rail mounting guides 61d to 65d and the equipment mounting guides 71m to 87m, 91m to 93m, the in-panel equipment is attached to the equipment mounting plate 10, and the positioning lines of the DIN rail mounting guides 61d to 65d And all of the positioning lines of the equipment mounting guides 71m to 87m and 91m to 93m are not concealed by the in-panel equipment.

  Actually, part or all of the positioning lines of the DIN rail mounting guides 61d to 65d and part or all of the positioning lines of the equipment mounting guides 71m to 87m and 91m to 93m are exposed around the equipment in the panel. Whether or not the internal device is correctly attached to the device mounting plate 10 can be visually confirmed based on the exposed positioning line.

<Other embodiments>
In the above-described embodiment, the DIN rail mounting guides 61d to 65d and the device mounting guides 71m to 87m and 91m to 93m are formed on the surface of the plate member 10a by the silk screen printing method as the printing pattern P1. The case where the mounting plate 10 is configured has been described. However, the present invention is not limited to this, and the apparatus mounting plate 10 is configured by forming the printing pattern P1 on the surface of the plate-like member 10a by various printing methods such as an offset printing method and an intaglio printing method. May be.

  Moreover, in embodiment mentioned above, the case where the DIN rail attachment guides 61d-65d and the equipment attachment guides 71m-87m, 91m-93m were formed on the surface of the plate-shaped member 10a by printing was described. However, the present invention is not limited to this, and instead of the DIN rail mounting guides 61d to 65d and the equipment mounting guides 71m to 87m and 91m to 93m, the mounting location of the DIN rail and the mounting of the equipment in the panel by cutting or molding. You may make it form the concave guide which consists of the recessed part which shows a place, and the convex guide which consists of a convex part with respect to the surface of the plate-shaped member 10a.

  Furthermore, in the above-described embodiment, for in-board devices that are required to be attached regardless of the model number, printing is performed with a solid line, and for in-board devices that are arbitrarily attached according to the model number. Has described the case where printing is performed with a broken line, but the present invention is not limited to this, and a red (line color) solid line for an in-board device that is essential to be attached regardless of the model number, You may make it print with a solid line of a blue (line color), a broken line, a dashed-dotted line, etc. with respect to the apparatus made to attach arbitrarily according to a model number by printing with a broken line or a dashed-dotted line.

  Furthermore, in the above-described embodiment, the case where the in-board device is indirectly attached to the device mounting plate 10 via the DIN rails 31 to 35 has been described, but the present invention is not limited to this, Without using the DIN rails 31 to 35, the lightning arrester 12 and the communication adapter 16 may be directly attached to the surface of the device mounting plate 10 with screws.

  DESCRIPTION OF SYMBOLS 1 ... Automatic control panel, 2 ... Housing, 3 ... Lid, 10 ... Device mounting plate, 10a ... Plate member, 11 ... External power input terminal block (device), 12 ... Lightning arrester (device) ), 13... Switch module (equipment), 13 k .. fastener, 14... Power supply module (equipment), 14 k .. fastener, 15 .. communication module (equipment), 15 k. Communication adapter (equipment), 17 ... Output terminal block (equipment), 17k ... Fastener, 21, 22 ... Cover, 31 to 35 ... DIN rail, 41 to 46 ... Seal, 51 to 56 ... Housing Body mounting holes, 58... Equipment mounting holes (mounting holes), 61 d to 65 d... DIN rail mounting guides (mounting guides), 71 m to 87 m, 91 m to 93 m... Equipment mounting guides (mounting guides), 111 to 113. ... Wiring guide, 101s ~ 06s ...... seal mounting guide, P1 ...... print pattern.

Claims (6)

A plate-like member provided with a plurality of mounting holes for mounting a plurality of devices;
An attachment guide formed on the surface of the plate-like member and indicating the attachment location of the plurality of devices ;
Of the plurality of devices, the mounting guide corresponding to a device that is essential to be mounted on the plate-shaped member regardless of the system model number is the first line of a predetermined line type. equipment mounting plate, characterized in that that have been formed on the surface. Of the plurality of devices, the mounting guide corresponding to a device that is arbitrarily attached to the plate-like member in accordance with the system model number is a second line made of a line type different from the first line. the plate-like member device mounting plate of the mounting serial to claim 1, characterized in that formed on the surface of the. When the plurality of devices are mounted according to the mounting guide, the mounting guide is not concealed by the plurality of devices, and a part or all of the mounting guide is exposed around the device. The equipment mounting plate according to claim 1 or 2 . The apparatus mounting plate according to claim 1, further comprising: a wiring guide in which a wiring source and a wiring destination for electrically connecting the plurality of devices are formed on a surface of the plate-like member. . The said installation guide is a convex guide which consists of a concave guide which consists of a recessed part which is formed in the surface of the said plate-shaped member, and shows the attachment place of these apparatuses, or consists of a convex part. Equipment mounting plate. A plate-like member provided with a plurality of mounting holes for mounting a plurality of devices;
An attachment guide formed on the surface of the plate-like member and indicating the attachment location of the plurality of devices;
A housing to which the plate-like member is attached as a back plate ,
Of the plurality of devices, the mounting guide corresponding to a device that is essential to be mounted on the plate-shaped member regardless of the system model number is the first line of a predetermined line type. accommodating Release characterized that you have been formed on the surface.

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