This standard specifies the general terminology of mechanical structures of electrical and electronic equipment. This standard is applicable to personnel engaged in the professional work of mechanical structures of electrical and electronic equipment. GB/T 8582-2000 Mechanical structure terminology of electrical and electronic equipment GB/T8582-2000 Standard download decompression password: www.bzxz.net

National Standard of the People's Republic of China
GB/T 8582-200C
neq IEC 916:1988
Terminology for mechanical structures ofelectrotechnical and electronir equipment2000-01-03 Issued
2000-08-01 Implementation
State Administration of Quality Supervision, Inspection and Quarantine Issued
CB/T 8582--2008
The technical specifications listed in the technical standard systematically reflect the main varieties, structural characteristics and usage of mechanical structures of electrical and electronic equipment products, and can be obtained through the unified resources of electrical and electronic equipment structure professionals, production, investment, technical cooperation, publication and externalization. This standard adopts the TFC:916, 19884 Technical Specifications for Mechanical Structures of Electrical Equipment. This standard is a revision of G/T8582-1988 Electrical and Electronic Equipment Mechanical Structure Technical Activity. In the process of updating, the outdated, inappropriate or inappropriate terms were revised, and some of the original terms that were not explained or inappropriate were rewritten, in order to be consistent with the usage of [E standard users: the revised technical requirements 15 series This standard will replace GA/T8582-18 from the effective date, and the appendix A and appendix A of this standard and the appendix A of the Minister of Health standard are proposed by the National Mechanical Industry Association. This standard is submitted by the National Electrical and Electronic Equipment Structure Comprehensive Standardization Technical Committee. The main units of this standard are: Beijing Institute of Mechanical Engineering and Technology, Ministry of Machinery Industry, Electric Automation Equipment Factory, Ministry of Electric Power, Standardization and Civil Engineering, Ministry of Electronics Industry, Beijing Liping Communication Company, Shanghai Industrial Automation Equipment Institute. The main drafters of this standard are: Ying Shuihong, Zhang Xin, Fang Xiaoyan, Feng Changyou, Zhou Bennian, Xu Dingneng, Yu Shizhen. This standard is issued by the National Technical Committee for Standardization of Electrical and Electronic Equipment Structures. This standard was first produced in January 1988 and first revised in January 200. 1 Scope National Standard of the People's Republic of China Terminology of mechanical structures for electrical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment GB/T 85B2—2000 Terminology of mechanical structures for electrical and electronic equipment Technical and electronic equipment 2 orientation (see table)
height
hackirenr
bottan
Set the size of all
in the three-dimensional coordinate (see Zhou 1) X
axis direction (right direction) (see figure)
Set the size of each in the two-dimensional coordinate (dead figure 1>T
axis direction (front and back direction) (see Figure 2D)
The device has
size in the one-dimensional coordinate (with 112
axis as the interval (up and down direction) (bearing 2H) ||tt ||The equipment is often located on the operating surface or monitoring room facing the operator, and is generally equipped with a device with detection and monitoring elements (see
the side facing the front of the equipment, see
the side of the equipment on the left side of the detector (see
the side of the equipment on the right side of the operator (see
the side of the equipment at the bottom of the equipment (see Figure 2)
the schematic diagram approved by the State Quality and Technical Supervision Commission in 200013
2000-00-01
monitoring surface
monitoring surface
operating surface
horizontal plane
vertical plane
normal surface
berel [ace
reference plane
reference plane
number, size and space
approximate number (see Table 2
basic modul
modulus value
modlatue
micro series
mudular prder
Tactor
molding core 4
madulardimensian
modular size to be listed
GB/T 8582—2C00
Table complete)
Installation of monitoring and measuring elements and devices
1 and
Main installation of detection, control elements and devices
Surface parallel to the swimming plane
Surface perpendicular to the horizontal plane
Surface at an angle to the horizontal plane or vertical plane or
Surface used to distinguish between spaces, especially the theoretical surface of the thickness
All three-dimensional configurations that are adjusted by the grid are added to the reading series, and their
numbers The value is equal to the basic formula for the size of the number. The value determines a series of numbers that are used as the model. These numbers must be the multiples of the basic exact integers multiplied by the model to get the exact size and the size obtained by multiplying the residual by the optimally determined adamantial order to obtain the new series of sizes. The yellow figure shows the diagram 13. 1.10
Nuclear grid
modular grids
grid lines
grld ne
grid points
grid pnints
basic grid spacing
bust piteh
borrowed grid
multiple pitch
macro grid
tnvunting pilch
dimensions see Table 3)
overall dimensions
overview dimensions
nominal dimensions
nominat overall
dimenslon
effective dimenslon of
mouated area
Effective installation space dimensions
octivedimensian
ofmouniedspace
GB/T 85822C0F
End of table)
According to the two red three composed of the module
Villiger: the total number of boxes and the two medicine series!
Xiongxi grid state diagram
You need to find the minimum distance between the straight lines of the modular grid (see
) that form the modular grid and the intersecting
equipment components (see Figure 4)
The grid spacing that is an integer multiple of the basic grid (see
Figure 5MF)
The arrangement of components
or the combination of components
in a given space (Figure 5G)
The maximum size occupied by the pipe on the three coordinate axes
(see
Equipment The main shape in the three-dimensional coordinates is the size of the auxiliary platform. The part is not included, see Figure 6) The installation surface is a plane that can be used to install components and devices. In the various structures of the equipment, it can be used to install the internal components, etc. The space is called a specification. When implementing the design, only ten points can be used as a schematic diagram of the W and C grid. There are phase lines at the same grid point. 3- 2 9
space dimensions
for mainframe
cut out dimensions
co-ordinatlon dimensions
high dimensions of
front panel for
sub-rack
mounting dimensions
of equipment
mounting dimensions
boleur cut-out
for side-rack
interface dimensions
Interface
Grid spacing
plteh dimrosion
GB/T B582 2000
Table 3 (Complete)
For maintenance and clearance, in the equipment structure: the human body and the work area, the required activity space
For installation of components, devices and instruments
In the equipment, the dimensions of the three-dimensional opening of the door, etc.)
The reference dimensions of the five accessories of the machine tree
Plug-in panel installation The dimensions of the frame (see Figure) The dimensions of the equipment and the average dimensions of the strips or holes on the panel rack and cabinet (see Figure 0) The dimensions of the components, devices, parts or sections and the dimensions of the joints of the body or frame, the width and width of the body or frame. When the body or frame is grouped or layered, it is used to determine the matching insertion surface of the filter. 3. 3 to (Table 4) The height and opening angle of the floor are determined! See Table 5
Fixed structure
Tixed structure:
statinnary structure
movable structure
portable structure
poriable structure
acid-opened wax structure
unclosed structure
protective structure
combined structure
compnsite siriictnre
plate structure
profile sirueturr
GH/T B582—2DD0
Except for internal wiring, control or delay zone opening, the kidney is always closed (see reason 27)
doors, fixed rotating panels, movable panels, etc., parts that rotate around the axis, can rotatewww.bzxz.net
at a large angle: male country 26
equipment structure that returns the position of the safety meter to a fixed position
equipment that can change the working place
equipment that can be carried and used quickly
disassembled and specially equipped with external protection expansion structure
with a complete external protection station
, etc. The structural units can be easily assembled or assembled: a kind of structure that is required for the equipment
equipment components. It is
! It is an important component of equipment or parts that is assembled or connected after processing. It is assembled after the profile is processed. Schematic diagram of the overall structure (see table) Equipment entity prarlice Gide-by-side racks Strip racks GH/T8582·20 Mechanical structure including the shell and installation length of electrical, electronic and mechanical systems. It takes into account the mutual adaptability of components, air connections and electrical and optical parts, and provides a structure for installing components, devices and parts, and can provide a fixed installation structure (used to install electrical and electronic components, which can stand freely and become a fixed installation structure) (see Figure 11) A group of ascending and descending racks with the same height and depth (see Figure 12) A kind of fixed and fixed vertically (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) (see Figure 13) 8582--2000
Table 6 continued)
a rack with parallel mounting, the overall dimensions of which are usually the same (see Figure 14)
a rack with return panels (see Figure 16)
a rack with parallel mounting, usually with equal height and depth panels (see Figure 16)
a structure with doors and panels, which can be self-supporting or fixed (without front or rear doors) (see Figure 17 for illustration)
side-by-yide
cahincis:
slde-by-side
cubicets
cunsule
plug-in unit
sub-rack
drarer
GB/T 8582-: 2000
Table 5)
-The wells are installed in series, and the kidneys are analyzed for the same
height and depth (Figure 13)
installed on the table and the table Or a closed station installed on a vertical surface (see Figure 1%) with a horizontal or inclined mounting surface (or both A structure with a straight mounting surface, used to mount components, devices, circuits and circuits (unit 20) into a rack, cabinet or enclosure The interior of the
unit, one of which is equipped with a printed circuit board
(Figure 21)
for installing individual components and switches
and can be installed in a rack, etc. The structural unit (see Figure 22) inside is used to install printed circuit boards, components and connectors into racks and cabinets. |A kind of frame-type structural unit
(see figure)
illustrated by
4.3 per piece! See Table 7)
calunn||tt| |caster
frant panel
bek pmel
slde panel
top parel
bottompanel
GD/T 8582200D
Cut 6 (Complete)
Special Automobile Support Purchase Aid Electrical Hand
Mechanical Introduction of Component Design (Study
South 213||tt| |The horizontal support in the structure 5
Figure 25>
The vertical support in the structure (see
Figure 25)
The support parts are of the shape of the fire (see Figure 25). In order to facilitate the automatic movement of the equipment, they are installed at the bottom of the equipment, with wheels and support frame. Each section or structure of the front panel, through the belt equipped with display, monitoring devices and instruments: there are indicator characters (Ketu 26) |No backup board (use 2)
Both sides of the board (Figure 26)
Compared to the board of each currency (quantity 26
Customer bottom side board See the seat
equipment machine first, a can be rotated or
kidney movable pole purchase part (see Figure 25)
show the diagram
open Oiliness【bottom mold
4. 3. 12 :
4. 3. 16 :
uver plnte
partition board
face shield
observation window
iaspectianwinduy| |tt||ventilation louver
ventilation louver
ventilation hole
lourer's afr-hreather
ventiducl
lifting eyer
cable entry| |tt||c4hle entry
plug-in rails
gulderails
fur plug-in unit
GD/T 8582 2000
7 system)
trace cover machine plate, fixed with screws (see 27)
separated in vertical or horizontal direction There is no internal board (can be medical 27) installed before the equipment is effectively plugged in, and it is used to protect the internal components of the equipment. ||·A kind of closed transparent component (see Figure 27) for viewing the internal components of the equipment is mounted on the charger to facilitate air flow. The components of the internal heat of the equipment (see Figure 27)
The machine is charged and extended to the air market. Single
Each internal heat measurement, rectangular or
louvered holes (see Figure 27)
In the equipment structure, forced air flow
Replacement for hanging, etc. A component with a hole (see Figure 27) on the housing of the equipment that allows the core to pass through the well into the interior of the equipment. tt||A rotatable and foldable connecting piece (see
Figure 28)
A guiding, positioning and supporting member
A type of inspection tool (see
Figure 29|| tt||Electric cigarette inlet air quotient
Double medical window
All over the air hole
uver plnte
partition board
face shield
observation window
iaspectianwinduy
ventilation window
ventilation louver
ventilation hole
lourer's afr-hreather
ventiducl
lifting eyer
cable entry
c4hle entry
plug-in rails
gulderails
fur plug-in unit
GD/T 8582 2000
7 system)
plate covering the machine, fixed with screws (see 27)
plate separating the internal parts of the equipment in the vertical or horizontal direction (see 27)
installed before the equipment is effectively plugged in, with
a sealed transparent component for protecting the internal parts of the equipment
a component for observing the internal parts of the equipment (see Figure 27)
rotated on the charger to facilitate air flow,
a component for transmitting heat inside the equipment (see Figure 27)
extended on the charger to the air market. Single
The shape of each internal heat measurement, rectangular or
louvered hole (see Figure 27)
In the equipment structure, a component used for forced air flow
instead of hanging, etc. (see Figure
On the equipment casing, a component with holes that can allow the air to pass through the well
into the equipment interior (see Figure 27)
A rotatable and foldable connecting piece (see
Figure 28)
A kind of
detector for guiding, positioning and supporting the resistance (see Figure 29
Electric smoke inlet air purifier
Double medical window
All over the air hole
uver plnte
partition board
face shield
observation window
iaspectianwinduy
ventilation window
ventilation louver
ventilation hole
lourer's afr-hreather
ventiducl
lifting eyer
cable entry
c4hle entry
plug-in rails
gulderails
fur plug-in unit
GD/T 8582 2000
7 system)
plate covering the machine, fixed with screws (see 27)
plate separating the internal parts of the equipment in the vertical or horizontal direction (see 27)
installed before the equipment is effectively plugged in, with
a sealed transparent component for protecting the internal parts of the equipment
a component for observing the internal parts of the equipment (see Figure 27)
rotated on the charger to facilitate air flow,
a component for transmitting heat inside the equipment (see Figure 27)
extended on the charger to the air market. Single
The shape of each internal heat measurement, rectangular or
louvered hole (see Figure 27)
In the equipment structure, a component used for forced air flow
instead of hanging, etc. (see Figure
On the equipment casing, a component with holes that can allow the air to pass through the well
into the equipment interior (see Figure 27)
A rotatable and foldable connecting piece (see
Figure 28)
A kind of
detector for guiding, positioning and supporting the resistance (see Figure 29
Electric smoke inlet air purifier
Double medical window
All over the air hole
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