description and main dimensions. Fonts for means of measuring and automation, styles and basic sizes types for means of measuring and automation. inscription and main dimensions Download font GOST 26.020 80 stencil
STATE STANDARD
USSR UNION
FONTS FOR MEASUREMENT INSTRUMENTS
AND AUTOMATION
DESIGNS AND MAIN DIMENSIONS
GOST 26.020-80
GOSSTANDARD OF RUSSIA
Moscow
STATE STANDARD OF THE USSR UNION
|
FONT FOR MEASUREMENT AND AUTOMATION Styles and main dimensions Types for means of measuring and automation. Inscription and main dimensions |
GOST |
Date of introduction 01.01.85
for new developments - 01.07.82
1. This standard applies to instrument typeface fonts (hereinafter referred to as fonts) for applying inscriptions using flat printing on measuring and automation equipment, radio-electronic equipment and computer technology and establishes the styles and basic dimensions. Fonts may be used for inscriptions on packaging and accompanying documentation.
The standard does not apply to fonts for inscriptions applied to aircraft instrumentation products.
(Changed edition, Amendment No. 2).
2. The font includes: alphabets (Russian, Latin, Greek); numerals (Arabic and Roman); signs (punctuation, mathematical), as well as exponents, indices.
3. Depending on the style, fonts are divided into:
Pr3 - straight normal bold;
Pr41 - straight narrow light;
Pr5 - straight normal fat;
PrK5 - straight contour;
Pr/5 - oblique normal bold;
PrK/5 - inclined contour.
The styles and composition of the fonts are given in the required appendix.
4. Font Pr3 - the main font. If there is a shortage of space and compositional considerations, it is permissible to use the Pr41 font, and to highlight inscriptions indicating the name, type, model of the device, etc. - fonts Pr5, PrK5, Pr/5 and PrK/5.
5. Font sizes depend on height N capital letters [see recommended application (drawing)].
Height N choose from the range: 0.6; 0.8; 1.0; 1.2; 1.6; 2.0; 2.5; 3.0; 4.0; 5.0; 6.0; 8.0; 10.0 mm. A further increase in height is carried out by tenfold increase in the size of the specified row.
Note: It is not allowed to use fonts Pr5, PrK5, Pr/5, PrK/5 with a height of less than 3 mm.
6. The font symbol must consist of the word “font”, font height, style and designation of this standard.
An example of a symbol for a 5 mm high font of type Pr3:
Font 5-Pr3 GOST 26.020-80
Mandatory
FONT DESIGNS AND COMPOSITION
Crap. 1.
Crap. 2.
Crap. 3.
Crap. 4.
Crap. 5.
REQUIREMENTS FOR INSTRUCTIONS
1. Inscriptions are typed by gluing out photo originals of large-sized font areas (for example, 10 or 20 mm) and then photo-reducing the pasted inscriptions to the required size.
The areas on which the signs are placed ensure uniformity and consistency of letter and line spacing.
The location of fonts on the pads for each style is shown in Fig. - .
2. The length of the inscription is the sum of the widths of the areas (Fig. ). The length of the inscription is calculated according to the table. - . To determine the true length of the inscription, the sum of the widths of the pads should be multiplied by the specified font height.
An example of determining the length of an inscription. “STOP”: capital letters, font 5 - Pr3.
Uppercase letter
Uppercase letter
Lowercase letter
Lowercase letter
Lowercase letter
Arabic, Roman numeral
Fraction, degree, index
Table 2.
Pad widths T for font Pr41, given in relation to the height of the font taken as a unit
|
Uppercase letter |
Uppercase letter |
Lowercase letter |
Lowercase letter |
Lowercase letter |
Arabic, Roman numeral |
Fraction, degree, index |
|||||||||||||
Table 3.
Pad widths T for fonts Pr5, PrK5, given in relation to the height of the font taken as a unit
|
Uppercase letter |
Uppercase letter |
Lowercase letter |
Lowercase letter |
Lowercase letter |
Arabic, Roman numeral |
||||||||||
Table 4.
Platform width values T for Fonts Pr/5 and PrK/5, given in relation to the height of the font taken as a unit
|
Uppercase letter |
Lowercase letter |
Lowercase letter |
Arabic, Roman numeral |
||||||||
3. The distance between the inscriptions is set equal to the width of the area of a normal capital letter (for example, I, N, P). As the spacing between letters increases, the distance between the inscriptions increases accordingly. Distance values are chosen from compositional considerations.
4. The distance between lines (minimum) is formed by the lower and upper margins of the pads and is equal to 1/2 the height of the font. It is allowed to increase the line spacing. Line spacing values are chosen for compositional reasons.
Ex3. Capital letters. Location on the sites.
Font height N= 30 mm; platform height TO= 45 mm;
platform width T- according to the table .
Crap. 3.
Ex3. Lower case. Location on the sites.
Crap. 4.
Ex3. Numbers and signs. Location on the sites.
Crap. 5.
Pr41. Capital letters. Location on the sites.
Font height N= 30 mm. platform height TO= 45 mm;
platform width T- according to the table .
Crap. 6.
Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons.
Pr41. Lower case. Location on the sites.
Crap. 7.
Pr41. Numbers and signs. Location on the sites.
Crap. 8.
Ex5. Capital letters. Location on the sites.
Font height N= 30 mm; platform height TO= 45 mm;
platform width T- according to the table .
Crap. 9.
Note: For combinations of letters like GA, GL, GD, TA, UL, etc. it is allowed to reduce the intervals provided by the platforms. The interval in this case is chosen for compositional reasons.
Ex5. Lower case. Location on the sites.
Crap. 10.
Ex5. Numbers and signs.
Crap. eleven.
PrK5. Capital letters. Location on the sites.
Font height N= 30 mm; platform height TO= 45 mm;
platform width T- according to the table .
Crap. 12.
Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons.
PrK5. Lower case. Location on the sites.
Crap. 13.
PrK5. Numbers and signs.
Crap. 14.
Pr/5. Capital letters. Location on the sites.
Font height N= 30 mm; platform height TO= 45 mm;
platform width T- according to the table .
Crap. 15.
Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons.
Pr/5. Lower case. Location on the sites.
Crap. 16.
Pr/5. Numbers and signs.
Crap. 17.
PrK/5. Capital letters. Location on the sites.
Font height N= 30 mm; platform height TO= 45 mm;
platform width T- according to the table .
Crap. 18.
Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons.
PrK/5. Lower case. Location on the sites.
Crap. 19.
PrK/5. Numbers and signs.
Crap. 20.
INFORMATION DATA
1. DEVELOPED AND INTRODUCED by the All-Union Scientific Research Institute of Technical Aesthetics and the Ministry of Instrument Making, Automation and Control Systems.
DEVELOPERS:
L.A. Kuzmichev (topic leader), R.F. Guseinov, A.P. Ashcheulova, S.M. Makushkina.
2. APPROVED AND ENTERED INTO EFFECT by Resolution of the USSR State Committee on Standards dated December 22, 1980 No. 5900.
3. The frequency of inspection is 5 years.
4. INSTEAD OF GOST 2930-62 regarding fonts for applying inscriptions using flat-panel printing.
5. REISSUE (July 1992) with Amendments No. 1, 2, approved in January 1983, June 1987 (IUS 5-83, 11-87).
Name:
Fonts for measuring instruments and automation. Styles and main dimensions
Valid
Date of introduction:
Cancellation date:
Replaced by:
01.140.40, 37.100.10
Text GOST 26.020-80 Fonts for measuring and automation instruments. Styles and main dimensions
GOST 26.020-80
INTERSTATE STANDARD
FONTS FOR MEASUREMENT AND AUTOMATION TOOLS
DESIGNS AND MAIN DIMENSIONS
Official publication
Standardinform
INTERSTATE STANDARD
FONT FOR MEASUREMENT AND AUTOMATION
Styles and main dimensions of GOST
Types for means of measuring and automation. Inscription and main dimensions
MKC 01.140.40 37.100.10
Introduction date 01/01/85 for new developments - 07/01/82
1. This standard applies to instrument typeface fonts (hereinafter referred to as fonts) for applying inscriptions by flat printing on measuring and automation equipment, radio-electronic equipment and computer equipment and establishes styles and basic dimensions. Fonts may be used for inscriptions on packaging and accompanying documentation.
The standard does not apply to fonts for inscriptions applied to aircraft instrumentation products.
(Changed edition, Amendment No. 2).
2. The font includes: alphabets (Russian, Latin, Greek); numerals (Arabic and Roman); signs (punctuation, mathematical), as well as exponents, indices.
3. Depending on the style, fonts are divided into:
PrZ - straight normal bold;
Pr41 - straight narrow light;
Pr5 - straight normal fat;
PrK5 - straight contour;
Pr/5 - oblique normal bold;
PrK/5 - inclined contour.
The styles and composition of the fonts are given in Appendix 1.
4. Font PrZ - the main font. If there is a shortage of space and compositional considerations, it is permissible to use the Pr41 font, and to highlight inscriptions indicating the name, type, model of the device, etc. - fonts Pr5, PrK5, Pr/5 and PrK/5.
5. Font sizes depend on the height if of capital letters [see. Appendix 2 (Figure 1)].
Height H is selected from the range: 0.6; 0.8; 1.0; 1.2; 1.6; 2.0; 2.5; 3.0; 4.0; 5.0; 6.0; 8.0; 10.0 mm.
A further increase in height is carried out by tenfold increase in the size of the indicated row.
Note: It is not allowed to use fonts Pr5, PrK5, Pr/5, PrK/5 with a height of less than 3 mm.
6. The font symbol must consist of the word “font”, font height, style and designation of this standard.
An example of a symbol for a 5 mm high font of the PrZ style:
Font 5-PrZ GOST26.020-80
Official publication Reproduction prohibited
★
© Standards Publishing House, 1980 © Standartinform, 2005
APPENDIX 1 (mandatory)
FONT DESIGNS AND COMPOSITION
PrZ - straight normal bold style Russian capital letters
ABVGDEZHZIYKAMNOPRSTUFHTSCHSH
Russian lowercase letters
abvgdeZhzi i klm nop rstufhtchsh
Latin capital letters
ABCDEFGHIJKLMNOPQRSTUVWXYZ
Latin lowercase letters
abcdefghijklmnopqrstuvwxyz
Greek capital letters
ABrAEZHeiKAMNZOnPITY
Greek lowercase letters
aZubeSp01kLru5oprotfhfso
1236567890 12 "5478.0 /12з"47в"0
Roman numerals
III III IVVVIVIIVIIIXX
ABVGDEZHZIKLMNOPRSTUFHTSCHSHSHSHCHYZYUYA
Russian lowercase letters
abvwhereZhzshklmnoprstufkhtschshshshshyeyeyya
Latin capital letters
ABCDEFHIJKLMNOPQRSTUVWXYZ
Latin lowercase letters
abcdefghijklmnopqrstuvwxyz
Greek capital letters
ABrAEZHeiKAMNZOnPITY Greek lowercase letters arube£pV1kLru£oprotisrhfso Arabic numerals, fractions, exponents, indices Roman numerals Punctuation marks, mathematical ,:i!? i r()-/+-±=x><^<°%rb ssoo(Z>No ABVGDEZHZIYKLMNOPRSTUFH Russian lowercase letters abcwhereZzyiklmnoprstufh tschshshchyeyyya Latin capital letters ABCDEFGHIJKLMNOPQRST Latin lowercase letters abcdefghijklmnopqrstuvwxyz Greek capital letters AVGDEgN01KLM№0PR£TUFHFP Greek lowercase letters аРу6е£пв1кЛру€<жрогифхфсо Arabic numbers Roman numerals III III IV V VIVIIVIIIXX Punctuation marks, mathematical Russian lowercase letters Latin uppercase letters А®@®§р®edo<жимш®р><§шт Latin lowercase letters Greek capital letters Greek lowercase letters Arabic numbers Roman numerals 0 00 OflOOWWOMlMlO Yu Punctuation marks, mathematical oo.-o"?oo Yu O° ABVGAEZHZIYKLMNOPRSTUFH TsCHSHSHSHCHYYEYUYA Russian lowercase letters abcwhereZZYIKL mnoprstufh TsCHSHSHSHCHYYEYUYA Latin capital letters ABCDEFGHIJKLMNOPQRST Latin lowercase letters abcdefghijklmnopqrstuvwxyz Arabic numbers Roman numerals III III IV V VIVIIVIIIIX X Punctuation marks, mathematical "*()-+-±=x>><°No Russian lowercase letters Latin capital letters Latin lowercase letters Arabic numbers Roman numerals Punctuation marks, mathematical o o?0° 0 $oo 00 * O ° #=£=& € ®1М© REQUIREMENTS FOR INSTRUCTIONS 1. Inscriptions are typed by gluing out photo originals of large-sized font areas (for example, 10 or 20 mm) and then photo-reducing the pasted inscriptions to the required size. The areas on which the signs are placed ensure uniformity and consistency of letter and line spacing. The location of fonts on the pads for each style is shown in Fig. 3-20. 2. The length of the inscription is the sum of the widths of the areas (Fig. 2). The length of the inscription is calculated according to the table. 1-4. To determine the true length of the inscription, the sum of the widths of the pads should be multiplied by the specified font height. An example of determining the length of the inscription “STOP”: capital letters, font 5-PrZ. According to the table 1 determine the sum of the widths of the platforms 0.90 + 0.85 + 1.00 + 0.95 = 3.7 mm. The length of the inscription with a font height of 5 mm is 5x3.7 = 18.5 mm. It is allowed to type inscriptions with intervals between letters greater than those provided on the sites. In this case, the inscriptions are typed by introducing additional intervals between the pads. Intervals are chosen for compositional reasons. When determining the length of the inscription, the sum of additional intervals should be taken into account. H - font height; K - height of the platform (3 /g N), T - width of the platform; LS - distance from the base of the site to font lines (*/g N) BBB - projection of the side of the inclined platform; I - distance between inscriptions; L - length of inscription Uppercase letter Uppercase Uppercase Lowercase Lowercase Lowercase Arabic, Uppercase letter Uppercase Uppercase Lowercase Lowercase Lowercase Arabic, Uppercase Uppercase Uppercase Lowercase Lowercase Lowercase Arabic, Table 4 The values of the width of the pads T for fonts Pr/5 and PrK/5, given in relation to the height of the font, taken as one Lowercase Lowercase Arabic, 3. The distance between the inscriptions is set equal to the width of the area of a normal capital letter (for example, I, N, P). As the spacing between letters increases, the distance between the inscriptions increases accordingly. Distance values are chosen from compositional considerations. 4. The distance between the lines (minimum) is formed by the lower and upper margins of the pads and is equal to Y 2 font height. It is allowed to increase the line spacing. Line spacing values are chosen for compositional reasons. GOST 26.020-80 S. 14 P. 17 GOST 26.020-80 GOST 26.020-80 S. 18 hrube&pvsh hatfihfso GOST 26.020-80 S. 20 PrK5. Numbers and signs. Pr/5. Numbers and signs. INFORMATION DATA 1. DEVELOPED AND INTRODUCED by the All-Union Scientific Research Institute of Technical Aesthetics and the Ministry of Instrument Making, Automation and Control Systems 2. APPROVED AND ENTERED INTO EFFECT by Resolution of the USSR State Committee on Standards dated December 22, 1980 No. 5900 3. INSTEAD GOST 2930-62 in terms of fonts for applying inscriptions using flat-panel printing (Changed edition, Amendment No. 1) 4. EDITION (September 2005) with Amendments No. 1, 2, approved in January 1983, June 1987 (IUS 5-83, 11-87) TA editor. Leonova Technical editor O.N. Vlasova Corrector M. S. Kabashova Computer layout of the Academy of Sciences. Zolotareva Signed for publication on September 22, 2005. Format 60x84*/8. Offset paper. Times typeface. Offset printing. Conditions of sadness 3.72. Ed. 3.60. Circulation 21 copies. Zach. 189. Since 1935. FSUE “Standartinform”, 123995 Moscow, Granatny per., 4. Typed in IPC Publishing House of Standards. Printed by FSUE "Standardinform" INTERSTATE STANDARD FONTS FOR MEASUREMENT INSTRUMENTS DESIGNS AND MAIN DIMENSIONS Moscow Standardinform 2005
INTERSTATE STANDARD FONT FOR MEASUREMENT AND AUTOMATION Styles and main dimensions Types for means of measuring and automation. GOST Date of introduction 01/01/85 for new developments - 07/01/82 1. This standard applies to instrument typeface fonts (hereinafter referred to as fonts) for applying inscriptions by flat printing on measuring and automation equipment, radio-electronic equipment and computer equipment and establishes styles and basic dimensions. Fonts may be used for inscriptions on packaging and accompanying documentation. The standard does not apply to fonts for inscriptions applied to aircraft instrumentation products. (Changed edition, Amendment No. 2). 2. The font includes: alphabets (Russian, Latin, Greek); numerals (Arabic and Roman); signs (punctuation, mathematical), as well as exponents, indices. 3. Depending on the style, fonts are divided into: Pr3 - straight normal bold; Pr41 - straight narrow light; Pr5 - straight normal fat; PrK5 - straight contour; Pr/5 - slanted normal bold; PrK/5 - inclined contour. The styles and composition of the fonts are given in the mandatory Appendix 1. 4. Font Pr3 - the main font. If there is a shortage of space and compositional considerations, it is permissible to use the Pr41 font, and to highlight inscriptions indicating the name, type, model of the device, etc. - fonts Pr5, PrK5, Pr/5 and PrK/5. 5. Font sizes depend on height N capital letters [see recommended application 2 (Figure 1)]. Height N choose from the range: 0.6; 0.8; 1.0; 1.2; 1.6; 2.0; 2.5; 3.0; 4.0; 5.0; 6.0; 8.0; 10.0 mm. A further increase in height is carried out by tenfold increase in the size of the indicated row. Note: It is not allowed to use fonts Pr5, PrK5, Pr/5, PrK/5 with a height of less than 3 mm. 6. The font symbol must consist of the word “font”, font height, style and designation of this standard. An example of a symbol for a 5 mm high font of type Pr3: Mandatory 1. Inscriptions are typed by gluing out photo originals of large-sized font areas (for example, 10 or 20 mm) and then photo-reducing the pasted inscriptions to the required size. The areas on which the signs are placed ensure uniformity and consistency of letter and line spacing. The location of fonts on the pads for each style is shown in Fig. 3 - 20. 2. The length of the inscription is the sum of the widths of the areas (Fig. 2). The length of the inscription is calculated according to the table. 1 - 4. To determine the true length of the inscription, the sum of the widths of the pads should be multiplied by the given font height. An example of determining the length of an inscription. “STOP”: capital letters, font 5 - Pr3. According to the table 1 determine the sum of the widths of the platforms: 0.90 + 0.85 + 1.00 + 0.95 = 3.7 mm. The length of the inscription with a font height of 5 mm is 5 × 3.7 = 18.5 mm. It is allowed to type inscriptions with intervals between letters greater than those provided on the sites. In this case, the inscriptions are typed by introducing additional intervals between the pads. Intervals are chosen for compositional reasons. When determining the length of the inscription, the sum of the additional intervals should be taken into account. N- font height; TO - platform height (3/2 N); T - platform width; LSH - distance from the base of the pad to the font line (1/2 N). PNP- projection of the side of the inclined platform; AND- distance between inscriptions; L- length of the inscription. Table 1. Pad widths T for font Pr3, given in relation to the height of the font taken as a unit Uppercase letter Uppercase letter Uppercase letter Lowercase letter Lowercase letter Lowercase letter Arabic, Roman numeral Fraction, degree, index Table 2. Pad widths T for font Pr41, given in relation to the height of the font taken as a unit Uppercase letter Uppercase letter Uppercase letter Lowercase letter Lowercase letter Lowercase letter Arabic, Roman numeral Fraction, degree, index Table 3. Pad widths T for fonts Pr5, PrK5, given in relation to the height of the font taken as a unit Uppercase letter Uppercase letter Uppercase letter Lowercase letter Lowercase letter Lowercase letter Arabic, Roman numeral Table 4. Platform width values T for Fonts Pr/5 and PrK/5, given in relation to the height of the font taken as a unit Uppercase letter Uppercase letter Lowercase letter Lowercase letter Arabic, Roman numeral 3. The distance between the inscriptions is set equal to the width of the area of a normal capital letter (for example, I, N, P). As the spacing between letters increases, the distance between the inscriptions increases accordingly. Distance values are chosen from compositional considerations. 4. The distance between lines (minimum) is formed by the lower and upper margins of the pads and is equal to 1/2 the height of the font. It is allowed to increase the line spacing. Line spacing values are chosen for compositional reasons. Ex3. Capital letters. Location on the sites. Font height N= 30 mm; platform height TO= 45 mm; platform width T- according to the table 1. Ex3. Lower case. Location on the sites. Ex3. Numbers and signs. Location on the sites. Pr41. Capital letters. Location on the sites. Font height N= 30 mm. platform height TO= 45 mm; platform width T- according to the table 2. Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons. Pr41. Lower case. Location on the sites. Pr41. Numbers and signs. Location on the sites. Ex5. Capital letters. Location on the sites. Font height N= 30 mm; platform height TO= 45 mm; platform width T- according to the table 3. Note: For combinations of letters like GA, GL, GD, TA, UL, etc. it is allowed to reduce the intervals provided by the platforms. The interval in this case is chosen for compositional reasons. Ex5. Lower case. Location on the sites. Ex5. Numbers and signs. PrK5. Capital letters. Location on the sites. Font height N= 30 mm; platform height TO= 45 mm; platform width T- according to the table 3. Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons. PrK5. Lower case. Location on the sites. PrK5. Numbers and signs. Pr/5. Capital letters. Location on the sites. Font height N= 30 mm; platform height TO= 45 mm; platform width T- according to the table 4. Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons. Pr/5. Lower case. Location on the sites. Pr/5. Numbers and signs. PrK/5. Capital letters. Location on the sites. Font height N= 30 mm; platform height TO= 45 mm; platform width T- according to the table 4. Note: For combinations of letters like GA, GL, GD, TA, UL, etc. It is allowed to reduce the intervals provided by the sites. The interval in this case is chosen for compositional reasons. PrK/5. Lower case. Location on the sites. PrK/5. Numbers and signs. INFORMATION DATA 1
. DEVELOPED AND INTRODUCED by the All-Union Scientific Research Institute of Technical Aesthetics and the Ministry of Instrument Making, Automation and Control Systems. 2
. APPROVED AND ENTERED INTO EFFECT by Resolution of the USSR State Committee on Standards dated December 22, 1980 No. 5900. 3
. IN REPLACEGOST 2930-62 in terms of fonts for applying inscriptions using flat-panel printing. 4
. EDITION (September 2005) with Amendments No. 1, 2, approved in January 1983, June 1987 (IUS 5-83, 11-87).tschshshchyeyyya
P. 9 GOST 26.020-80
GOST 26.020-80 S. 10
S. 11 GOST 26.020-80
P. 15 GOST 26.020-80
P. 19 GOST 26.020-80
GOST 26.020-80 S. 22
S. 23 GOST 26.020-80
Shb1v^d)e1>k1z1i1y1Shm1ts
yeeeeya
P. 27 GOST 26.020-80
GOST 26.020-80 S. 28
P. 29 GOST 26.020-80
GOST 26.020-80 S. 30
AND AUTOMATION
Inscription and main dimensions
26.020-80
ANNEX 1
FONT DESIGNS AND COMPOSITION
APPENDIX 2
REQUIREMENTS FOR INSTRUCTIONS