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1、JAPANESE INDUSTRIAL STANDARD- . . JIS Z 9100-1987 - ,_ Phosphorescent safety sign boards May, 1996 e. ERRATA . . - Page 1 Posit ion . Wrong . . . . -. I, Correct -. 1 :,. I . : _ . 7 I Subclause 8.4(1). 1 Due . due I . , I Dew.dew . 8 3 . 1 in the 1st and 3rd lines I ; . : . . . . . d u e Title of T
2、able 4 I Table 4 . Condition of I Table 4. Condition of I , . . Due . - Dew ., : - r. Remarks:This errata is for correcting the .Ist and 2nd editions of this Standard. Japanese Standards Association . Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employe
3、es/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- l UDC 62-777 : 614.8-084 535.373 .JAPANESE INDUSTRIAL STANDARD. 1% l m Phosphorescent Safety Sign Boards JIS 2 9 1 0 0 - 1 9 8 7 Translated and P.ublisked by
4、 Japanese Standards Association e Printed in Japan Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- JIS Z*1
5、00 87 4933b08 00807LL b . . i . . . - ._ - . . .; j . i. - ; _ : . In the event of any doubt arising, the original Standard in Japanese is to be final authority. . Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not
6、for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- JIS ZU7100 87 4733608 00807.12 i Symbol of type A B 1. Type Wall surface notice type (Mainly it is notified on Floor surface setting type (Mainly it is set on a a wall surface.) floor surface.)
7、Scope . UDC 62-777:614.8-084:535.373 JAPANESE INDUSTRIAL STANDARD . J I S Phosphorescent Safety Sign Boards Z 9100-1987 Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reprod
8、uction or networking permitted without license from IHS -,-,- J I S Z*7100 87 Li33bO 0080713 T .S 2 Z 9100-1987 Table 2. Artistic Design Examples Classification Sign indicating position of emergency exit or refuge exit Sign indicating direction of emergency exit or refuge exit Sign indicating the po
9、sition of those concerning life-saving and relief Artistic design examples Bright place (at lighting) YKGreen KGreen Green I c- 1 Exit L Levei entrance Green r A90 * 4 t r e t c h e r Dark place (at service interruption) Copyright Japanese Standards Association Provided by IHS under license with JSA
10、Licensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- . J I S Z*9100 87 E 4933608 0080.714 II I 3 2 9100-1987 Table 2 (Continued) t Classification Sign indicating the position of those concer
11、ning lif e-saving and relief Sign indicating matter and place or condition of risk Sign indicating dangerous action . prohibition of Artistic design examples Bright place (at lighting) Green - During trans- XXYc,Sf energy Orange- +range /L risk Re . Entrance prohibition Operation prohibition LDuring
12、 obstacle . Dark place (at service interruption) Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- JIS Z*910
13、0 87 4933608 0088715 3 E 4 Z 9100-1987 Note (l) This sign is in accordance with the Fire Defence Agency Notification No. 13, 1973, which has specified the reference for guide sign based on the Fire Service Law Enforcement Regulations Item 3 of Article 28, 3. Remark: The white parts of artist design
14、examples shall be all phosphorescent parts. shall be the colours specified in JIS Z 9103, JIS M 7001, etc. The colours of the colouring material parts 4. Performance 4.1 Colour to the test method specified in 8.2 and fall in the range of chromaticity coordinates shown in Attached Table and Attached
15、Figure according to its type. The colours of phosphorescent parts shall be measured according The colour of colouring material part shall be measured according to the test method specified in 8.2 and comply with Attached Table of JIS Z 9107. 4.2 Phosphorescence Luminance The phosphorescence luminanc
16、e of phosphorescent part shall be subjected to the test according to the method specified in 8,3 by using -ordinary light source D with the specifications of Table 3. specified in JIS Z-8720 and shall comply Table 3. Phosphorescence Luminance of Phosphorescent Part Unit: mcd/m2 ClassSymbol I After 5
17、 minutes I After 10 minutes I After 20 minutes A I 20 min. I 8 min. I 3 min. 3 min. I 8 min. I 20 min. I B 4.3 Light Resistance The light resistance of phosphorescent part shall be subjected to the test according to the test method specified in 8.4, shall comply with the specifications of Attached T
18、able, and retain not less than 70 % of the specified value of Table 3. The light resistance of colouring material part shall be subjected to the test according to the test method specified in 8.4, shall comply with the specifications of Table 1 of JIS Z 9107 and in addition be free from such defects
19、 as surface chalking, crazings, cracks, swelling, peeling off, etc. 4.4 Impact Resistance The impact resistance shall be subjected to the test according to the test method specified in 8.5 and be free from cracks, and peeling off. 4.5 Burning Resistance The burning resistance shall be subjected to t
20、he test according to the test method specified in 8.6 and be not less than 26 in flammability index specified in 7. of JIS D 1201. according to the test method specified in 8.7 and be free from discolouration, cracks, swelling and peeling off. 4.6 Water Resistance The water resistance shall be subje
21、cted to the test Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- J I S Z*9100 87 m q33608 0080736 5 m I 5
22、Z 9100-1987 4.7 Chemical Resistance The chemical resistance of floor setting type phosphorescent sign board shall be subjected to the test according to the test method specified in 8.8 and be free from cracks, swelling, and peeling off. 4.8 Abrasion Resistance The abrasion resistance of floor settin
23、g type phosphorescent sign board shall be subjected to the test according to the test method specified in 8.9 and the discrimination of marking on the surface shall be able to be carried out sufficiently. according to the test method specified in 8.10, and be free from cracks and peeling off on the
24、surface. which is clear to be used in a plan state. 4.9 Bending Resistance The bending resistance shall be subjected to the test However, this specification does not apply to thick sign board I l 4.10 Adhesiveness of Colour Material The adhesiveness of colour material shall be subjected to the test
25、according to the test method specified in 8.11 and as the result, each one piece of cut mark shall be fine and smooth in both sides and be free from peeling off at the intersecting point of cuts and on each square checker. 5. Construction i l 5.1 Wall Surface Notice Type The phosphorescent sign boar
26、d of wall surface notice type shall be of such construction that it is applied with the artistic design marking of sign mainly on the upper surface of synthetic resin layer dispersed uniformly with phosphorescent material, hereinafter referred to as the “phosphorescent layer“, and on its back surfac
27、e the white reflection layer is formed by synthetic resin plate, paint or the like. I Furthermore, it is preferable to form transparent protection layer by transparent film or paint as shown in right side of Fig. 1 in order to protect this upper surface. Fig. 1 (Reference) Transparent pro- tective l
28、ayer (in the case of having trans- parent protective layer) (in the case of having no transparent protective layer) 5.2 Floor Surface Setting Type The phosphorescent sign board of floor setting type shall be of such construction that it is applied with artistic design of sign marking of sign, mainly
29、 on the upper surface of phosphorescent layer and further the abrasion resistant transparent protective layer is covered to protect its upper surface, and on its back surface the white reflection layer is formed by synthetic resin plate, paint, etc. Further, it may be made floor tile state by adheri
30、ng synthetic resin plate under the white reflection layer as shown in right side of Fig. 2. -.- . Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking p
31、ermitted without license from IHS -,-,- Fig. 2 (Reference) Abrasion-resistant trans- parent protective layer J I S ZX9100 87 = 4933608 OOB07i17 7 6 2 9100-1987 Synthetic resin plate (in the case of the lowest layer having no synthetic resin plate) (In the case of the lowest layer adhered with synthe
32、tic resin plate) 6. Appearance The appearance phosphorescent sign board shall be superior in finish and free from defects such as flaws harmful to use, cracks, peeling-off, and unevenness of colour, etc. 7. Materials The materials to be used for phosphorescent sign board shall be as follows: 7.1 Pho
33、sphorescent Material The phosphorescent material to be used for phosphorescent sign board shall be zinc sulfide power which emits phosphorescence of green colour system. 7.2 Synthetic Resin Material The synthetic resin material to be used for phosphorescent layer and transparent protective layer sha
34、ll be as follows: ( 1 ) Synthetic Resin Material of Phosphorescent Layer The synthetic resin material of phosphorescent layer shall have good transmissivity of light and good dispersion property of phosphorescent material and satisfy 4. Perf ormance. (2) Synthetic Resin Material of Transparent Prote
35、ctive Layer The synthetic resin material of transparent protective layer shall have good transmissivity of light and satisfy 4 . Performance. 7.3 Colouring Material The colouring material to be used for artistic design marking shall not discolourate easily and shall satisfy 4 . Performance. 8. Test
36、Methods 8.1 Test Conditions The test conditions of phosphorescent sign board shall be as follows: ( i ) Test Pieces The test pieces shall be so prepared that the following conditions are satisfied. (a) Kinds The kinds of test pieces shall be of two kinds of that which is cut from the phosphorescent
37、part of the product or that equivalent thereto, hereinafter referred to as the “phosphorescent piece“, and that cut from the colouring material part of the product or that equivalent thereto, hereinafter referred to as the “colouring material piece“. Copyright Japanese Standards Association Provided
38、 by IHS under license with JSALicensee=IHS Employees/1111111001, User=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- J I S Z*100 7 W 4933608 808071 9 7 Z 9100-1987 (b) Dimensions The dimensions of test piece shall, as a rule
39、, be 70 mm x 150 mm. matched with the test apparatus. However, as required, these may be of the dimensions (2) Number of Test Pieces The number of test pieces shall be three pieces for each test. (3) Pretreatment of Test Piece The pretreatment of test piece shall be carried out prior to the test by
40、standing as it is under the standard condition of 20C grade 2 in temperature and 65 % grade 5 in relative humidity specified in JIS Z 8703 for 24 h. . 8.2 Colour Test material piece for the test shall be measured according to the method specified in 7.2 of JIS Z 9107, The colour of the phosphorescen
41、t piece and colouring 8.3 Phosphorescence Luminance Test After storing the phosphorescence piece in a dark place for not less than 3 h under the condition where the outer light is shielded, illuminate by ordinary light source D, at the illuminance of 200 lux (lx) for 4 min, after stopping the illumi
42、nating, measure the phosphorescence luminance at 5 min, 10 min and 20 min and examine whether the average value of three phosphorescence pieces complies with Table 3 or not. phosphorescent sign board, for the phosphorescence piece after exposing the test piece used for 8.3 Phosphorescence Luminance
43、Test according to the following method shown in (i) or (2) or to the method having equivalent effect, the value of colour shall be obtained according to the method specified in 8.2. 8.4 Light Resistance Test Concerning the light resistance test of Further the phosphorescence luminance shall be exami
44、ned according to the For the colouring material piece, after exposing the colouring material piece used in 8.2 Colour Test according to the method specified in 7.3 of JIS Z 9107 However, in the case of according to sunshine carbon-arc type accelerated weathering test of 7.3 (2) of JIS Z 9107, the wa
45、ter injection out of conditions of Table 4 is not carried out, the colour shall be measured according to the method specified in 8.2. method specified in 8.3. (i) Due Cycle Type Accelerated Light Resistance Test cycle type accelerated light resistance test, the illuminating shall be carried out acco
46、rding to the conditions shown in Table 4 by the due cycle type sunshine carbon accelerated weathering testing machine or by the test machine having the equivalent effect. For the due Copyright Japanese Standards Association Provided by IHS under license with JSALicensee=IHS Employees/1111111001, Use
47、r=Wing, Bernie Not for Resale, 03/16/2007 00:35:37 MDTNo reproduction or networking permitted without license from IHS -,-,- J I S Z*9100 87 E 4933608 0080719 O I 8 Z 9100-1987 Table 4 . Conditions of Due Cycle Type Accelerated Light Resistance Test Item Number of sunshine carbon arc lamps Power sou
48、rce voltage Lamp extinguishing-illumination cycle Conditions at illuminating time Average discharge voltage current Temperature indicated by black panel thermometer Conditions at the time of extinguishing the lamp Air temperature Relative humidity Temperature of cooling water to back surface of test piece Test time (sum of lamp extinguishing, illuminating) Water injection to the surface of test piece Irradia