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1 ..,
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23 . - ( ) -, -. - [5]. DIALux, -, -, () DIALux, - - /. - 23
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30 ,. -,. -. DIALux - DIAL 4.0. ( 20 ). DIALux : (*.uld) Eulumdat (*.ldt) CIBSE (*.cib) TM14 IES ( ) (*.ies) LTLi D- ( ) DIALux., - :, -,. 30
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81 1. // DIALux 4.5 // DIAL GmbH, Lüdenscheid, DIALux 4.5 // DIAL GmbH, DIALux 4.5., :, / ; ,...:, // - /...., [ ] OOO «HAGERSYSTEMS» [ ] : , , // -.., ,.. - //.., :..: : -, , [- ] : /..,..,.. ; :, / ,...:, //
82 17.. // ,.. : // XIII -, - : : : - -, ,.. -., Trade Line PHILIPS, [ ] : (VBE&AQ ) / FAGERHULT BELYSNING AB [ ] : Fagerhult // FAGERHULT BELYSNING AB [- ] : 82
83 () -., -,.. [1, 2]. [3]: (1.1) (1.2),,,. - ( hu) ( Einhorn y, 1964). (, - ),, - : [4];, -, [5] [6]. ( ). - : 3- [7]. - [8]., (1.1) (1.2), 1 EzSk( Nn ), (1.3) E, ; k ; S, 2 ; z, z Ecp Emin [12]; N ; n - ; ( k - Maintenance Factor F = k 1 ). 83
84 1, (1.4), ; h, ; :,,. (1.3), 0,9 1,2. - N. N, -.., [2].,,, () -, ind [3]. -,,. - [1] = :,...,.. (1974.) [3],, - : -,,,., ZFI (),, -, -, i A B h A B 84
85 1,11, , (. 1) 2, (. 3) 2.1 0, ,7 0,5 0 0, ,7 0 0,7 0 0,7 0,5 0 0,7 c 0, ,5 0,7 0 0, ,5 0 0,5 0 0,5 0,3 0 0,5 0, ,3 0,1 0 0, ,1 0 0,1 0 0,1 0,1 0 0,1 p, % 0, , , , , , , , , , , ,
86 E 50 A Bh10 6 3() 0,5 0,3 0,1.. 6 E 50 A Bh () 0,5 0,3 0,1 P =? =? AB 10 6 i 1, 25. hab [1] 0, ,3 60 1, (). 160, [1] ( [7] = ). +12 % E cp - A Bh16 8 4,2 () 0,7 0,5 0,1. 8 ( , = ) ABh16 8 4,2() n c p 0,7 0,5 0,1 E cp =? -, N Emin z. k S 16 8 i 1,3 1, 25. 4, [1] 0,34, ,34 33,3 () 1,
87 (. ) A Bh () h 0,7, h 0,8, c 0,7 0,5 0,3. E 50 k 1,3, e III 0,3 % 0,4 % ABh18 6 5() hc 0,7 h 0,8 0,7 0,5 0,3 E 50 k 1,3, e III 0,3 % 0, 4 %. N =? h H h c 0,8 5 0,7 0,8 3,5 (). AB 186 i 1, 25. h AB 3,5 24 0,43 (. 5 5 [1]) [1].. 3, 4 [9] E 75, 75 1,151, N 19 0, (. 1.1) 8 E 75 k 1,3, - 0,5 0,3 0,1, h E 75 k 1,3 0,5 0,3 0,1 h 4 =? (..,.. [3]) - ind, i : S pacr ( 2 ), S Sn S ( ), 104 2ind 2 0,37 ind 0,37; i 1,1, ind 1 0,37 0,45 (. 5 3 [1]). EzkS 751,151041, (). N 80, [1] () 87
88 I const 100, - 4 a 4, b 6, 8, d I const 100 h = 4 a 4, b 6, 8, d 9?. a 4 b 6 a 8 b 9 1; 1,5; 2; 2,25. h 4 h 4 h 4 h ,4. 308,4: 628,1 0, I const 100 1, 0; i 1,5. - ;. 1.3; -? I const 100 1, 0; i 1,5? ,9 : 628,1 0,38. Cohu ABh (), ,7; - 0,5; 0,1. - h = 0,8. «-» = 300 k 1,5. - c 0,7. 88
89 ABh () h = ,7; 0,5; 0,1 h = 0,8 = 300, = 1,5 0,7 =? N =? - : S = = 375 ( 2 ), S = 2 3 ( ) = 240 ( 2 ). [2]: Sn 0,7 375 S ,59. n S n ,7 1 S A B 375 i 2,25. hab 4, [1] 0,57 0,62,, n c p 0,5 0,5 0,1 n c p 0,7 0,5 0,1. - 0,5 n 0,7, 0,09 k 0,57 0,62 0,57 0,59 ( 0,2 0,11 k 0,62 0,62 0,57 0,59). 0,2 1 k 0,7 0,59 0,41. EkS 3001, (). 0, [1] = 44. N 408:
90 ABh ,8 (), n c p 0,5 0,3 0, A B h = ,8 () n c p 0,5 0,3 0,1 1) ) AB i 3,5. h A B 4, ,, N =? ( ABh (), 0,5 0,3 0,1) «12» A B h = () 0,5 0,3 0,1 n c p «12» N =? (- ) «-12» ( /5 3-03) [1] E 150 ; k 1,3 ; z 1,1. AB i 3,5. ha B [1] 0, [1] , = ,1 1,3 960 N ,64 90
91 ( ABh (), n c p 0,5 0,3 0,1) , - 10 %. h = () = 0,5 0,3 0,1 1) ) ,1 1 =? 2 =?. 2 4 [1] E 300, k 1, i 4, , [1] 0, = ( [1]), 300 1,1 1, N , = ,1 1, N ,64 : 1 = 340 0,4 1,1 = = 185 0,7 1,1 = (. 1.7) 20, 5. : 0,7; 0,5; 0,1. E 75. ( = 0,6) ( = 0,8). = 1,3. k.. [2] [10]. 91
92 = 20 h = 5 : 0,7 0,5 0,1 E 75 = 1,3 k =? : 2 S ( ); 2 S Rl 3, ( ). : S 200 0,7 S 314 0,59. S ,7 1 S i 1, 6. 4, [1] 0,39 0,33,, n c p 0,7 0,5 0,1 n c p 0,5 0,5 0,1. n 0,5 n 0,7, : 0,09 k 0,33 0,39 0,33 0,34; 0,2 0,11 k 0,39 0,39 0,33 0,34. 0,2 k k = k S ( ). k,,. 1.12, [1] 92
93 , h 3, n c p 0,7 0,5 0,1, 0,63 (- 1- ) [1], h 3 n c p, n c p 0,7 0,5 0,1 A i 2,5. i, 0,63 2h 1-2 A2ih22,53 15( ) =? ( -40-4) ABh () - n c p 0,5 0,3 0,1 E 400 k 1, 5, z 1,1., - E 300 ( 60 ) EzkS ABh () N ; 0,5 0,3 0, i 1,33 1, 25. E 400 3, k 1,5, z 1,1 0, [1] ,1 1, N 24. E ,34 E 60, N =? (.. 0 ) -, 93
94 ABh ,2 () 0,7 0,5 0,3 E 500 k 1,5, z 1,1. n c p 0,5 0,3 0,1 ( )?? ABh ,2() 1) 0,7 0,5 0,3 n c p 2) 0,5 0,3 0,1 n c p E 500 k 1, 5, z 1,1 N =? AB i 1, ha B 4, [1] 1 0, ,518151,1 N ,65-2 0,55, 5001,518151,1 N2 71,,, , ,65 N2 N , N Nh h () 2 S 200 n c p 0,7 0,5 0,1., ( I 1), , , N h 9. 94
95 h () EzkS N. 2 S [1] 0,7 0,5 0,1 ( I 1) E 500 ; A B S ,1 (). I 1 A S 14, i. 2h 2h 2h , [1] N Nh h 9 N 80. N h 9 : 14, i 0,8; 0,36; N , ) -40-4; 2) -40-4; 3) ABh (), h 0,8 ; h 0,8, n c p 0,7 0,5 0, ? -. : 1) N 2) E ; k S 3) h H hc hp 60,80,8 4,4 (); ABh () hc 0,8, h 0,8 189 i 1, ,4 n c p 0,7 0,5 0, , ,36 1,25 1,5 1,25 0,52. 0,25 =? 95
96 ABh (), h c = 0,4, h = 0,8, = 0,7, = 0,1. - III ; k = 1,5; e 0,3 % III., = 0,6, = 0,1 (. 1.3). ABh () hc 0,4 h = 0,8 = 0,7, = 0, k = 1,5; e III 0,3 % = 0,6 = 0,1 N =? EzkS N. h 40,40,8 2,8 (). isi 0,6 36 0, ,5. S i A 12 i 2. 2h 2 2,8 i 2 0,7 0,5 0,1 0, [1]. 3 [9] E [9] E 200. : 200 1,11,5 144 N , ABh ()
97 ABh () 2 =? A 20 B 12 5; 3. h 4 h 4 (. 3.15, 3.17 [2]), A B (. 1.6) A B I ( I) 0, ABh (), 0,5 0,3 0, A B h = () 0,5 0,3 0,1 1) 4 2) AB i 5. h A B N =? ABh ,5 (), 0,5 0,3 0,1 -.? 97
98 A B h = ,5 () 0,5 0,3 0,1 - - N =? 3 [5] E E 200, k 1, [1] 0,5 0,3 0,1 AB i 4 ha B 5, , [1] ,11,87236 N , (. 1.4) 0,7 0,5 0, ( z 1,1).? 0,7 0,5 0, , = 2225 z 1,1? 20 6 i 1, 25. 3, [1] 0,46. -, - : Nn , (). zsk 1,1120 1, , , 27, 2225 E 200 1,27 255(). 98
99 ,.,,? 0,7 0,5 0, z 1,1,, O , [1] 0, ( = [1]): zks 3001,11, N 21. n ,64, [1], ,, (A B h = ,3 () 0,7 0,5 0,3) A B h = ,3 () 0,7 0,5 0, [9] E [9] E [1], 0,7 0,5 0, i 1, 25, 0,53. 3, = 2850 ( [1]) 300 1,11, N , [1] L 1, 4. h, 2 99
100 , 0,7 0,5 0, , -.. O S = 25 ind 0,51. S (508) 2 0,7 0,5 0,3 2ind 2 0,51 i 2. 1ind 10,51 N =? [1] 0, [1] ,1 1, N , 49 : -,.. - -, , -20 ( h = ,5 (), = 0,7 0,5 0,3) = 0,5 0,3 0,1? A B h = ,5 () 0,7 0,5 0,3 N =?. 2 [9] E i 1,1. 4, [1] 0, = 1120 ( [1]), 150 1,11, N ,39 0,5 0,3 0,1, 150 1,1 1, ,32 N ,32 100
101 (. 1.6) h = 5,5, 0,5 0,3 0,1 E 500, ,. -.,. h = 5,5 0,5 0,3 0,1 E =? S p ( 2 ). S = 4432 ( 2 ). S p ind 0,65, S 2ind 2 0,65 i 3,72. 1ind 10, [1] 0, = 4960 ( , [1]), E ,1 1, : -, E 500., - - -, ( ), - 101
102 , , I 1.3, ,5 28,3 46,3 62,8 77,4 89,7 89,2 108,8 109,1, h, ih ( ) i [i(h)] Nh 14, ,5 0, ,1 (2 3) 2,35 2, 25 0, ,1 (2 4) 1,76 1,75 0, ,1 (2 6) 1,18 1, 25 0, ,1 (2 8) 0,88 0,9 0,4 1 14,1 (210) 0,71 0,7 0, ,1 1, ,63 0, , , , , ,33 1.5,
103 , I, A Einhorn y B 1.6 I ,88 0,98 0, ,87 0,9 0,78 50, ,86 0,83 0, ,84 0,76 0, ,82 0,65 0,53 39, ,78 0,53 0, ,72 0,28 0,2 15, , , , a Cohu b c d 1.7, ab ac bd cd ,5 0,5 0,5 0,5 2,4 2,4 2,4 2, ,3 0,5 0,5 0,5 0,5 7,1 7,1 7,1 7, ,3 0,5 0,5 0,5 0,5 11,6 11,6 11,6 11, ,8 0,5 0,5 0,5 0,5 15,7 15,7 15,7 15, ,4 0,43 0,5 0,5 0,5 16,6 16,6 19,3 19, ,7 0,24 0,43 0,5 0,5 7,6 10,8 19,3 22, ,2 0,135 0,24 0,37 0,425 6,2 0,3 8,2 14, ,8 0,07 0,12 0,16 0, ,1 0,03 0,04 0,06 0, ,1 67,2 64,5 83,6 93,1 1.8 (. 3 5[2]),º, ,5 28,3 46,3 62,8 77,4 89,7 99,2 105,8 109,1 628,1, 1,0 1,0 0,95 0,68 0,60 0,48 0,24 0,01 0 9,5 28, ,7 46,4 43,1 23,8 1, ,9 103
104 [1] E 150, k 1,8 E 300, k 1, [1] 0, [1] 0, ,1 1, ,1 1, N 98 N , ,62 -, 14 16,4 ( -19,6) [1] -, E 50, k 1,5 E 100, k 1, [1] 0, [1] 0, ( ). 2 2 [1] = ,1 1, N , [1] = ,1 1, N ,53 51,45 26,24 104
105 k 0,6 0,8 k k 0,6 0,34=0,2 0,8 0,34=0,27,, 751, ,5 0, [1] 0,71 97,5 N 137 0,71 751, ,5 0, [6] 3,6 72,5 N 20 3, ( ),,% ,% ,% i, % 1, , , , , ,
106 S p ind Sp S 2ind i 1 ind N h, N N( h) ( 1.3.4)
107
108
109 1..., - /.. [.].:, :, ,.. - :. :., ,.. - //. IV. -.., ,.. ( ) // :, /.. [.] //. - :., / :, /.. [.] // XI -.. «-». :., *. // // /..,.., ,...:. - -, ,..,.. - //, 4, 314. :
110 W - P () S ( 2 ).. -,,, [1]. : ; ; ; ; - z (. 2.1). = 100 W (. 2.2). W , - N; W; = W S/N; - -., - ; - W ; - WS
111 , - (. 2.1) (. 2.2) = , h = 3, VIII, = 0,5 0,3 0,1. = H = 3 N = 10 = 0,5 0,3 0,1 =? VIII, 5 ). 1[3], = 20. = 20 W = 6 / 2 (. 3.1 S = = h = 3 ); P = W S/N = 6 12/10 = 7, [1] = (S = 150 2, h = 4,0 ) = ( ) / 3. = 0,5 0,3 0, S = [1] h = 4,0 W T = 15,8 / 2. = 150 k W : N = 10 k W = (2 150)/(1,3 100) = 2,3, W = W T k W = 15,8 2,3 = 36,3. = N = 10 = (W S)/N = (36,3 150)/10 = ,5 0,3 0,1 =? () (. 2.3.) - V =? V 9100 = [1] V = 8300 = 500. V = 9,5 % h = ,2 () - = 0,7 0,5 0,1-111
112 = 20 k = 1, h = = ,2 () = = 0,7 0,5 0,1 = 20 k = 1,3 N = 10 =? V =?, (/ = 35/10 > 2,5), W S = 2 2 = S = [1] S = h = 3,2 W T = 6 / 2. k W = 0,9, W = 5,4 / 2. N = 10 P = (W S)/N = (36,3 150)/10 = [1] , V = , - h = ,8 () = 30 k = 1,3. = 0,5 0,3 0,1,. h = = ,8 () = 30 k = 1,3 = = 0,5 0,3 0, [1] W = 9,2 / 2 (h = 2,8, S = 130 2, = 30 );, (. 3.5 [1]), = 2,6 ( [1]); ( 6 ),.. N = 6. = (9,2 130)/ i = 2,0, = 0,37 (. 5.5 [1]), = EzSk / Nn = 30 1, ,5/6 1 0,37 = 2, = 2800,.., S = ( 2 ), h = 4,5, = 100. k = 1,3, - = 0,5 0,3 0,1. 112
113 S = (/ = 1 + 1,5).. S = ( 2 ) h = 4,5 = 100 k = 1,3 = = 0,5 0,3 0,1 N(S) =? N S = (/ = 1 1,5) [1] ( ),. S = : 1 = = , h = ,6 (),, VIII k = 1,3 = 0,5 0,3 0,1, U = 0,95 U H.. h = ,6 () k = 1,3 = = 0,5 0,3 0,1 U = 0,95 U H [3] = 50 ( VIII, ) [3] = 20,. 4.5 = W T = 7/4 / (U = 0,95 U ) W - W (W = (1/0,95)2,03 = 1,11)., W = W W = 7,4 1,11 = 8,2 / 2. ( = 200 ), - N = (W S)/p = (82 540)/ , [1] = 1,4 (,, - ), l = h = 1,4 4,6 7., 3 5 -, N = :,, 113
114 -, 21.,,. kh (h = 2,5 3,5 5) k = 1,3 = 0,5 0,3 0,1. = 30 h = 4,5. -. h = 2,5 3,5 5 = 30 h = 4,5 S = k = 1,3 = = 0,5 0,3 0,1 N =? = 30, h = 4,5 h = 2,5, h = 3,5, h = 5 (S = 150 2, E = 30 ).. - N = N(h). h = 4,5 N = 8. : -, - h, W, / 2 N 2,5 3,5 5 7,8 8,9 12, h, N h = 3,8 12 = 50 k = 1,3 - = 0,5 0,3 0,1. U =
115 S = 80 2 h = 3,8 N = 12 = 50 k = 1,3 = = 0,5 0,3 0, [1] W T = 18,5 / 2. U = 127 m = 0,86. W = W T m = 18,5 0,86 = 15,91 / 2., N = 12, = 15,9 80/12 = [1] h = 7,5 5 3 () = 30, = 0,5 0,3 0,1 k = 1,3. h = = 7,5 5 3 () N = 4 = 30 = = 0,5 0,3 0,1 k = 1,3 =? S = 37, [1] W = 8,3 / 2, k = 1,5, W = W 1,3 1,5/1,3 = 9,6 / 2. = W S/N = 9,6 37,5/ : h = () - = 0,5 0,3 0,1 6 -., = 100, z = 1,15, k = 1,3. h = = () = = 0,5 0,3 0,1 N = 6 = 100 z = 1,15 k = 1,3 P =? [1] S = h = 7 W = 7,9 / 2 ; k = 1,3 W = W T 1,3/1,5 = 7,9 1,3/1,5 = 6,85 / 2, = W S/N = 6,85 216/6 = [1]
116 S = 50 2, h = 4 = 0,7 0,5 0,1, = 300 k = 1,8. -. S = 50 2 H = 4 = = 0,7 0,5 0,1 = 300 k = 1,8 N =? S = 50 2, h = 4,0 = 100 (. 3.2 [1]). W [1]: 8,9; 7; 9,5 ( ). W = 11,7 / 2. k = 1,8, = 300, -, 11,7 1,8 3000,9 W 37,9. 1,5 100 WS 37,950 N 11,8 12 n P 280 : -, S h: W = 8,9 7 11,7 9,5,, N = , h = 3,2, = = 0,7 0,5 0,1.. ( k = 1,3). = h = 3,2 = = 0,7 0,5 0,1 k = 1,3 N =? [1] W 1 = 6,5 / 2. -, k = 1,3 = 200, : 1, k W 1, 73. 1, W = W T k W = 6,5 1,73 = 11,3 / 2 116
117 W S 11,3 96 N 6,78 7. np 280. i = 1,5, = 0,48, -80 = ESkz ,3 1,1 N 5, 77 6 n , = 300. S = 120 2, h = 2,5, = 0,7 0,5 0,1. = 300 S = h = 2,5 = = 0,7 0,5 0,1 N =? (. 2.1),, ,, k = 1,5, = 0,5 0,3 0,1; = 0,5 %. S = h = 5 = = 0,5 0,3 0,1 = 0,5 % k = 1,5 N =? [1] W 100 = 4,5 / 2 (h = 5, S = > > ), 3, -80, = 300 ( ) W 300 = W 100 (300/100) = 13,5 / 2. W S 13,5 600 N 51. PCB 280. i = 2,5; [1] (,. 3 2 [1], 3- - ) = 0,56, -80 = 5220 ESkz ,5 1,1 N 50 n ,56 117
118 2.3.5., , h = 2,8, = = 0,7 0,5 0,1. w 0. = 200 N = 15 h = 2,8 = = 0,7 0,5 0,1 S =? (. 5.3 [1]),, S = w 0 = = 0, , S = 90 2 h = 2,5 = = 0,7 0,5 0,1. = 100? N = 10 S = 90 2 h = 2,5 = = 0,7 0,5 0,1 =? (. 5.3 [1]), = 200. = , (/ = 2) h = 2,8 k = 1,3 = 0,5 0,3 0,1. N = 16 S = / = 2 h = 2,8 k = 1,3 = 0,5 0,3 0,1 =? [1] S = 110 2, h = 2,8 E = 100 W T = 5,8 / 2. k = 1,3, W = W T 1,3/ /1,5 = 5,8 1,3/1,5 = 5 / : NP n W 23,28 23,3 /. S 110 W, = ,3/5 =
119 ( 4) -150 h = = (). = 0,7 0,5 0,3 k = 1,5. h = () K = 1,5 = = 0,7 0,5 0,3 N =? S = = 300 (. 2 [3]) [1] 4- W = 4,9 / 2. = 0,7 0,5 0,3, W 10 %. W = 4,9 0,9 = 4,4 / ,4300 N ( 8) -40, h = (). = 0,7 0,5 0,3; k = 1,5. h = () = 0,7 0,5 0,3 k = 1,5 N =? S = , = 75 (. 2[2]). W [1] 8- S = 2B B = 75 2, W = 6,7 / 2. N = (W/S)/P = (6, )/( ) =
120 2.1 h, S, , -200, -200, ( = 0,5 0,3 0,1; k = 1,3; z = 1,15), / 2,,, ,4 9,2 15 4,9 11,3 21, ,4 11,1 18,5 5,3 12,9 25, > ,7 8,9 7,1 14,9 11,8 4,4 3,9 10,7 9,2 21,4 18, ,2 12,3 20,5 5,4 13, ,5 9,8 16,2 4,7 11,7 23,4 2.2 = ( = 50; = 10 %; = 30 %; k = 1,5; z =1,1) / 2, h, S, ( -40) ,4 6,5 8,9 4,5 5,8 7 9,3 4,5 4,8 5,5 7,1 4, W T 1. 0,1 2. 0,3 0,1 3. 0,5 0,3 0,1,, - 0,3 0,7 0,5 0,1 0,1 0,1 0,1 2.3 (W = MW T ) 0,9 0,9 1,1 120
121 k = 1,5 5. 1,3 1,7/2,0 1,5/1,7 1,13/1,33 1,15/1,31 6. U = 220 ( ) 127 0,86 7. U U U U 10 % : (U /U) 2,03 2.4, ,5 41,5 33,3* 27* 23,4 19,3 W, / 2 (27) (23,4) n, i 0,2 0,3 0,7 1,0 1,25 2,0 2,5 0,17 0,2 0,3 0,39 0,42 0,51 0,54 N N *
122 2 40; h = 2 3 ; = 0,7 0,5 0, = = () ( 2.2.2) N = N(S) (1) (2) [5]., :, 2 3; - 1;
123 ,,, ( - ) -. R : R, R -, R = f().,.,, R A.,,,.., R -., - k, z,,, , -..,.. = 0,5, = 0,3, - = 1,5, z = 1,15, - = 0,9 (.. 10 % ) 1 S = ; - = (. 2.6). : = 90 (15 6 ) 18 (3 6 ), = , - = 90/18 = 5, 8. : = 5 h = 8 < 8, : S = = , 16, (, 123
124 ).,, N = , : , 57 32, = 300, - ' 1 : S = 70,7 2, 48 ' -700 S = 46,6 2., 70,7 > 57 46,6 > : 6. P.S. -., = 1,1, = 0,7 :, ( )... [5] ,,, 2 700\ \50 46\ 70,6(6) ( 1) d( 1) h () S ( 2 ), ,25 1,91 5,1 6,3 7,2 8,1 8,9 10,4 11,5 12, ,0 2,25 4,7 5,9 6,7 7,5 8,2 9,4 10,5 11, ,8 2,61 4,4 5,4 6,2 6,9 7,6 8,8 9,8 10, ,72 3,03 4,1 5,0 5,7 6,4 7,0 8,1 9,1 10,0,, 2.8 S ' ( 2 ), (), ,8 53,4 42,4 27,2 21,2 14,1 10, , ,1 25,4 19, , ,
125 2.9, N, 0, ,7 1,1 = , ,0 1,1 = 35,2 < ().. [1] (1956) ( ) 4.. [2] (1976) ( = 100 ) 5 ( 7).. [3] (1977) 10.. [4] (1971)..,.. [5], (1967).., -.. [6] (1974).. [7], 1 N = N(S) 6 ( ) 2, 3 5 5* 3 (1977) : *..,. ( = 100 ). -,., ( = 100 ): W = W (100 ). 125
126 .. (1, 2),.. (4),..,.. (5).. (7) , = (). P - N -, - = (N), - -, -, «-». w ( - w). -,, - - v, - - w, , - - -, -. -, - -, %. - -, , - -, ,.. -,, - -,. -, - - -,
127 - ( ). - : N = N() , -. -, - 7. ( -.. ) 12 % , [12] - ( ) = var , - - -, = (s) -., - -, - : : = 0,
128 1. /.. [.]..:, :, * / -....:, ,..,....: -, // // // // , :., ,.. - // // : /..,.. ; -. : -,
129 ( ). -, «-»,, -. -, ; -. -, - ( ) -. [1, 2] ( - 4 [2])., -. (-. 3.1),, -. - ;, (,, -, -, -,.). -,, «-» () [3] «-» (). 129
130 3.1 ( ),, I, I (I ), U, B () U (U ), U, % r 0 ( 0 ),/ (), / L, S, 2 : 0, :,, cos 130
131 3.2 (- ) [4 9], : ( - ); ( );, - (. 3.2). () [2]. 1000,,, :, -,,.,,, ( ), ,, I [10]., - I I S, (3.1 ** ). K (),.. - ; I, ; K. I
132 3.2 (), 2 2, , 6 12 >12, I /, I, ( ),, , /75 135/ / / /
133 3.3. S (: - ; ) - -. I I (S). I, (3.2) (), -, ; P N (, N, - ( )); (., - [2] ); k, - : 1 k nu (cos ). (3.3) 3.4,, P3 P3 I () 3U cos (3.4) 3U cos 1, I P2 (2U cos ) (3.5) 1 I P( UH cos ) (3.6) (3.4), (3.5) (3.6) ( ),,,, ; cos ; U, U, U H ():,,.,. I ( I 0 ),.,,,, - ( ).,,, : I Q ( ) t I Rt I L d, (3.7) 4 I, ; L, ;, /; d, ; t,. 133
134 . 3.1.,, Q dl Kt, (3.8) 1 2: 1, º; 2 -, º; ( -,, ). ( ) -, Q Q, 2 3 I d K., 2 I L 2 1 d t d L K t I S K, (3.9), (3.10) S., -, -. (3.10), : 3 1) ( 4 0,67 I S, I S ); 2) ( [1] ,510 /, /); 3) ; 4). ( - ), º [1]:
135 65,, 3 80., t = 70 (80 ), t 0 = 25 (15 ) [1] ,, :, +15 ;, I, ' ' 0 I 0 (3.11) ' ; ' 0 0 (3.12) -. (.,, [1]). 2.,,. < 1, ' I I, (3.13) I ( ) ' 0,875 I I, (3.14) I ; (- t t ). 135
136 : ' 0,875 I I Km Kn I K, (3.15) (3.1). 3.4., K(S): K( S) I S 2 I S F. (3.16) ( ) -,. 0,75 0,630,67 I S, I S ( «0,64» [1]); I S. 3 20,64 2 0,22 KS ( ) S S F S F. (3.17) 0,22 KS ( ) S dk 1,22, S 0 (3.18) ds (S). S = 10 2 = (S) - ; (10). (10) > (6) - I : -, (10);. 3.5, 10 2,, S = 8,7 2. (10) () i S = i(s) ~ S 0,64 S 1 = S 0,36 (3.19) i(s) ~ 12,36 S 0,36. (3.20) I(S) = G S 0,64. 1 : 2,5 4; 6, 10 16; 25, 35 50; ( ); I S = 2,5 50 = 12,42 S 0,
137 i(s). 3.6, : () S Al = 1,5 2 i S Cu = 1, Al Cu. I (10) - S ( 2 ),.. i = I S 1. S = ; (3.16). [1] (3.16) G I(S) = G S0,64 i(10) S, 2 2,5 4 6, , G 12,8 12,36 12,1 13,8 i = i(s) «-» [1] S = 10 2 [15], i(10) =5, [1] S j i j I (10) = 60,.. i = 6, S j, 2 I j, i j, / 2 S ( S 1 = 4 32 i 1 = 8 D), i(s) = 6,0 2 : SD = 8,7 2, S 2 = 6 39 i 2 = 6,5 13 % (- S * = * i * = 5,7 ; A, B, C, D - S 3 = i 3 = 4,7. 3.2) S 4 = i 4 = 4,2 3.6 ( ) i[1]/i[16] S, 2 i, / 2 S, 2 i, % 1,5, i = 11,98 (. 3.2) 2,5 (24 21) / = 14 : 4 (32 28)/ = 14 (. 3.2), i = 5,4*; 6 (39 35)/ = 11 10, i = 5,7 ( - 10 (60 50)/ = (75 70)/ = 7 ) 25 (105 95)/ = 11 : * I = 5,4 10 = 54 ( 60 ). 137
138 3.7 K [1] (1) 9 1 ( 2 ( ) 4,86510 ) S, 2 2, I, * S 0,64 1,79 2,43 3,21 4,36 5,97 7,94 I : S 0,64 13,42 13,16 12,14 13,76 12,38 12,56 13,2 2 1,28 1 K I S ( ) 37 35,6 30,3 38,9 31,5 32,4 35,8 1 3/2 S 3, ,69 31, /2 1 K( I) I S ( ) 29,95 26,3 21,28** 23,4 18,95 18,06 18,13 K [1] : K (1) 1,23 1,35 1,66 1,66 1,66 1,79 1,98 :* ( ) i = 5,4 / 2 ; - S = : i 10 = 5,73 2 I = 57,3. ** : 2 3/ K(1) I S (2 ( ) ) 0, A 21,3 /. I -. - ( ) : Al, = 30,5 /, S = , I = , t = 70 (343 ), t. = 25 (298 ). - : ; ; 1~S-0,22 (, ); ; ( - ). ( ) ( ) I ( S) d( T2 T1) Kk ( T2 T1 ) d. (3.21) 2 1 I ( S) d( T T) ( K K ), (3.22) 2 1 k p 138
139 1 ( 2 ) ( ); K k (K p ) - (; K ( T T T TT T )). p i, / C S = 8,7 D B 1\2 [1]\[16] 3 i(s) i = i(s) S, 2 A i S Al = 1,5 2 ; i 23A 30,5 / 50 1,5 12 A/ B i S Al = 10 2 : i = 5,4 A/ 2 C S = 8,7 2 ( 10 2 ) 1 2 I D i(8,7) = 6,0 A/ 2 S = [1] K k K p. 3.8., -. K p - = 0,9 = 5, / = = =. = 298 = 0,9 5, ( ) = 6, ( t = 50 = 6,12/ 2 ). K(1) K[1]. 3.7, -.. [1] I.,, - K 2,5 4 2, S
140 3.8 S, , ,28 18,95 18,06 18,13 16,78 15,83 / (%) 50 28,7 32,3 33,9 33,7 36,5 38,7 t ( ), 70 31,7 35,6 37,4 37,2 40,2 42, / : ;. - : ; 2 2- ; ; D 4 ; ' 1, = PL 5 S 7 I (S) S L, Al 3 Al ( ) ( -!). -. s = const I u Al
141 ((s)), -., -, (18 ), (48 60, ). (- 6 2 ) (3, cos = 0,5), - 3 0,7 1,1 10 = 23,1 ( 11,55 ) ( - ), (), ( ); - 23,1 11,55-24,5 cos = 0,74, - 105, : P = const cos : 1,5 % : 16() 18(.) = 288 1,7 %, : = 216 1,8 % : = 234 3,6 % ( 5,8 %) 141
142 [17] (380/220 ; = 0,9), (os = 0,92; - ). (t 0 = 15 C),
143 os = 0,92; = 0,9 t 0 = 15 C S =? = ,08 1,2 = 38,4. I P 38,4 0, ,220, S = 10 2 (I = 65 > 57 ) : ) ; ) I = 265 I =? ' =? ' 50 I I ,5 (5.10), : ' I 25 90,6 ' I (3 +0, 380/220 ), : , cos 0,7 1,0 0,8 143
144 ? (3 + 0, 380/220 ) P 1 = 20 P 2 = 30 P 3 = 50 os 1 = 0,7 os 2 = 1,0 os 3 = 0,8 S = 50 2? S = 35 2? = = 100. Q = P 1 tg tg 2 + P 3 tg 3 = = ,7 = P 100 W Q os 0,87. W I P ,220, S = , () -, ( = 1,1; = 1,0; t 0 = 20 C; K 20º = 1,05). ( ) 12 = 1,1 = 1,0 t 0 = 20 C K 20º = 1,05 I =? 380/220, cos = 0,5, n = 3, = (3 0,22 0,5) 1 = 3,0. I P = 12 0,7 1,1 3,0 = 28. t = 20 ; K 20º = -700 = 1,05. S = 2,5 2 ', I = 24 ; I = 24 1,05 = = 25,2 < 28. S = 4 2 ', I = 32 I = 33,6 > , ,,. +30 ( = 0,93) ( 100 )? -? 144
145 -150 U = 10 = +30 = 0,93 L = , I = 600 ( = 0,93), I ' = I = 210 0,93 = 195 (- (. 3.4) ) ,, 625, , - S = 25 2, ( t 0 = +20 ). I , S = ,5 10 /, /. S = 25 2 t 0 = +20 = +30 S = 25 2 I?. 5.5 (S = 25 2, 0 = 20, = 60 ) I = (5.10) 30,5 10 /, / : I I 65 56, , () I (), I I 6 6 ` I` 56, / 30, , -70: ) t 0 = 20 C, ) t 0 =
146 -70 t 0 = 20 C t 0 = 20 I (25 ), I (20 ) =? ) : I = = 20 - (5.10) ` 0 (70 20) I I (70 25) 0 ) (. 5.7) ( 1 = 2 ) /?,?,,?., 1 = 2, P 1 P 2 I P1 I P2 ( = (), ). - I P = 30A, (4 ), =70, =25. I -.,, (..) - ~ , - S = 4 2 I 2 27 I S 4 P 30A, 2 6* I S, 35 30A (), () =5. - : 4* S = 5 : * (.). :, - ) ( ) - : 1, , Cu [1] () I 80(75) (,3(4)) I 2, 2( ), Al [1] () I 47(39) (,3(4)) 146
147 . I,, 1 2,,,,. I, I, * < 2 60 = , ( = 0,9. 3.9), (I N ~0) 80* < ,9 = 85 (I N ~ 0,5 I ) 75 > ,9 = 70* (I N ~0) (I N ~0,5 I ) : 1) (. 2) I p, * 80 (70), ; 2) ; 3) ; 2 ( Al Cu) I -, «I -»,. -700,?. (3.9) 0,5 0,5 0,5,,,.. - I I I AL Cu AL ,5 1,3. (- ) (- )..,.,,.294 [1].,, /, ( = 700). 147
148 , ( ) *, ,00 0,90 0,85 0,80 0,78 0, ,00 0,92 0,87 0,84 0,82 0, ,00 0,93 0,90 0,87 0,86 0,85 : * ( [12]) >42 0,8 0,7 0,6 0, ( [11]), , I,, I, ( = 0,93) 3 4 n 0,85 0,8 ni, 32100,930,85 = ,930,8 = 625., < 600., > t 0, I, I j, A +20 ( 70 20) /(70 25) ( 70 ( 20)) /(70 25)
149 : Ip I : Umin U Umax ;, - t t0 (.12 5 [1]) I [1] ( º) ( ) I = I (S), -, ; ( [2]);, -, - - ( [2]) S = / U,, ;, - - ( [1]); U ( [1]) -,
150 (. 5.5) =, = L,, ;, ;, - L,. : = + m, ( = 1,1) :, (4 3 ) N = ( = 1,1, K = I; = 3,0,,, t0c = 20 ) I = 12 0,7 1,1 1,0 3,0 = 28 A; t 20 = 1,05. S: I (S) I S, I t I, 2 2, ,2 I IP ,6 I IP = 12 0,7 1,1 = 9,2 1000, 0,8, cos 0,7, ( cos 0,5 ), U = 97,5 %, U = 3,8 %, U = 1,8 %. l 0 l 1 l 2 l 3 l 10. C = 44. S 12 0, 77(10 15) 2, , [1] U = 1,8 % = 7,7 1, = 228, S = 4 2 U = 1,3 %. - (3,8 1,3) = 2,5( %) 2 150
151 1. /.. [.].:, ,.. :. :, :, /....,....:, , - /...,..,....:, , - /...,..,....:, /...,..,.. -..:, : -, ().. 3:..:., ,.. :. :., :. : -, // :, /....:, /.,...:, :, /..,.. // [ ]....., : 151
152 -,...., /16.. XEROX.... 8, , NATIONAL QUALITY ASSURANCE ISO 9001: ,.,., 30 /: 8(3822) , 152
Victims Compensation Claim Status of All Pending Claims and Claims Decided Within the Last Three Years
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