Буклет Modeion. Руководство "Расцепители максимального тока OEZ"

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<ul><li><p>IIIR</p><p>IIi</p><p>Modeion</p><p>www.oez.com</p><p>JS1-2012-R</p></li><li><p>www.oez.com</p><p>OEZ s.r.o.edivsk 339561 51 Letohrad .: +420 465 672 111 +420 465 672 101: +420 465 672 398 +420 465 672 151e-mail: oeztrade.cz@oez.comwww.oez.com</p></li><li><p>Modeion</p><p>1</p><p> BL1600 ....................................................................32</p><p> BL1000 ...................................................................28</p><p> BH630 ......................................................................22</p><p> BC160 ......................................................................12</p><p> BD250 ......................................................................16</p><p> ...............................................................................................................................2 ................................................5 ........................................6</p><p> 1 - ................................................................................................................7 2 - .............................................................................................................8 3 - ...........................................................................................................9 4 - ........................................................10 5 - ............................................11</p></li><li><p>Modeion</p><p>2</p><p> - , / , . - , - . - - .</p><p> - - (). - . - . BC160 -. BD250, BH630, BL1000, BL1600S .</p><p>, - . - . , In IR. </p><p> :1- : - o EN 60 947-2 -</p><p> - , </p><p> , .. (), </p><p>- - </p><p> In - IR - IR - - In IR </p><p> EN 60 947-2 </p><p> , :</p><p> - 1,05 In </p><p> IR 2 - 1,3 In </p><p> IR 2 ( 1,2- In/IR)</p><p>- In/IR 63 A - 1 </p><p>- - ( . )</p><p> - 7,2- IR - tR . . , . ( 30 s 7,2 In)</p><p>2- - EN 60 947-2 -</p><p> - Ii- , -</p><p> ; , ( 10 30 ms, 50 ms) </p><p>- Ii - , , , </p><p> ; </p><p> - </p><p> EN 60 947-2 - Isd , 1000 ms tsd- </p><p> - </p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>tsdIsd </p><p>Ii </p></li><li><p>Modeion</p><p>3</p><p>D, DTV3 - IR Ii</p><p>M - IR- 10 In</p><p>MTV8 TV </p><p>- IR- tR , , - Ii , , </p><p> M ( )- IR- tR , , - , 4 s </p><p> - Ii , , </p><p>L, L001 - In ( )- Ii 4 In</p><p> LED</p><p>- </p><p> 2012 - EN 60 947-2 ed. 3</p><p> , , , Sichr</p><p>IR Ir </p><p>tR tr </p><p>Isd Irmv </p><p>tsd trmv </p><p>Ii Irm </p></li><li><p>Modeion</p><p>4</p><p> IR9 IR . </p><p> - </p><p> - </p><p> T () - , - - </p><p> - -</p><p> ; -, - </p><p>- In/IR , - - ( - . ) </p><p>- , </p><p> - - -</p><p> , - , - ( . )</p><p>- IR - , ( - . )</p><p>- , - (. )</p><p> TV/MTV </p><p>M ( </p><p> 4 s)</p><p> tR9 - - tR , , -, 30 s</p><p> - </p><p> Ii9 Ii - ( -), , </p><p> - (. -)</p><p> ( ) - </p><p> , . , , (. - 10 15 ms - 15 In)</p><p> , !</p><p> TV/M </p><p> M - </p><p> TV - </p><p> TV - </p><p> M - </p><p>9 - - </p><p> :</p></li><li><p>Modeion</p><p>5</p><p>BC160 BD250 BH630 BL1000 BL1600</p><p> 12 160 A 40 250 A 100 630 A 125 1000 A 315 1600 A</p><p> D DTV3 DTV3 DTV3 DTV3</p><p> MTV8 - TV MTV8 - TV MTV8 - TV MTV8 - TV</p><p> L L001 L001</p><p>25 kVA50 kVA63 kVA</p><p>63 kVA100 kVA160 kVA</p><p>160 kVA250 kVA400 kVA</p><p>250 kVA400 kVA630 kVA</p><p>400 kVA630 kVA</p><p>1000 kVA</p><p> D DTV3 DTV3 DTV3 DTV3</p><p> MTV8 - TV MTV8 - TV MTV8 - TV MTV8 - TV</p><p> 7,5 55 kW 22 132 kW 75 315 kW 75 315 kW 75 315 kW</p><p> M MTV8 - M MTV8 - M MTV8 - M MTV8 - M</p><p> 30 150 kVA 80 400 kVA 100 630 kVA 250 1000 kVA</p><p> MTV8 - TV MTV8 - TV MTV8 - TV MTV8 - TV</p></li><li><p>Modeion</p><p>6</p><p> BC160 - N BC160 s N </p><p> - 5 10 In . </p><p> TN-S, TN-C-S - 4- BC160 - D BC160 4- </p><p> , / N IR Ii </p><p>, D</p><p>BD250, BH630 - 4D01 BD250 BH630 4- 4D01, / N IR = 0,4 1 In / (ON = t(t), OFF = t(0)) 1 s, 3 s, 10 s20 s Ii 4 IR, tR Ii </p><p> LED</p><p> BD250, BH630 - MTV9 , </p><p> MTV9 MTV8 </p><p> , IR = 0,4 1 In / (ON = T(t), OFF = T(0)) TV - ( </p><p>) M - ( ) tR Isd 4 ( ) tsd 0 ms, 100 ms, 200 ms 300 ms IR, tR, Isd tsd LED</p><p>BL1000, BL1600 - U001</p><p> , IR = 0,4 1 In / (ON = T(t), OFF = T(0) ) tR 8 , </p><p> I5t ( ) Isd 8 ( ) tsd 50 1000 ms </p><p> I2t ( ) Ii 8 IR, tR, Isd, tsd Ii LED</p></li><li><p>Modeion</p><p>7</p><p> 1 - </p><p> - . - . - 160 A. 400 kVA. , - , - 3 5 In.</p><p> In = 160 A</p><p> Ik = 11 kA</p><p> -</p><p> BC160N- LST In . 125 A, </p><p> - BC160 -</p><p> - Icu = 25 kA &gt; Ik = 11 kA</p><p> D L D </p><p> , - L ( </p><p>In ) - 4 In, - L , D, </p><p> , IR Ii , -, - , BC160NT305-160-L L In = 160 A, D, </p><p> L </p><p> 160 A </p><p> 4 In, 640 A</p><p> BC160NT305-160-L In 160 A Ii 640 A (4 x In)</p></li><li><p>Modeion</p><p>8</p><p> 2 - </p><p> , . - . - , . 200 A. 60 m. Sichr - 185 mm2.</p><p> In = 200 A YY 1x185 mm2, 60 m, Iz = 245 A Ik = 15 kA</p><p> BD250 250 A, - BD250 Normal </p><p> Icu = 36 kA &gt; Ik = 15 kA</p><p> -</p><p> DTV3, MTV8 TV L001 , -</p><p> , , DTV3, - 8 IR - DTV3 -</p><p> 3 s, - </p><p> MTV8 , , - </p><p> L001 , , - 4 In - </p><p> SE-BD-0250-DTV3 In = 250 A</p><p>1) 1- 200 A, -</p><p> 200 A ( - 245 A)</p><p> 2- ( T(t)), </p><p>2) 3- -</p><p> 8 Ir (1600 A), - </p><p> Sichr , - ( 5 s)- </p><p> 184 mOhm- 66,8 mOhm, .. </p><p> BD250NE305 SE-BD-0250-DTV3 IR 200 A T T(t) Ii 1,6 kA (8 x In)</p><p> : BD250NSE-BD-0250-DVT3</p><p>2 1 </p><p>1 .</p></li><li><p>Modeion</p><p>9</p><p> 3 - </p><p> , . 200 kW. - 18 s 2400 A. 4 kA. - - 11,5 kA. .</p><p> P = 200 kW In = 348 A 18 s 2400 A 4 kA Ik = 11,5 kA</p><p> 348 A -</p><p> BH630 630 A BH630 Normal -</p><p> - Icu = 36 kA &gt; Ik = 11,5 kA</p><p> MTV8 M- DTV3 L001 -</p><p> , - </p><p> SE-BH-0400-MTV8 400 A, -, 348 A</p><p>1) 1- -</p><p> 345 A, ( 348 A)</p><p> 2- : - M , </p><p>( , - )</p><p>- ( T(t)) - </p><p>- 20 s, - , Sichr -, 2400 A 22 s ( 18 s)</p><p>2) 3- -</p><p> 5 kA; 4 kA, - </p><p> Sichr , - ( 5 s)- </p><p> 43,9 mOhm- 49,3 mOhm, .. -</p><p> - -</p><p> , , , 4 kA - 50 ms; - Sichr 52,3 mOhm, .. </p><p>- 50 ms , 4 kA ( 15 ms)</p><p> BH630NE305 SE-BH-0400-MTV8 IR 345 A M T T(t) tR 20 s Ii 4 kA 50 ms</p><p> : BH630NSE-BH-0400-MTV8</p><p>2 1 </p><p>1 .</p></li><li><p>Modeion</p><p>10</p><p> 4 - </p><p> , - , - . 238 A. -, , 300 A. Sichr - 185 mm2. , .</p><p> CYKY 1x185 mm2, 80 m, Iz = 341 A 130 kW 238 A 15 s 1800 A 2,8 kA Ik = 18 kA</p><p>238 A 300 A BH630 BD250 -</p><p> BH630 Normal -</p><p> - Icu = 36 kA &gt; Ik = 18 kA</p><p> -</p><p> DTV3, MTV8 TV L001 , </p><p> ( 15 s), ; - MTV8, 20 s- DTV3 -</p><p>, - 3 s, -, 15 s</p><p>- L001 - DTV3; , - 4 In - , L001 In </p><p> MTV8 400 A, - ( IR = 160 400 A)</p><p> - </p><p>1) 1- 243 A, </p><p> 238 A ( 341 A)</p><p> 2- : - TV , </p><p>( )- ( T(t)) </p><p>- </p><p> BH630NE305 SE-BH-0400-MTV8 IR 243 A TV T T(t) tR 20 s Ii 3,2 kA 0 ms</p><p>- 20 s, , Sichr , 1800 A 19 s ( 15 s)</p><p>2) 3- -</p><p> 3,2 kA, - 2,8 kA, - Sichr , </p><p> - ( - 5 s)</p><p>- 65 mOhm</p><p>- 61,3 mOhm, .. </p><p> , -, - 50 ms ( Ii).</p><p> : BH630NSE-BH-0400-MTV8</p><p>2 1 </p><p>1 .</p></li><li><p>Modeion</p><p>11</p><p> 5 - </p><p> 1000 kVA . - . - .</p><p> S = 1000 kVA In = 1375 A 22 kV/ 0,42 kV Ik = 22,2 kA</p><p> 1375 A -</p><p> BL1600S - 1600 A</p><p> BL1600S - Icu = 65 kA &gt; Ik = 22,2 kA</p><p> -</p><p> DTV3 MTV8 TV- -</p><p>, DTV3</p><p>- , (- ), - MTV8, DTV3</p><p> SE-BL-1600-DTV3 1600 A</p><p> -</p><p> , - / - </p><p>1) 1- </p><p>1375 A, (- 1375 A )</p><p> T(t), - , - </p><p>2) 6 kA, </p><p> 4 In - </p><p> , , - , - </p><p>- Sichr , - ( 5 s)</p><p>- 35,4 mOhm</p><p>- 10,9 mOhm, .. </p><p> BL1600SE305 SE-BL-1600-DTV3 IR 1375 A T T(t) Ii 6 kA</p></li><li><p>Modeion</p><p>12</p><p> BC160I</p><p>n = 12 160 A</p><p>Icu</p><p> = 25 kA</p></li><li><p>Modeion</p><p>13</p><p>D</p><p>BC160</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p> In = 16 A</p><p>BC160NT305-16-D</p><p>In = 20 ABC160NT305-20-D</p><p>In = 25 ABC160NT305-25-D</p><p>In = 32 ABC160NT305-32-D</p><p>In = 40 ABC160NT305-40-D</p><p>In = 50 ABC160NT305-50-D</p><p>In = 63 ABC160NT305-63-D</p><p>In = 80 ABC160NT305-80-D</p><p>In = 100 ABC160NT305-100-D</p><p>In = 125 ABC160NT305-125-D</p><p>In = 160 ABC160NT305-160-D</p><p> IR = 0,75 1 In :</p><p>- In = 16 A, 20 A, 25 A, 32 A 10 15 x In- In = 40 A - 160 A 5 10 x In</p><p> IR Ii - </p><p> - </p><p>I</p><p> Ii - </p><p> BC160NT305- D IR . A Ii . A (. x In)</p></li><li><p>Modeion</p><p>14</p><p> IR </p><p>M</p><p>BC160</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p>In = 16 ABC160NT305-16-M</p><p>In = 20 ABC160NT305-20-M</p><p>In = 25 ABC160NT305-25-M</p><p>In = 32 ABC160NT305-32-M</p><p>In = 40 ABC160NT305-40-M</p><p>In = 50 ABC160NT305-50-M</p><p>In = 63 ABC160NT305-63-M</p><p>In = 80 ABC160NT305-80-M</p><p>In = 100 ABC160NT305-100-M</p><p> IR = 0,75 1 In </p><p> 10 x In IR </p><p> - </p><p> BC160NT305- M IR . A Ii . A (10 x IR)</p></li><li><p>Modeion</p><p>15</p><p> - , 4 In</p><p>L</p><p>BC160</p><p>t</p><p>I</p><p>Ii </p><p>In</p><p>In = 40 ABC160NT305-40-L</p><p>In = 50 ABC160NT305-50-L</p><p>In = 63 ABC160NT305-63-L</p><p>In = 80 ABC160NT305-80-L</p><p>In = 100 ABC160NT305-100-L</p><p>In = 125 ABC160NT305-125-L</p><p>In = 160 ABC160NT305-160-L</p><p> - </p><p> IR Ii </p><p> 4 x In</p><p> BC160NT305- L In . A Ii . A (4 x In)</p></li><li><p>Modeion</p><p>16</p><p>In = 40 250 A</p><p>Icu</p><p> = 36 kA - NI</p><p>cu = 65 kA - S</p><p> BD250</p></li><li><p>Modeion</p><p>17</p><p>DTV3</p><p>BD250</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p> In = 100 A</p><p>SE-BD-0100-DTV3</p><p>In = 160 ASE-BD-0160-DTV3</p><p>In = 250 ASE-BD-0250-DTV3</p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> Ii , 4 x IR 8 x IR</p><p> IR Ii - </p><p> LED</p><p>I</p><p> - </p><p> BD250 SE-BD- IR . A T . Ii . A (. x IR)</p></li><li><p>Modeion</p><p>18</p><p>MTV8 - TV</p><p> BD250</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p>In = 100 A</p><p>SE-BD-0100-MTV8</p><p>In = 160 ASE-BD-0160-MTV8</p><p>In = 250 ASE-BD-0250-MTV8</p><p> TV - , - </p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) TV tR 1 s, 3 s, </p><p>10 s 20 s </p><p>Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p>I</p><p> Ii - </p><p> BD250 SE-BD- IR . A TV T . tR . s Ii . A </p><p>. ms</p></li><li><p>Modeion</p><p>19</p><p>MTV8 - M</p><p> BD250</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p>In = 100 ASE-BD-0100-MTV8</p><p>In = 160 ASE-BD-0160-MTV8</p><p>In = 250 ASE-BD-0250-MTV8</p><p> M - IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> M tR 3 s, 8 s, </p><p>15 s 20 s </p><p> Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p>I</p><p> M - </p><p> tR </p><p> 50 ms</p><p> BD250 SE-BD- IR . A M T . tR . s Ii . A . ms</p></li><li><p>Modeion</p><p>20</p><p>L001</p><p> BD250</p><p>t</p><p>I</p><p>Ii </p><p>In</p><p>In = 160 ASE-BD-0160-L001</p><p>In = 200 ASE-BD-0200-L001</p><p>In = 250 ASE-BD-0250-L001</p><p> 4 x In</p><p>I</p><p> - , 4 In</p><p> BD250 SE-BD- In . A Ii . A (4 x In)</p></li><li><p>Modeion</p><p>21</p></li><li><p>Modeion</p><p>22</p><p> BH630I</p><p>n = 100 630 A</p><p>Icu</p><p> = 36 kA - NI</p><p>cu = 65 kA - S</p></li><li><p>Modeion</p><p>23</p><p>DTV3</p><p>BH630</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p>In = 250 ASE-BH-0250-DTV3</p><p>In = 400 ASE-BH-0400-DTV3</p><p>In = 630 ASE-BH-0630-DTV3</p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> Ii , 4 x IR 12,5 x IR</p><p> IR Ii - </p><p> LED</p><p> BH630 SE-BH- IR . A T . Ii . A (. x IR)</p><p>I</p><p> - </p></li><li><p>Modeion</p><p>24</p><p>MTV8 - TV</p><p> BH630</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p>In = 250 ASE-BH-0250-MTV8</p><p>In = 400 ASE-BH-0400-MTV8</p><p>In = 630 ASE-BH-0630-MTV8</p><p> TV - , - </p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> TV tR 1 s, 3 s, </p><p>10 s 20 s</p><p> Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p> BH630 SE-BH- IR . A TV T . tR . s Ii . A . ms</p><p>I</p><p> Ii - </p></li><li><p>Modeion</p><p>25</p><p>MTV8 - M</p><p> BH630</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p>In = 250 ASE-BH-0250-MTV8</p><p>In = 400 ASE-BH-0400-MTV8</p><p>In = 630 ASE-BH-0630-MTV8</p><p> M - IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> M tR 3 s, 8 s, </p><p>15 s 20 s </p><p> Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p> BH630 SE-BH- IR . A M T . tR . s Ii . A . ms</p><p>I</p><p> M - </p><p> tR </p><p> 50 ms</p></li><li><p>Modeion</p><p>26</p><p>L001</p><p> BH630</p><p>t</p><p>I</p><p>Ii </p><p>In</p><p>In = 250 ASE-BH-0250-L001</p><p>In = 400 ASE-BH-0400-L001</p><p>In = 500 ASE-BH-0500-L001</p><p>In = 315 ASE-BH-0315-L001</p><p>In = 630 ASE-BH-0630-L001</p><p> 4 x In</p><p> BH630 SE-BH- In . A Ii . A (4 x In)</p><p>I</p><p> - , 4 In</p></li><li><p>Modeion</p><p>27</p></li><li><p>Modeion</p><p>28</p><p> BL1000I</p><p>n = 125 1000 A</p><p>Icu</p><p> = 65 kA</p></li><li><p>Modeion</p><p>29</p><p>DTV3</p><p>BL1000</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> Ii 8 </p><p> IR Ii </p><p> LED</p><p>In = 315 ASE-BL-J315-DTV3</p><p>In = 630 ASE-BL-J630-DTV3</p><p>In = 800 ASE-BL-J800-DTV3</p><p>In = 1000 ASE-BL-J1000-DTV3</p><p>I</p><p> - </p><p> BL1000 SE-BL-J IR . A T . Ii . A</p></li><li><p>Modeion</p><p>30</p><p>MTV8 - TV</p><p> BL1000</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p> TV - , -</p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> TV tR 1 s, 3 s, </p><p>10 s 30 s</p><p> Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p>In = 315 ASE-BL-J315-MTV8</p><p>In = 630 ASE-BL-J630-MTV8</p><p>In = 800 ASE-BL-J800-MTV8</p><p>In = 1000 ASE-BL-J1000-MTV8</p><p>I</p><p> Ii - </p><p> BL1000 SE-BL-J IR . A TV T . tR . s Ii . A . ms</p></li><li><p>Modeion</p><p>31</p><p>MTV8 - M</p><p> BL1000</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p> M - IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> M tR 3 s, 8 s, </p><p>15 s 25 s </p><p> Ii 8 50 ms</p><p> IR, tR Ii - </p><p> LED</p><p>In = 315 ASE-BL-J315-MTV8</p><p>In = 630 ASE-BL-J630-MTV8</p><p>In = 800 ASE-BL-J800-MTV8</p><p>In = 1000 ASE-BL-J1000-MTV8</p><p>I</p><p> M - </p><p> tR </p><p> 50 ms</p><p> BL1000 SE-BL-J IR . A M T . tR . s Ii . A . ms</p></li><li><p>Modeion</p><p>32</p><p> BL1600I</p><p>n = 315 1600 A</p><p>Icu</p><p> = 65 kA</p></li><li><p>Modeion</p><p>33</p><p>DTV3</p><p> BL1600</p><p>t</p><p>I</p><p>IR</p><p>Ii </p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> Ii 8 </p><p> IR Ii - </p><p> LED</p><p>In = 630 ASE-BL-0630-DTV3</p><p>In = 1000 ASE-BL-1000-DTV3</p><p>In = 1250 ASE-BL-1250-DTV3</p><p>In = 1600 ASE-BL-1600-DTV3</p><p>I</p><p> - </p><p> BL1600 SE-BL- IR . A T . Ii . A</p></li><li><p>Modeion</p><p>34</p><p>MTV8 - TV</p><p>BL1600 </p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p> TV - , -</p><p> IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> TV tR 1 s, 3 s, </p><p>10 s 30 s</p><p> Ii 8 </p><p> IR, tR Ii - </p><p> LED</p><p>In = 630 ASE-BL-0630-MTV8</p><p>In = 1000 ASE-BL-1000-MTV8</p><p>In = 1250 ASE-BL-1250-MTV8</p><p>In = 1600 ASE-BL-1600-MTV8</p><p>I</p><p> Ii - </p><p> BL1600 SE-BL- IR . A TV T . tR . s Ii . A</p></li><li><p>Modeion</p><p>35</p><p>MTV8 - M</p><p> BL1600</p><p>t</p><p>I</p><p>IR</p><p>tR</p><p>Ii </p><p> M - IR = 0,4 1 In / </p><p>(ON = T(t), OFF = T(0)) </p><p> M tR 3 s, 8 s, </p><p>15 s 25 s </p><p> Ii 8 </p><p> IR, tR Ii - </p><p> LED</p><p>In = 630 ASE-BL-0630-MTV8</p><p>In = 1000 ASE-BL-1000-MTV8</p><p>In = 1250 ASE-BL-1250-MTV8</p><p>In = 1600 ASE-BL-1600-MTV8</p><p>I</p><p> M - </p><p> tR </p><p> BL1600 SE-BL- IR . A M T . tR . s Ii . A</p></li><li><p>Modeion</p><p>36</p></li><li><p>www.oez.com</p><p>OEZ s.r.o.edivsk 339561 51 Letohrad .: +420 465 672 111 +420 465 672 101: +420 465 672 398 +420 465 672 151e-mail: oeztrade.cz@oez.comwww.oez.com</p></li><li><p>IIIR</p><p>IIi</p><p>Modeion</p><p>www.oez.com</p><p>JS1-2012-R</p></li></ul>