Charakteristickou črtou súčasného sveta je technický pokrok vo všetkých oblastiach ľudskej činnosti. Medzi tie, ktoré dosiahli mimoriadny rozmach patrí nesporne aj elektrotechnika všeobecne a elektronika zvlášť. V rámci týchto technických disciplín môžeme konštatovať významné zmeny aj v zariadeniach na ochranu pred bleskom a prepätím. Dôkazom toho je aj táto kniha, doslova nabitá najnovšími odbornými poznatkami, ktorú predkladáme odbornej verejnosti.
Autor: Michal Ingeli
Strana 142 z 257
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73E-06
RW1 risk electrical electronic equipment failure due overvoltage from direct strike the service lines 0.0.
Obrázok 6. not possible cover each special design element that may render structure more less susceptible lightning
damage. intended that this tool used conjunction with the written standard IEC62305-2. special cases, personal and economic factors may very important and should considered addition the assessment
obtained use this tool.OOE+OO
RV4 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the service lines 5.73E-07
RM2 risk electrical electronic equipment failure due overvoltage from indirect strike the structure 7.73E-05
RW4 risk electrical electronic equipment failure due overvoltage from direct strike the service lines 1,43E-05
RZ4 risk electrical electronic equipment failure due overvoltage from indirect strike the service lines 2,26E-05
IEC Risk Assessment Calculator: Version 1.
The IEC lightning risk assessment calculator intended assist the analysis various criteria determine the risk loss
due lightning.00E+00
RZ1 risk electrical electronic equipment failure due overvoltage from indirect strike Sothe service lines 0,00E+00
Type Loss Essential Public Services:
RB2 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the structure 1,49E-07
RC2 risk electrical electronic equipment failure due overvoltage from direct strike the structure 3.43E-09
RV1 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the service lines 5.98E-05
RC4 risk electrical electronic equipment failure due overvoltage from direct strike the structure 3,73E-06
RM4 risk electrical electronic equipment failure due overvoltage from indirect strike the structure 7,26E-05
RU4 risk dangerous touch and step potentials inside and outside the structure from direct strike the service lines O.26E-06
Type Loss Cultural Heritage:
RB3 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the structure 0,00E+00
RV3 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the service lines 0,00E+00
Type Economic Loss:
RA4 risk dangerous touch and step potentials inside and outside the structure from direct strike the structure 0,00E+00
RB4 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the structure 2.26E-06
RV2 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the service lines 2,86E-Q7
RW2 risk electrical electronic equipment failure due overvoltage from direct strike the service lines 1,43E-06
RZ2 risk electrical electronic equipment failure due overvoltage from indirect strike the service lines 2.00E+00
RU1 risk dangerous touch and step potentials inside and outside the structure from direct strike the service lines 1. All rights reserved.98E-06
RC1 risk electrical electronic equipment failure due overvoltage from direct strike the structure 0,QOE+OO
RM1 risk electrical electronic equipment failure due overvoltage from indirect strike the structure 0.6- Výstup SWSIRAC energobtok pre nemocnicu zberné plochy, zložky rizika
.0.3
IEC Central Office Support (Tel: +41-22-919 0211)
Copyright 2005, IEC.3 Database: Version 1.C
NORME
INTERNATIONALE
INTERNATIONAL
STANDARD
CEI
IEC
62305-2
Edition-1
2005-01
Project: ENERGOBLOK NEMOCNICA BA
Results for collection areas and frequencies:
Ad collection area direct strikes the structure
Nd expected annual number direct strikes the structure
Am collection area structure influenced induced overvoltages from indirect strikes
Nm expected annual number strikes direct ground grounded objects near the structure inducing overvoltages
Ac1 collection area overhead lines from direct strikes
NL1 expected annual number direct strikes the overhead line which are potentially dangerous
AI1 collection area overhead lines indirect strikes
NI1 expected annual number indirect strikes ground near the overhead line which induce damaging overvoltages
Ac2 collection area underground lines from direct strikes
NI2 expected annual number strikes direct the underground lines which are potentially dangerous
Al2 collection area underground lines indirect strikes
NI2 expected annual number indirect strikes ground near the underground line which induce damaging overvoltages
12 427 m2
0,037 flashes/year
254 350 m2
0,726 flashes/year
34 920 m2
0,105 flashes/year
1 000 000 m2
0,300 flashes/year
21 690 m2
0,065 flashes/year
559 017 m2
0,168 flashes/year
Type Loss Human Life:
RA1 risk dangerous touch and step potentials inside and outside the structure from direct strike the structure 3,73E-08
RB1 risk destruction due fire, explosion, mechanical, chemical damage from direct strike the structure 2
