Priedai

Priedas Nr. 3

Įvesti duomenysNa- smūgių dažnumas į 1km' Na= 2 v 4 4 C2= 1 - objekto konstrukcijaL- objekto ilgis L= 24 C3= 1 - objekto vertėW- objekto plotis W= 12 C4= 1 - žmonių kiekis objekteH- objekto aukštis H= 12 C5= 1 - smūgio pasekmėsC1- aplinkos įvertinimas C1= 0,5

Skaičiavimas:Ng=Na/2,2 Ng= 1,8Ngmax=2*Ng Ngmax= 3,6

L*W= 2886*H= 72L+W= 366*H(L+W)= 2592PI= 3,1415926549*PI= 28,27433388H*H= 1449*PI*H*H= 4071,504079

Ad=L*W+6*H(L+W)+9*3,14*H*H Ad= 6951,50408 - saugomo objekto konfiguracijaNd=Ngmax*Ad*C1*10-6 Nd= 0,01251271 - laukiamas smūgių dažnumas į pastatą

C=C2*C3*C4*C5 C= 11/C= 110-3= 0,001Nc=5,5*10-3/C Nc= 0,0055 - priimtas smugių dažnumas į pastatą

1/Nd= 79,9187556Nc/Nd= 0,439553156

E=1-Nc/Nd E= 0,56044684

Apsaugos klasės pagal STR 2.01.06:2009 p.11 (1 lentelę):

Pastaba: Rizikos skai čiavimas pateikiamas priede Nr.4

0<E<0,84

Patikimumas Klasė

Skaičiuojamo objekto: "Policijos nuovados pastato (Un. Nr. 4597-0002-1014) Ignalinoje, Vasario 16-osios g. 11" apsaugos nuo žaibo klas ė - IV (arba aukštesn ė)

PASTATO APSAUGOS NUO ŽAIBO KLASĖS SKAIČIAVIMAS

- pastato apsaugos nuo žaibo patikimumas pagal STR 2.01.06:2009 p.11 (1 lentelę)

IIIIIIIV

E>0,990,91<E<0,990,84<E<0,91

NORME CEIINTERNATIONALE IEC

INTERNATIONAL 62305-2STANDARD Edition-1

2005-01

Results for collection areas and frequencies: Ad - collection area of direct strikes to the structureNd - expected annual number of direct strikes to the structure

Am - collection area of structure influenced by induced overvoltages from indirect strikesNm - expected annual number of strikes direct to ground or to grounded objects near the structure inducing overvoltages

Ac1 - collection area of overhead lines from direct strikesNL1 - expected annual number of direct strikes to the overhead line which are potentially dangerous

Al1 - collection area of overhead lines to indirect strikesNI1 - expected annual number of indirect strikes to ground near the overhead line which induce damaging overvoltages

Ac2 - collection area of underground lines from direct strikesNl2 - expected annual number of strikes direct to the underground lines which are potentially dangerous

Al2 - collection area of underground lines to indirect strikesNI2 - expected annual number of indirect strikes to ground near the underground line which induce damaging overvoltages

6.952 m20,028 flashes/year

214.638 m20,831 flashes/year

34.704 m20,139 flashes/year

1.000.000 m20,400 flashes/year

21.556 m20,086 flashes/year

559.017 m20,224 flashes/year

Type 1 - Loss of Human Life:RA1 - risk of dangerous touch and step potentials inside and outside the structure from a direct strike to the structureRB1 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the structureRC1 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the structureRM1 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the structureRU1 - risk of dangerous touch and step potentials inside and outside the structure from a direct strike to the service linesRV1 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the service linesRW1 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the service linesRZ1 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the service lines

2,78E-082,22E-078,34E-092,49E-076,75E-092,70E-076,75E-081,20E-07

Type 2 - Loss of Essential Public Services:RB2 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the structureRC2 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the structureRM2 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the structureRV2 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the service linesRW2 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the service linesRZ2 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the service lines

0,00E+000,00E+000,00E+000,00E+000,00E+000,00E+00

Type 3 - Loss of Cultural Heritage:RB3 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the structureRV3 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the service lines

0,00E+000,00E+00

Type 4 - Economic Loss:RA4 - risk of dangerous touch and step potentials inside and outside the structure from a direct strike to the structureRB4 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the structureRC4 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the structureRM4 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the structureRU4 - risk of dangerous touch and step potentials inside and outside the structure from a direct strike to the service linesRV4 - risk of destruction due to fire, explosion, mechanical, chemical damage from a direct strike to the service linesRW4 - risk of electrical / electronic equipment failure due to overvoltage from a direct strike to the service linesRZ4 - risk of electrical / electronic equipment failure due to overvoltage from an indirect strike to the service lines

0,00E+002,22E-068,34E-072,49E-050,00E+002,70E-066,75E-061,20E-05

IEC Risk Assessment Calculator: Version 1.0.3 Database: Version 1.0.3 NC

IEC Central Office Support (Tel: +41-22-919 0211)Copyright © 2005, IEC. All rights reserved.

The IEC lightning risk assessment calculator is intended to assist in the analysis of various criteria to determine the risk of lossdue to lightning. It is not possible to cover each special design element that may render a structure more or less susceptible to lightning

damage. In special cases, personal and economic factors may be very important and should be considered in addition to the assessmentobtained by use of this tool. It is intended that this tool be used in conjunction with the written standard IEC62305-2.

Atestato

Policijos nuovados pastato (Un. Nr. 4597-0002-1014) ir garažų (Un. Nr. 4597-0002-1020, 4597-5003-1018, 4597-0002-1042, 4597-0002-1031) Ignalinoje, Vasario 16-osios g. 11 kapitalinio

remonto ir aplinkos sutvarkymo projektas

Nr.

6606

1148 PV G. Beržinienė 2013

SUDERINIMŲ SĄRAŠAS

Laida

0

TP

UŽSAKOVAS-TURINTIS STATYTI TEISĘ ASMUO:

Utenos apskrities vyriausiasis policijos komisariatas

28-TP-KR

Lapas Lapų

1 1

Techninis projektas Policijos komisariato pastato (un. Nr. 4597-0002-1014) ir garažų (un. Nr. 4597-0002-1020, 4597-

5003-1018, 4597-0002-1042, 4597-0002-1031) Ignalinoje, Vasario 16-osios g. 11, kapitalinio remonto ir aplinkos sutvarkymo techninis projektas

Suderinimų sąrašas

Pridedamas suderinimų sarašas, pažymintis, jog žemiau išvardintų dalių projektiniai sprendiniai yra tarpusavyje suderinti.

Eil. Nr.

Projekto dalių numeracija

Projekto dalių pavadinimai

Atlik ėjas

PDV V.Pavardė Parašas

1 28-TP-KR-SP Sklypo sutvarkymo (sklypo

plano) dalis G. Beržinienė

2 28-TP-KR-SA Architektūros dalis G. Beržinienė

3 28-TP-KR-ŠT Šildymo dalis J. Levickaitė

4 28-TP-KR-VOK Vėdinimo, oro

kondicionavimo dalis L. Sakalauskienė

5 28-TP-KR-VN Vandentiekio ir nuotekų dalis A. Jermakovas

6 28-TP-KR-E Elektrotechnika. L. Bliujus

7 28-TP-KR-AS Apsauginė signalizacija L. Bliujus

8 28-TP-KR-ER Elektroninių ryšių dalis L. Bliujus

9 28-TP-KR-GSS Gaisrinės signalizacijos dalis L. Bliujus