circ alum normal

7/25/2019 Circ Alum Normal

1/62

PROYECTO DE ELECTRICIDAD

BAJA TENSIN


2/62

1. NDICE

1. NDICE...................................................................................................................................2

2. MEMORIADESCRIPTIVA..............................................................................................................33. MEMORIADECLCULOS.............................................................................................................44. SISTEMASDEINSTALACINEMPLEADOS.......................................................................................165. DEMANDADEPOTENCIA...........................................................................................................166. ANEJODECUADROSRESUMENPORCIRCUITOS..............................................................................187. ANEJODECUADROSRESUMENPORTRAMOS.................................................................................198. ANEJODECLCULOSDETALLADOSPORCIRCUITO...........................................................................199. ANEJODECUADROSRESUMENDEPROTECCIONES..........................................................................2110. LISTADODEMATERIALES.......................................................................................................21
http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391031http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391029http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391028http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391027http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391024http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391022http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391008http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391001http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391000http://var/www/apps/conversion/tmp/scratch_5/HYPERLINK%23_Toc286391032


3/62

2. MEMORIADESCRIPTIVA

2.1. OBJETO DEL PROYECTO

E O!"#$% '(#)#*$# '(%+#,$% #-,$(,% #) &/( /) *%(/) + ),(',%*#)*#,#)/(/) ,%* # * %!$#*#( %) O(/*)%) C%'#$#*$#) /) %'%($*/)/$%(/,%*#) '/(/ (#//( # %*$/"# + '%)$#(%(#*$# '(#/ *)'#,,* +#//,* %!$#*#( / '#)$/ #* )#(,%.

S# /* $#*&% #* ,#*$/ %) &/$%) + '/*%) /,$/&%) '%( # ,#*$# + /),%*&,%*#) $-,*,/) '(#,)/).

2.2. PROMOTOR DE LA INSTALACIN

S# (#&/,$/ # '(%+#,$% / '#$,* I(/ R%)/(% N:# P(/&% A'/(,% ,%*D.N.I. ; C.I..

A ##,$%) ,G,% / *$#*)&/& ,%($%,(,$% #* ,/&/ '*$% /*)$//,* + )#H* &/$%) / C%'/:/ D)$(!&%(/ )# '/($(G */*$#*)&/& ,%($%,(,$% ,%*%,&/ #* # *,% / *)$//,* 10 A.

2.6. PREVISIN DE CARGAS

S# $#(*/ */ '%$#*,/ G/ '(#)$/ 61.94 K. E $(G*% '%$#*,/) F#&/ #)$/!#,&% )#H* # )#*$# #)F#/@


4/62

Q (kVAR)

P (kW)

P 61.94 K 0.86 VARS 61.95 VA,%) 0.9999

E* *,* /) ,/(/,$#()$,/) / *)$//,* #*/,# )# ,/,/ */'%$#*,/ G/ /&)!# 71.60 K '%( ,/#*$/#*$% + 6254.45 K '%(,/&/ $#*)*.

3. MEMORIADE CLCULOS

3.1. PREVISIN DE POTENCIAS

S# ,/,/ / '%$#*,/ G/ '(#)$/ #* ,/&/ $(/% )/*&% / '%$#*,/*)$//&/ %) (#,#'$%(#) F# /#*$/ + /',/*&% / )$/*#&/& /,/&/ +%) ,%#,#*$#) '#)$%) '%( / *%(/$/. E*$(# #)$%) H$%) ,/!# )$/,/(@

3.2. INTENSIDAD MXIMA PREVISTA

L/ *$#*)&/& G/ '(#)$/ I! )# $#(*/ #* *,* / '%$#*,/'(#)$/ + / $#*)* ))$#/ )/*&% /) )#*$#) #'(#)%*#)@

4 D)$(!,* %*%G),/@

CosU

PIb =

U T#*)* #*$(# /)# + *#$(% V.P P%$#*,/ /,$/ G/ '(#)$/

K.I! I*$#*)&/& ,%((#*$# G/

'(#)$/ A.C%)


5/62

'(#)$/ A.C%)


6/62

EPRM*#(/ ,%* ,!#($/ PVC )*&% + /,,#)!# C!#($/@ 70 CM*#(/ )*&% # */,,#)!# + *% #* ,%*$/,$% ,%* /$#(/#),%!)$!#)

C!#($/@ 105 C

3. 3.2. CRITERIO DE LA CADA DE TENSINE)$# -$%&% ,%*))$# #* ,/,/( / )#,,* */ F# (#)'#$# %) $#)

,/&/ $#*)* '#)$%) '%( / *%(/$/ #*$#. S# "/* *%) $#) ,/&/ $#*)* #* / *)$//,* F# )# '#* (#)( #* # )#*$# (G,%@

TIPOS DE ES*UEMA

E)F#/ '/(/ * H*,% )/(%@

4,5 % A 6,5 % F

3% V

CPMDIACOMETIDA

COMPAAC.T. DE

3% A y 5% F1,5%

E)F#/ '/(/ */ H*,/ ,#*$(//,* ,%*$/&%(#)@

4,5 % A 6,5 % F

CCLGA

1 %0,5 % 3% A y 5% F

C.T. DECOMPAA

ACOMETIDA DICGP

3% V

E)F#/ ,/*&% #)$#* /(/) ,#*$(//,%*#) ,%*$/&%(#)@

4,5 % A 6,5 % F

3% V

CGPDIACOMETIDA

COMPAAC.T. DE

3% A y 5% F0,5 %1 %

LGACC

E)F#/ */ *)$//,* *&)$(/ /#*$/&/ &(#,$/#*$# )* CT /!%*/&%

4,5 % A 6,5 % F

C.T. PARA ABONADODE A.T.


7/62

D%*@A C(,$%) /!(/&%.< C(,$%) #(/.V C(,$%) *$#(%(#) #*&/).CPM C/"/ '(%$#,,* + #&&/.C=P C/"/ =#*#(/ '(%$#,,*.

CC C#*$(//,* ,%*$/&%(#).L=A L*#/ #*#(/ /#*$/,*.DI D#(/,*.

3. 3. 2. 1. CADA DE TENSIN MXIMA EN UN TRAMO

E)$# -$%&% )# $/ '/(/ #$/( )%!(#'/)/( %) $#) ,/&/ $#*)* #*$(/%) #)'#,/#) ,%% '#* )#( /) *#/) #*#(/#) /#*$/,* % /)(/,%*#) *&&/#). P/(/ ) )% )# $/* /) )#*$#) (/)@

6 D)$(!,* %*%G),/@

nUeK

LPS

= 2

S S#,,* ,/!# .P P%$#*,/ /,$/ G/ '(#)$/

K.L L%*$& $(/% . C%*&,$&/& /$#(/ ;

.# C/&/ $#*)* V.U* T#*)* #*$(# /)# + *#$(% V.

7 D)$(!,* $(G),/@

nUeK

LPS

=

S S#,,* ,/!# .P P%$#*,/ /,$/ G/ '(#)$/

K.L L%*$& $(/% . C%*&,$&/& /$#(/ ;

.# C/&/ $#*)* V.U* T#*)* #*$(# /)#) V.

3. 3. 2. 2. CADA DE TENSIN MXIMA EN LA INSTALACIN.MTODO DE LOS MOMENTOS ELCTRICOS

E)$# -$%&% '#($# /")$/( %) $#) G%) ,/&/ $#*)* / % /(% $%&/ / *)$//,*. E* #)$# ,/)% )# $/* %) $#) 2.5 '/(/ /!(/&%+ 2.5 '/(/ #(/. P/(/ #"#,$/(% )# )#* /) )#*$#) (/)@

8 D)$(!,* %*%G),/@


8/62

( ) =

= ii

n

PLUeK

S

;2

S S#,,* ,%*&,$%( .

M%#*$% #-,$(,% K.

C%*&,$&/& ; .# C/&/ $#*)* V.U* T#*)* #*$(# /)# + *#$(% V.L L%*$& ) # $(/% /)$/ #

(#,#'$%( .P P%$#*,/ ,%*)&/ '%( # (#,#'$%(

K.

9 D)$(!,* $(G),/@

( ) == ii

n

PLUeK

S

;

S S#,,* ,%*&,$%( . M%#*$% #-,$(,% K. C%*&,$&/& ; .# C/&/ $#*)* V.U* T#*)* #*$(# /)#) V.L L%*$& ) # $(/% /)$/ #

(#,#'$%( .P P%$#*,/ ,%*)&/ '%( # (#,#'$%(

K.

3. 3. 2. 3. VARIACIN DE LA CONDUCTIVIDAD CON LATEMPERATURA. CLCULO ITERATIVO

L/ ,%*&,$&/& * /$#(/ '#* ) $#'#(/$(/ )#H* / )#*$##,/,*@

[ ])20(1;1

20 +== TK

C%*&,$&/& ,%*&,$%( / / $#'#(/$(/ TC ; .

R#))$&/& ,%*&,$%( / / $#'#(/$(/ T C ;.20 R#))$&/& ,%*&,$%( / 20C ;. C%#,#*$# /(/,* (#))$#*,/ #)'#,,/ '%( $#'#(/$(/

,%*&,$%( C?1.000392 C?1'/(/ # ,%!(# + 000403 C?1'/(/ # /*%.

T T#'#(/$(/ (#/ #)$/&/ #* # ,%*&,$%( C.

A) )% / $#'#(/$(/ ,%*&,$%( / '/)% / *$#*)&/& &)#:% I!)# '# %!$#*#( / '/($( / )#*$# #'(#)*@


9/62

2

00 )(

+=

z

b

mx

I

ITTTT

T T#'#(/$(/ (#/ #)$/&/ #* # ,%*&,$%( C.

TG T#'#(/$(/ G/ /&)!# '/(/ # ,%*&,$%( )#H* ) $'% /)/#*$% C.PVC70C QLPE90C EPR90C.

T0 T#'#(/$(/ /!#*$# ,%*&,$%( C.I! I*$#*)&/& G/ '(#)$/ '/(/ # ,%*&,$%( AI I*$#*)&/& G/ /&)!# '/(/ # ,%*&,$%( )#H* # $'%

*)$//,* A.'#* / )#,,*.

S# &,# F# # ,G,% '%( ,/&/ $#*)* / )#( $#(/$% +/ F# /*$#*)&/& G/ /&)!# I '#* / )#,,* ,%*&,$%(. D# #)$#%&% )# (#// # )#*$# '(%,#)% '/(/ $#(*/( / )#,,* '%( ,/&/

$#*)*@1. S# '/($# */ $#'#(/$(/ *,/ 20C / / F# )# $#(*/ /

,%*&,$&/& /$#(/ ,%*&,$%( U)/#*$# )# $/* %) /%(#) 56 ; '/(/ # ,%!(# + 35 ; '/(/ # /*%.

2. S# ,/,/ / )#,,* '%( ,/&/ $#*)*.

3. A '/($( / )#,,* (#)$/*$# )# $#(*/ / $#'#(/$(/ $(/!/"%/ ,(,/( / *$#*)&/& &)#:% + / *#/ ,%*&,$&/& / &,/$#'#(/$(/.

4. S / ,%*&,$&/& / / $#'#(/$(/ $(/!/"% (# / )/&/

*,/#*$# )# ## / '/)% *B 2 )/*&% /%(/ #)$/ ,%*&,$&/& #* #,G,% / )#,,*. S# (#'$# #)$# ,,% /)$/ F# # #((%( )#/)'(#,/!# #) ,( /)$/ F# /) ,%*&,$&/) *,/ + */ )#/*'(G,$,/#*$# /#).

3.4. CADAS DE TENSIN

U*/ # /&%'$/&/ */ )#,,* /,/&/ ,%*&,$%( )# ,/,/ / ,/&/ $#*)* )#H* /) #,/,%*#) )#*$#)@

10 D)$(!,* %*%G),/@

nUSK

LPe

= 2

# C/&/ $#*)* V.S S#,,* ,%*&,$%( . C%*&,$&/& ; .L L%*$& $(/% .P P%$#*,/ /,$/ G/

'(#)$/ K.U* T#*)* #*$(# /)# + *#$(%

V.

11 D)$(!,* $(G),/@


10/62

nUSK

LPe

=

# C/&/ $#*)* V.S S#,,* ,%*&,$%( . C%*&,$&/& ; .L L%*$& $(/% .P P%$#*,/ /,$/ G/

'(#)$/ K.U* T#*)* #*$(# /)#) V.

3.5. PROTECCIN DE LAS INSTALACIONES

3. 5.1. PROTECCIN CONTRA LAS CORRIENTES DESOBRECARGA

S# *)$//(G* &)'%)$%) '(%$#,,* '/(/ *$#(('( $%&/ ,%((#*$# )%!(#,/(/ #* %) ,%*&,$%(#) ,(,$% /*$#) F# '#&/ '(%%,/( *,/#*$/#*$% '#("&,/ / /)/#*$% / /) ,%*#%*#) / /) #$(#&/) % /#&% /!#*$# /) ,/*//,%*#). S# *)%*/* #)$%) &)'%)$%) )#H* %#)$/!#,&% #* / *%(/ '/(/ % ,/ )# #(,/* /) )#*$#) ,%*&,%*#)@

znb III

zII 45,12

O I

canalizacionesValores dereferenciadelas

de proteccindel dispositivoCaractarsticas

I! I*$#*)&/& G/ '(#)$/ % *$#*)&/& &)#:% A.I I*$#*)&/& /&)!# / ,/*//,*.I* I*$#*)&/& *%*/ % ,/!(# &)'%)$% '(%$#,,* A.


11/62

4. DEMANDADE POTENCIA

L/ )/ ,%*)%) $%&%) %) (#,#'$%(#) / *)$//,* )#H* )%)#$//&% /),#* / +,-.-/ 01. U*/ # /',/&%) %) /,$%(#) ,%((#,$%(#) /),%% %) /,$%(#) )$/*#&/& ,%*)(/&%) '/(/ ,/&/ ,/)% )# %!$#*# */

'%$#*,/ G/ '(#)$/ 2+.,- 01.

4.1. RELACIN DE CONSUMOS

Re!a3i4# de 3o#'"o

A!'"5&ado6

48 U&). 11K ,.. 528 K

242 U&). 20K ,.. 4840 K

18 U&). 36K ,.. 648 K

T%$/ /!(/&%@ 6016 K

7'e&8a6

30 U&). 2000K ,.. 60000 K

254 U&). 180K ,.. 45822 K

20 U&). 2420K ,.. 48400 K

20 U&). 220K ,.. 4400 K

50 U&). 2K ,.. 110 K

35 U&). 59K ,.. 2079 K

20 U&). 1000K ,.. 20000 K

5 U&). 22K ,.. 110 K

MOTOR ASCENSOR 7460 K

T%$/ #(/@ 188381 K

Re'"e#6

A!(/&%@ 6016 K


12/62

5. ANEJODE CUADROSRESUMENPORCIRCUITOS

A3o"e$ida

Ci&3'i$o P U# I5 Id IPROT. Se33i4# Ca5!e e i#$a!a3i4# LCDT CDT3i&3CDTa3'

"

A,%#$&/ 61941 220

162.

57

203.21

3

3150 T>K?90;1?A1 1.44 1.44

0.024

8 0.0248

Ta5!e&o Ma$&Id


"

D#'/($ 201 3577 22016.2

620.325

26WTT6

T>K?90;1?A135.49

35.49

1.6792

1.704

D#'/($ 202 4870 22022.1

427.675

210WTT10

T>K?90;1?A135.66

35.66

1.3785

1.4033

D#'/($ 203 4922 220 22.37

27.9625

210WTT10

T>K?90;1?A140.27

40.27

1.5746

1.5994

D#'/($ 204 4655 22021.1

6

26.45210WTT

10

T>K?90;1?A1

40.26

40.2

6

1.483

8

1.5086

D#'/($ 301 3577 22016.2

620.325

210WTT10

T>K?90;1?A167.49

67.49

1.8882

1.913

D#'/($ 302 4870 22022.1

427.675

216WTT16

T>K?90;1?A167.56

67.56

1.6097

1.6344

D#'/($ 303 4922 22022.3

727.962

5216WTT

16T>K?90;1?A1

73.3873.3

81.768 1.7927

D#'/($ 304 3511 22015.9

619.95

210WTT10

T>K?90;1?A173.36

73.36

2.0133

2.0381

D#'/($ 401 3577 22016.2

620.325

216WTT16

T>K?90;1?A198.79

98.79

1.7144

1.7392

D#'/($ 402 5342 22024.2

930.362

5225WTT

16T>K?90;1?A1

98.8498.8

41.644

31.6691

D#'/($ 403 5756 220 26.16 32.7 225WTT16 T>K?90;1?A1104.88 104.88 1.8837 1.9084

D#'/($ 404 3534 22016.0

720.087

5216WTT

16T>K?90;1?A1

104.85104.

851.797

31.822

D#'/($ 501 3577 22016.2

620.325

24WTT4

T>K?90;1?A126.27

26.27

1.9068

1.9315

D#'/($ 502 4870 22022.1

427.675

26WTT6

T>K?90;1?A126.32

26.32

1.7417

1.7665

D#'/($ 503 6355 22028.8

936.112

5210WTT

10T>K?90;1?A1

32.3932.3

91.671

41.6962

D#'/($ 504 4235 22019.2

524.062

526WTT

6T>K?90;1?A1

32.3732.3

71.836

81.8615

D'$%?101 3577 220

16.2

6 20.325

24WTT

4 T>K?90;1?A1 6.57 6.57

0.477

1 0.5019D'$%?102 4870 220

22.14

27.67526WTT

6T>K?90;1?A1 7.07 7.07

0.4676

0.4923

D'$%?103 5703 22025.9

232.4

210WTT10

T>K?90;1?A1 7.06 7.060.323

60.3484

D'$%?104 4235 22019.2

524.062

524WTT

4T>K?90;1?A1 7.13 7.13

0.6256

0.6503

S#(,%)C%*#)

12698 22033.3

641.7

310WTT10

T>K?90;1?A120.05

15.59

0.6698

0.6945


"

191 220 0.87 1.0875 20 24WTT4

T>K?80;1?A1 3.82 3.82 0.013 0.2585


13/62

60 220 0.3 0.375 2024WTT

4T>K?80;1?A1 5.74 3.92

0.0031

0.2486

140 220 0.71 0.8875 2024WTT

4T>K?80;1?A1

25.6716.9

70.026

70.2722

40 220 0.2 0.25 2024WTT

4T>K?80;1?A1 7.7 7.7 0.005 0.2505

C? SS.CC. 5P)% 100 220 0.51 0.6375 20 24 T>K?90;1?A113.13 13.13 0.0252 0.2707

C? SS.CC. 2P)%

100 220 0.51 0.6375 20 24 T>K?90;1?A1 5.25 5.250.010

10.2556

C? SS.CC. 3P)%

100 220 0.51 0.6375 20 24 T>K?90;1?A1 7.88 7.880.015

10.2606

C? SS.CC. 4P)%

100 220 0.51 0.6375 20 24 T>K?90;1?A1 10.5 10.50.020

20.2657

C? S%$/*% 1760 220 8.1110.137

520 24 T>K?90;1?A1 2.63 2.63 0.09 0.3355

STD;K?90;1?A111.92

11.92

0.6357

2.039

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 8.69 8.39

0.0347

1.438

2640 220 12 15 2024WTT

4T>K?80;1?A1 9.9 9.9

0.4327

1.836

2132 220 9.69 12.1125 20 24WTT4 T>K?80;1?A128.19 23.49 0.5094 1.9127

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.43 0.43

0.0083

1.4116

220 220 1.11 1.3875 20

24WTT4

T>K?80;1?A136.21

18.22

0.0265

1.4298

STD;


14/62

4 1

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 3.52 3.52

0.0122

1.6116

2169 220 9.86 12.325 2024WTT

4T>K?80;1?A1

27.2614.8

50.323

71.9231

2640 220 12 15 2024WTT

4

T>K?80;1?A1

10.54

10.5

4

0.383

21.9826

220 220 1.11 1.3875 20

24WTT4

T>K?80;1?A1 36.618.9

90.027

41.6268

STD;K?90;1?A1 4.15 4.15 0.1621 2.0751

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

1.9132

1386 220 6.3 7.875 2024WTT

4T>K?80;1?A1

22.1221.6

60.331

92.2449

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.78 5.78

0.2956

2.2086

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 2.76 2.76

0.0131

1.9261

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.25 5.96

0.0258

1.9388

220 220 1.11 1.3875 20

24WTT

4

T>K?80;1?A1

27.66

11.0

4

0.019

71.9327

STD;9/K?90;1?A1 12 12 0.6319

2.4247

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

1.7929

2640 220 12 15 2024WTT

4T>K?80;1?A1

10.5410.5

40.383

22.176

2169 220 9.86 12.325 2024WTT

4T>K?80;1?A1

27.2614.8

50.323

72.1164

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 3.52 3.52

0.0122

1.8049

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 9.04 8.74

0.0361

1.8288

220 220 1.11 1.3875 20

24WTT4 T>K?80;1?A1 36.6

18.99

0.0274 1.8201

STD;9/-


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.25 4.250.166

32.2044

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

2.0383

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.99 5.99

0.3057

2.3438

1267 220 5.76 7.2 2024WTT

4

T>K?80;1?A1

21.95

20.30.287

8

2.3258

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 3.12 3.12

0.0142

2.0523

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.39 6.08

0.0274

2.0655

180 220 0.91 1.1375 20

24WTT4

T>K?80;1?A127.11

13.44

0.0131

2.0512

STD;-/+


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.15 4.150.162

11.9012

383 220 1.74 2.175 20 24WTT4

T>K?80;1?A1 6.25 5.96 0.0258

1.7649

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 2.76 2.76

0.0131

1.7523

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.78 5.78

0.2956

2.0348

1386 220 6.3 7.875 2024WTT

4T>K?80;1?A1

22.1221.6

60.331

92.0711

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

1.7394

220 220 1.11 1.3875 20

24WTT4

T>K?80;1?A127.66

11.04

0.0197

1.7588

STD;-/K?90;1?A1 12 120.414

12.3225

1000 220 4.55 5.6875 20 24WTT4

T>K?80;1?A1 0.22 0.22 0.0042

1.9126

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 9.04 8.74

0.0361

1.9445

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 3.52 3.52

0.0122

1.9206

2169 220 9.86 12.325 2024WTT

4T>K?80;1?A1

27.2614.8

50.323

72.2321

2640 220 12 15 2024WTT

4T>K?80;1?A1

10.5410.5

40.383

22.2917

220 220 1.11 1.3875 20

24WTT4

T>K?80;1?A1 36.618.9

90.027

41.9358

STD;-/-


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.25 4.250.166

31.9883

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.15 0.15

0.0029

1.8249

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.39 6.08

0.0274

1.8495

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 3.12 3.12

0.0142

1.8362

1267 220 5.76 7.2 2024WTT

4

T>K?80;1?A1

21.9520.3

0.287

82.1098

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.99 5.99

0.3057

2.1278

180 220 0.91 1.1375 20

24WTT4

T>K?80;1?A127.11

13.44

0.0131

1.8352

STD;=/+


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.15 4.150.162

12.0936

1000 220 4.55 5.6875 20 24WTT4

T>K?80;1?A1 0.01 0.01 0.0002

1.9317

1386 220 6.3 7.875 20 24WTT4

T>K?80;1?A122.12

21.66

0.3319

2.2634


17/62

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.78 5.78

0.2956

2.2271

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 2.76 2.76

0.0131

1.9447

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.25 5.96

0.0258

1.9573

220 220 1.11 1.3875 20 24WTT4 T>K?80;1?A127.66 11.04 0.0197 1.9512

STD;=/K?90;1?A112.07

12.07

0.6382

2.3344

1000 220 4.55 5.6875 2024WTT

4

T>K?80;1?A1 0.01 0.010.000

2

1.6964

2640 220 12 15 2024WTT

4T>K?80;1?A1

10.5410.5

40.383

22.0794

2169 220 9.86 12.325 2024WTT

4T>K?80;1?A1

27.2614.8

50.323

72.0199

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 3.52 3.52

0.0122

1.7084

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 9.04 8.74

0.0361

1.7323

220 220 1.11 1.3875 20

24WTT4

T>K?80;1?A1 36.618.9

90.027

41.7236

STD;=/-

Ci&3'i$o P U# I5 Id IPROT. Se33i4# Ca5!e e i#$a!a3i4# LCDT CDT3i&3 CDTa3'

"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.25 4.250.166

32.0278

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

1.8617

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.99 5.99

0.3057

2.1673

1267 220 5.76 7.2 2024WTT

4T>K?80;1?A1

21.9520.3

0.2878

2.1493

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 3.12 3.12

0.0142

1.8757

383 220 1.74 2.175 2024WTT

4 T>K?80;1?A1 6.39 6.080.027

4 1.889 180 220 0.91 1.1375 20 24WTT T>K?80;1?A1 13.4 0.013 1.8747


18/62

4 27.11 4 1

STD;ASCENSOR


"

CIRC. ALUM

EMER= 191 220 0.87 1.0875 20

24WTT

4 T>K?80;1?A1 1.47 1.47

0.004

3 0.6989CIRC.

ALUMXASCEN

36 220 0.18 0.225 2024WTT

4 T>K?80;1?A1 1.96 1.960.001

4 0.6959

CIRC.MOTOR

ASCENSOR9698 220

44.08

55.1 50216WTT

16T>K?90;1?A1 1.25 1.25

0.0627

0.7572

CIRC. TOMAASCEN

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 1.21 1.21

0.0042

0.6987

TSD;+/+


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.15 4.150.162

10.6639

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

0.5021

1386 220 6.3 7.875 2024WTT

4T>K?80;1?A1

22.1221.6

60.331

90.8338

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.78 5.78

0.2956

0.7975

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 2.76 2.76

0.0131

0.515

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.25 5.96

0.0258

0.5276

220 220 1.11 1.3875 20 24WTT4 T>K?80;1?A127.66 11.04 0.0197 0.5215

TSD;+/K?90;1?A1 12 120.631

90.9803

1000 220 4.55 5.6875 2024WTT

4

T>K?80;1?A1 0.01 0.010.000

2

0.3486

2640 220 12 15 2024WTT

4T>K?80;1?A1

10.5410.5

40.383

20.7316


19/62

2169 220 9.86 12.325 2024WTT

4T>K?80;1?A1

27.2614.8

50.323

70.6721

180 220 0.82 1.025 2024WTT

4T>K?80;1?A1 3.52 3.52

0.0122

0.3606

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 9.04 8.74

0.0361

0.3845

220 220 1.11 1.3875 20 24WTT4 T>K?80;1?A1 36.6 18.99 0.0274 0.3758

TSD;+/-


"

2000 220 9.0911.362

520

24WTT4

T>K?90;1?A1 4.25 4.250.166

30.8166

1000 220 4.55 5.6875 2024WTT

4T>K?80;1?A1 0.01 0.01

0.0002

0.6505

2640 220 12 15 2024WTT

4T>K?80;1?A1 5.99 5.99

0.3057

0.9561

1267 220 5.76 7.2 2024WTT

4T>K?80;1?A1

21.95 20.30.287

8 0.9381

361 220 1.64 2.05 2024WTT

4T>K?80;1?A1 3.12 3.12

0.0142

0.6646

383 220 1.74 2.175 2024WTT

4T>K?80;1?A1 6.39 6.08

0.0274

0.6778

180 220 0.91 1.1375 20

24WTT4

T>K?80;1?A127.11

13.44

0.0131

0.6635


"

1148 220 5.22 6.52524WTT

4

T>K?80;1?A1

50.82

49.3

7

0.443 0.7785

72 220 0.36 0.45 2024WTT

4T>K?80;1?A1 5.13 5.13

0.0054

0.3409

540 220 2.73 3.4125 20

24WTT4

T>K?80;1?A175.82

41.70.164

80.5003


"

40 220 0.2 0.25 2024WTT

4T>K?80;1?A1 7.7 7.7 0.005 0.2707

60 220 0.3 0.375 20

24WTT4

T>K?80;1?A1 5.74 3.920.003

10.2688


"

60 220 0.3 0.375 2024WTT

4T>K?80;1?A1 5.74 3.92

0.0031

0.2638

40 220 0.2 0.25 20

24WTT4

T>K?80;1?A1 7.7 7.7 0.005 0.2657


"

40 220 0.2 0.25 20 24WTT4 T>K?80;1?A1 7.7 7.7 0.005 0.2606 60 220 0.3 0.375 20 24WTT T>K?80;1?A1 5.74 3.92 0.003 0.2587


20/62

4 1


"

60 220 0.3 0.375 20

24WTT

4 T>K?80;1?A1 5.74 3.92

0.003

1 0.2738

40 220 0.2 0.25 2024WTT

4T>K?80;1?A1 7.78 7.78

0.0051

0.2758

Ide#$i>3a3i4# de !o "?$odo de i#$a!a3i4#

Ca5!e ei#$a!a3i4

#

De3&ip3i4#

No&"a Re@. =K?90;1?A1

T>K?902 C

*'.#'%$(/&%) #* '/(#&!/"% $!%

PVC?SEL

CNE 2006 R# 1 A1 2 ,%.2 2 ,%.3

TK?70;1?A1 TK?802 C

*'.#'%$(/&%) #* '/(#&!/"% $!%PVC?SEL

CNE 2006 R# 1 A1 2 ,%.2 2 ,%.3

Lee#daP P%$#*,/ /,$/ G/ '(#)$/ KU* T#*)* *%*/ VI! I*$#*)&/& &)#:% % G/ '(#)$/ AI I*$#*)&/& G/ /&)!# '/(/ /) ,%*&,%*#) ,(,$%

A


21/62

Ta5!e&o Ma$&i8

T&a"o L U# P I5 SCAL SCDT SADP CDT$&a" CDTa3'"

Depa&$


22/62

D'$% 504 31.16 220 4235 19.25 4 5.30 6 1.7677 1.8615

Dp$o;+/+ 0.27 220 3577 16.26 2.5 1.47 4 0.0194 0.0442

D'$%?101 6.31 220 3577 16.26 2.5 1.45 4 0.4577 0.5019

Dp$o;+/< 0.54 220 4870 22.14 4 2.56 6 0.0359 0.0607

D'$%?102 6.52 220 4870 22.14 4 2.51 6 0.4317 0.4923

Dp$o;+/9 0.82 220 5703 25.92 6 2.93 10 0.0374 0.0622

D'$%?103 6.25 220 5703 25.92 6 2.81 10 0.2862 0.3484

Dp$o;+/- 1.09 220 4235 19.25 4 1.91 4 0.0958 0.1205

D'$%?104 6.04 220 4235 19.25 4 1.82 4 0.5298 0.6503

Se&i3ioCo"'#e

2.46 220 12698 33.36 10 4.07 10 0.1310 0.1557

C? S#(. C%. 4.46 220 2592 12.10 1.5 2.09 10 0.0898 0.2455

CIRC ASC. 5 P)% 13.13 220 10106 26.52 10 2.64 10 0.5388 0.6945

STD;


23/62

0.26 220 59 0.27 1.5 0.00 4 0.0003 2.0276

0.20 220 59 0.27 1.5 0.00 4 0.0002 2.0027

0.01 220 1000 4.55 1.5 0.00 4 0.0002 1.7042

1.35 220 220 1.11 1.5 0.16 4 0.0057 1.7097

1.21 220 140 0.71 1.5 0.08 4 0.0033 1.7130

2.42 220 40 0.20 1.5 0.01 4 0.0019 1.7148

2.32 220 20 0.10 1.5 0.00 4 0.0009 1.7157

4.48 220 80 0.40 1.5 0.05 4 0.0069 1.7199

2.62 220 60 0.30 1.5 0.02 4 0.0030 1.7229

0.69 220 40 0.20 1.5 0.00 4 0.0005 1.7234

0.69 220 20 0.10 1.5 0.00 4 0.0003 1.7237

3.24 220 60 0.30 1.5 0.05 4 0.0037 1.7135

4.90 220 40 0.20 1.5 0.03 4 0.0038 1.7172

3.74 220 20 0.10 1.5 0.01 4 0.0014 1.7187

STD;


24/62

0.21 220 59 0.27 1.5 0.00 4 0.0002 1.7873

2.73 220 926 4.21 1.5 0.72 4 0.0487 1.8358

2.53 220 746 3.39 1.5 0.48 4 0.0363 1.8721

1.98 220 565 2.57 1.5 0.27 4 0.0215 1.8936

2.30 220 361 1.64 1.5 0.13 4 0.0160 1.9096

0.90 220 180 0.82 1.5 0.02 4 0.0031 1.9127

1.30 220 24 0.11 1.5 0.00 4 0.0006 1.8942

0.22 220 22 0.10 1.5 0.00 4 0.0001 1.8943

0.20 220 59 0.27 1.5 0.00 4 0.0002 1.6425

0.43 220 1000 4.55 1.5 0.03 4 0.0083 1.4116

2.80 220 220 1.11 1.5 0.16 4 0.0118 1.4151

3.31 220 80 0.40 1.5 0.05 4 0.0051 1.4202

4.19 220 60 0.30 1.5 0.04 4 0.0048 1.4250

4.40 220 40 0.20 1.5 0.02 4 0.0034 1.4284

3.53 220 20 0.10 1.5 0.01 4 0.0014 1.4298

1.97 220 120 0.61 1.5 0.06 4 0.0045 1.4197

1.97 220 100 0.51 1.5 0.04 4 0.0038 1.4235

4.09 220 40 0.20 1.5 0.02 4 0.0031 1.4266

5.13 220 20 0.10 1.5 0.01 4 0.0020 1.4286

1.84 220 40 0.20 1.5 0.01 4 0.0014 1.4249

0.76 220 40 0.20 1.5 0.01 4 0.0006 1.4255

2.22 220 20 0.10 1.5 0.00 4 0.0009 1.4263

STD;


25/62

0.96 220 2169 9.86 1.5 1.89 4 0.0408 1.6402

3.23 220 1989 9.04 1.5 1.78 4 0.1255 1.7658

1.66 220 1808 8.22 1.5 1.38 4 0.0583 1.8241

0.21 220 59 0.27 1.5 0.00 4 0.0002 1.8244

2.99 220 1144 5.20 1.5 0.72 4 0.0661 1.8902

0.89 220 603 2.74 1.5 0.22 4 0.0103 1.9005

1.34 220 422 1.92 1.5 0.15 4 0.0109 1.9114

2.17 220 242 1.10 1.5 0.08 4 0.0101 1.9215

1.38 220 62 0.28 1.5 0.01 4 0.0016 1.9231

0.23 220 2 0.01 1.5 0.00 4 0.0000 1.9231

2.39 220 361 1.64 1.5 0.13 4 0.0166 1.9067

0.88 220 180 0.82 1.5 0.02 4 0.0031 1.9098

2.35 220 603 2.74 1.5 0.39 4 0.0273 1.8514

2.32 220 422 1.92 1.5 0.24 4 0.0188 1.8703

0.20 220 59 0.27 1.5 0.00 4 0.0002 1.8705

1.54 220 361 1.64 1.5 0.12 4 0.0107 1.8809

2.52 220 180 0.82 1.5 0.06 4 0.0087 1.8896

7.05 220 2640 12.00 1.5 1.79 4 0.3685 1.9679

3.49 220 220 1.00 1.5 0.11 4 0.0148 1.9826

2.87 220 220 1.11 1.5 0.19 4 0.0121 1.6115

3.28 220 80 0.40 1.5 0.07 4 0.0050 1.6166

4.36 220 60 0.30 1.5 0.05 4 0.0050 1.6216

5.00 220 40 0.20 1.5 0.02 4 0.0038 1.6254

3.49 220 20 0.10 1.5 0.01 4 0.0013 1.6268

2.01 220 120 0.61 1.5 0.07 4 0.0046 1.6162

2.01 220 100 0.51 1.5 0.05 4 0.0039 1.6200

4.03 220 40 0.20 1.5 0.02 4 0.0031 1.6231

4.72 220 20 0.10 1.5 0.01 4 0.0018 1.6249

1.66 220 40 0.20 1.5 0.01 4 0.0013 1.6213

0.95 220 40 0.20 1.5 0.01 4 0.0007 1.6220

2.22 220 20 0.10 1.5 0.00 4 0.0009 1.6229

STD;


26/62


4.25 220 2000 9.09 1.5 0.73 4 0.1663 1.6749

0.01 220 1000 4.55 1.5 0.00 4 0.0002 1.5088

1.66 220 383 1.74 1.5 0.11 4 0.0122 1.5208

4.13 220 191 0.87 1.5 0.06 4 0.0152 1.5360

0.29 220 11 0.05 1.5 0.00 4 0.0001 1.5361

0.30 220 11 0.05 1.5 0.00 4 0.0001 1.5209

0.98 220 361 1.64 1.5 0.06 4 0.0068 1.5154

2.13 220 180 0.82 1.5 0.03 4 0.0074 1.5228

3.63 220 1267 5.76 1.5 1.21 4 0.0889 1.5975

2.03 220 1087 4.94 1.5 0.93 4 0.0426 1.6402

4.15 220 906 4.12 1.5 0.77 4 0.0725 1.7126

1.83 220 726 3.30 1.5 0.46 4 0.0256 1.7382

2.20 220 546 2.48 1.5 0.34 4 0.0231 1.7613

1.51 220 365 1.66 1.5 0.22 4 0.0106 1.7719

2.08 220 363 1.65 1.5 0.17 4 0.0145 1.7864

2.87 220 180 0.82 1.5 0.06 4 0.0099 1.7964

1.65 220 180 0.82 1.5 0.03 4 0.0057 1.7921

4.37 220 2640 12.00 1.5 1.33 4 0.2285 1.7371

1.62 220 2420 11.00 1.5 0.44 4 0.0772 1.8143

1.05 220 180 0.91 1.5 0.10 4 0.0036 1.5122

3.78 220 60 0.30 1.5 0.04 4 0.0044 1.5166

4.83 220 40 0.20 1.5 0.02 4 0.0037 1.5203

3.79 220 20 0.10 1.5 0.01 4 0.0015 1.5217

3.45 220 100 0.51 1.5 0.05 4 0.0066 1.5188

1.82 220 40 0.20 1.5 0.01 4 0.0014 1.5202

0.80 220 40 0.20 1.5 0.01 4 0.0006 1.5209

1.85 220 20 0.10 1.5 0.00 4 0.0007 1.5216

1.61 220 40 0.20 1.5 0.01 4 0.0012 1.5201

4.14 220 20 0.10 1.5 0.01 4 0.0016 1.5217

STD;9/+



27/62


28/62

STD;9/K?90 125 C 407.43


61/62


62/62

/!#(/( 36 312 %&%) DIN 18.& C/"/ &)$(!,* '/(/ ZSTD?401Z ,%* ,/'/,&/& '/(/

/!#(/( 36 312 %&%) DIN 18.1.00

& C/"/ &)$(!,* '/(/ ZSTD?402Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?403Z ,%* ,/'/,&/& '/(/

/!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?404Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?501Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?502Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?503Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?504Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZSTD?ASCENSORZ ,%* ,/'/,&/&'/(/ /!#(/( 24 212 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZTSD?101Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZTSD?102Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZTSD?103Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZTSD?104Z ,%* ,/'/,&/& '/(//!#(/( 36 312 %&%) DIN 18.

1.00

& C/"/ &)$(!,* '/(/ ZT/!#(% M/$(Z ,%* ,/'/,&/& '/(//!#(/( 12 112 %&%) DIN 18.

1.00

& C%*$/&%( /,$/ 21.00

circ alum normal

Documents