Chequered Plate
Short Description
Chequered Plate design...
Description
INPUT DATA DATA FOR CHEQUERED PLATE DESIGN : Case:1 Upper Floors Sl.No
Descriptio
Uit
S!"#ol
$al%es
1
Maximum Width of Plate
m
B
1.230
2
Thickness of Plate
m
t
0.006
3
Unit Weight of Steel
km2
0.0#"
mm
>a
6.1"
llo?a7le =eflection s ,e' BS "8"091:2000 Ta7le !/ - B 200
- 1230 200
>a ; >
HENCE SAFE
INPUT DATA FOR CHEQUERED PLATE DESIGN : Case:- Upper Floors Sl.No
Descriptio
Uit
S!"#ol
$al%es
1
Maximum Width of Plate
m
B
1.230
2
Thickness of Plate
m
t
0.00!
3
Unit Weight of Steel
km2
0.02"
mm
>a
6.1"
llo?a7le =eflection s ,e' BS "8"091:2000 Ta7le !/ - B 200
- 1230 200
>a ; >
HENCE SAFE
!mm thk ,late is 'e(ui'ed fo' "00kg &oncet'ated load
INPUT DATA FOR CHEQUERED PLATE DESIGN : Case:- Upper Floors Re/%ce/ t0e i/t0 2ro" 1.-34 to 4.516" ior/er to satis2! t0e 5"" t0ic7 Sl.No
Descriptio
Uit
S!"#ol
$al%es
1
Maximum Width of Plate Stiffene' angle shall 7e added at the mid/
m
B
0.61"
2
Thickness of Plate
m
t
0.006
3
Unit Weight of Steel
km2
a ; >
HENCE SAFE
INPUT DATA FOR CHEQUERED PLATE DESIGN : Case:- Staita!s Sl.No
Descriptio
Uit
S!"#ol
$al%es
1
Maximum Width of Plate
m
B
1."00
2
Thickness of Plate
m
t
0.00!
3
Unit Weight of Steel
km2
100%
*ro(n'4ire
Dra, Coefficient for Earthwire Dia%eter %ore than 15.:0 %% refer (a)'e 6 of D& DE 0210 D*na%ic Wind ressure s er (a)'e > 5 of D& DE 0210 in Kn/%2 for 120 KM! D*na%ic Wind ressure for 150 KM! in K,/%2
"
Cfe
"
1.00
e
"
0.6: $032/03
- Cfe ? e ? - 150 / 120 72 ? 1000 / 3.:1 "
Wind ressure On Earthwire in K,/%2
"
312#10
5III6 E77ect o7 Aircra7t arnin) S8ere on te Eart 4ire : Increase in 4 in' 8ress(re on eart 4ire '(e to Aircra7t arnin) S8ere :
Dia%eter of Warnin, sphere in M "
0.600
Centre to Centre Spacin, of sphere in M
80
Dia%eter of earthwire in %%
1:.600
Dra, Coefficient for eria' warnin, )a''s
0.#
Wind 'oad on one sphere in Kn
" - i / # ? - 0.6 72 ? 0.# ? 0.6: ? 1.568
Wind 'oad on one sphere in Kn
"
Wind pressure on sphere in K,/%2
" - 0.12 ? 1000 / - 3.:10 ? 80 ? 0.01:6 "
(ota' wind pressure on the earth wire inc'udin, the effect
0.12
#$29##
" - :#.2# = 21.322
LARSEN & TOUBRO LIMITED ECC Division - EDRC
Project :
##0 ,v D!c Transission Line .ro Saaa East To Saa S(; Station
Tit%e :
in' Press(re & Sa) Tension Ca%c(%caion
DOCUMENT NO : O$0//2T2TL - Sa)-0$ DESI*NED
Date : 0!0"!#00$
C+EC,ED Seet
ARA
of warnin, sphere in K,/%2 .or 1 5 of D& DE 0210 in Kn/%2 for 120 KM! n,'e of &ncidence of wind in de,
Cft
"
-Cfdw " 2.:=10/100 ? 2.: " dw
LARSEN & TOUBRO LIMITED ECC Division - EDRC ##0 ,v D!c Transission Line .ro Saaa East To Saa S(; Station
Project :
Tit%e :
DOCUMENT NO : O$0//2T2TL - Sa)-0$
Date : 0!0"!#00$
DESI*NED
C+EC,ED
ARA
SMP
in' Press(re & Sa) Tension Ca%c(%caion
Wind ressure tower in K,/%2 -&n (rans. 9 on,.Gace "
Seet
Cfdw?dw?- 160/120 72 ?1000/3.:1?Cos-#5 "
#"2#<
O. /
/ > 6 ei)t o7 S8acer Da8er A''e' to con'(ctor
Conductor
Earthwire
S' o
Co%)ination of (e%perature 9 Wind
Wind ressure in K,/%2
(ension in K,
Sa, in M
Gactor of Safet*
(ension in K,
Sa, in M
Gactor of Safet*
1
85I 9 i' wind
0
$$#"200
16.006
6.18$
$3/12/0
5@6 1#.61#
6.031
2
5I 9 i' Wind
0
12#8.00
1#.#33
5.553
1336.11
18.#23
5.53$
8
:0I 9 i' wind
0
335.$0
5@6 $32$00
6.3#0
16#5.23
16.232
6.$31
#
#0I 9 i' wind
0
1103.2
16.2#:
6.280
1:10.#3
1#.:06
6.1$1
5
5I 9 Gu'' wind -Gor conductors 'ess than #0 %
$#.$08
#>>>
>>>>
>>>>
6
5I 9 Dia,ona' wind -Gor conductors 'ess than #0 %
53.$62
#$902>>>
>>>>
>>>>
$
5I 9 Gu'' wind -Gor conductors %ore than #0 %
:#.2#0
#/#2$0
1$.03#
2.523
>>>>
>>>>
>>>>
:
5I 9 Dia,ona' wind -Gor conductors %ore than #0 %
6$.832
#/>>>
/$992>>>
5@6 Re7ers Initia% Con'ition .or Con'(ctor an' *ro(n'4ire
Date : 0!0"!#00$
Seet
>>>>
15.083
O. /
8.#32
LARSEN & TOUBRO LIMITED ECC DIISION - EDRC Project :
100!##0 ,v D!c Transission Line .ro A% Ain So(t4est to A;( Da;i
Doc(ent No : T$$#0%
Con'(ctor
Dra, Coefficient for Conductor Dia%eter %ore than 15.:0 %% refer (a)'e 6 of D& DE 0210 D*na%ic Wind ressure s er (a)'e > 5 of D& DE 0210 in Kn/%2 for 120 KM!
Cfc
"
1.00
c
"
0.58
D*na%ic Wind ressure for 160 KM! in K,/%2
"
- Cfc ? c ? - 160 / 120 72 ? 1000 / 3.:1
"
D*na%ic Wind ressure for 160 KM! in K,/%2
"
- Cfc ? c ? - 160 / 120 72 ? 1000 / 3.:1
"
Wind ressure on Conductor in K,/%2
36.0#$
"
120/
5II6 in' Press(re On Eart4ire in ,)!# : *ro(n'4ire
!ei,ht of ttach%ent point in % Dra, Coefficient for Earthwire Dia%eter %ore than 15.:0 %% refer (a)'e 6 of D& DE 0210 D*na%ic Wind ressure s er (a)'e > 5 of D& DE 0210 in Kn/%2 for 120 KM! D*na%ic Wind ressure for 160 KM! in K,/%2
"
Cfe
#0 "
e "
- Cfe ? e ? - 160 / 120 72 ? 1000 / 3.:1
Wind ressure On Earthwire in K,/%2
$#
"
9
"
5III6 E77ect o7 Aircra7t arnin) S8ere on te Eart 4ire : Increase in 4in' 8ress(re on eart 4ire '(e to Aircra7t arnin) S8ere :
Dia%eter of Warnin, sphere in M "
0.600
Centre to Centre Spacin, of sphere in M
80
Dia%eter of earthwire in %%
1:.600
Dra, Coefficient for eria' warnin, )a''s
0.#
Wind 'oad on one sphere in Kn
" - i / # ? - 0.6 72 ? 0.# ? 0.6: ? 1.$$:
Wind 'oad on one sphere in Kn
"
Wind pressure on sphere in K,/%2
" - 0.18$ ? 1000 / - 3.:10 ? 80 ? 0.01:6 "
(ota' wind pressure on the earth wire inc'udin, the effect
0.18$
# > 6 ei)t o7 S8acer Da8er A''e' to con'(ctor
Conductor
Earthwire
S' o
Co%)ination of (e%perature 9 Wind
Wind ressure in K,/%2
(ension in K,
Sa, in M
Gactor of Safet*
(ension in K,
Sa, in M
1
85I 9 i' wind
0
$932#0
-J 15.:65
5.556
1$$0.80
15.1#2
2
60I 9 i' wind
0
16:6.10
16.321
5.325
166:.21
16.063
8
:0I 9 i' wind
0
160:.01
1$.$80
6.218
153$.10
16.$:6
#
5I> Gu'' wind -Gor conductors 'ess than #0 %
$#.$08
///$2>>>
>>>>
5
5I> Dia,ona' wind -Gor conductors 'ess than #0 %
53.$62
#91/2"0
15.50#
8.83#
>>>>
>>>>
6
5I 9 Gu'' wind -Gor conductors %ore than #0 %
35.:#6
/391230
16.83$
2.565
>>>>
>>>>
$
5I> Dia,ona' wind -Gor conductors %ore than #0 %
$6.6$$
//3/20
15.326
2.352
>>>>
>>>>
:
5I > Gu'' wind -Gor ,roundwire %ore than #0 %
120.:$8
>>>>
>>>>
>>>>
/3/"2#$
-J 16.83$
LARSEN & TOUBRO LIMITED ECC DIISION - EDRC Project :
100!##0 ,v D!c Transission Line .ro A% Ain So(t4est to A;( Da;i
Tit%e :
in' Press(re & Sa) Tension Ca%c(%caion 5.or ##0 v Lines6
3
5I > Dia,ona' wind -Gor ,roundwire %ore than #0 %
36.63:
>>>>
5@6 Re7ers Initia% Con'ition .or Con'(ctor an' *ro(n'4ire
Doc(ent No : T$$>>>
Ara
S8
>>>>
//1$2"$
15.:1$
!0!#00$
O. /
ec
for ctor
#0>100% 1.00 0.6:
128.280 9100% 1.20 0.3 $9100% 2.:0 0.3 1100% 2.:0 8.0: 0.3
!0!#00$
O. /
#5 /
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