500
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%"." ." /5/0")/ *!/5/0")/ #+. +,"* +))1*& 80&+*/ 0+ )0 %
%&/ $.!"! ,".#+.)* " ,&(&05 &/ 0%" /0."*$0% +#0%" #)&(5
%&/ 0(+$ $&2"/ 5+1 &*8#+.)0&+* +* +1. ,.+!1 0.*$"/ ,.+$.))&*$ !"2& "// *!/+#03."
Programmable controllers .+) 0%" +), 0 )&*& +*80.+((". 0+ 0%" %&$%8,".#+.8)* " %"." ." +*0.+(("./ #+. "2".5!")*! *! "2".5 ."-1&."8)"*0 &* (( 05,"/ *! /&6"/
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%" 8 8 *! /5/0")/ 0%."" #1(080+(".*0 /5/0")/ 3%& % *" 1/"! 3%"."2". ,.+!1 80&+* !+3*0&)"/ )1/0 "2+&!"! 0 (( +/0/
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5;,330.,5; 46+<3,:
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36:,+E3667 *65;963 6:0;06505. 6<5;05. 796769;06505. %(3=, *65;963 (5+ 4<*/469,
69 ;/0: 7<976:, ;/,9, (9, 05E;,330.,5; 46+<3,:#/,@ (9, 40*96796*,::69 *65E;9633,+ (5+ ,?,*<;, ;04,E*90;0E*(3 :7,*0(3 ;(:2: *6473,;,3@(<;65646<:3@ (5+ ;/,@ /(=,( +09,*; *655,*;065 ;6 ;/, 796E*,:: =0( ;/,09 6>5 057<;6<;E7<; */(55,3: #/0: (=60+:(++0;065(3 36(+: -69 ;/, $
0:;90)<;,+ :
- 0; 0: 5,*,::(9@ ;6 )90+.,3(9., +0:;(5*,: ),;>,,5 ;/,796*,:: (5+ ;/, 46+<3,:;/, >0905. *(5 ),*64, =,9@*6473,? (5+ :<:*,7;0)3, ;6-(<3;: - ( 46+<3(9 (5+ -3,?E0)3, (<;64(;065 :@:;,4 0: 9,E8<09,+ >, 9,*644,5+ <:, 6-+0:;90)<;,+ :@:;,4:
$:05. ;/, # $ ,3,*E;9650* ;,9405(;69 46+E<3,: *(5 ), 36*(;,+ <7 ;6 24 403,: -964 ;/, 796E*,::
&0;/ ;/, # +0:;90)<;,+ :@:;,4 @6< *(5 <:, +0:E;90)<;,+ : 4050E*65;963E3,9: (5+ ( 3(9., 5<4),9 6--0,3+ +,=0*,: (; +0:;(5*,: 6-<7 ;6 24 403,: -964;/, 796.9(44()3, *65;9633,9#/, *655,*;,+ +,=0*,: (9,5,;>692,+ 6=,9 ;/, !$"E /0./E:7,,+-0,3+)<: *6473@05. >0;/
Programming devices,software
#/, "# -(403@ 6--,9: @6<(5 (;;9(*;0=, 6=,9(33 796.9(4E405. +,=0*,: *65*,7; -964;/, 36>E*6:; /(5+/,3+ 796E.9(4405. +,=0*,: ;6 ;/, ,:E7,*0(33@ 76>,9-<3 +,:2;67796.9(4405. +,=0*,:
5+ ;6 4(;*/ ;/,:, 6<9 :6-;E>(9, ";(9;05. >0;/ ;/, 67,9(;E05. :@:;,4
&&" F -69 ;/,796=,5 "# :6-;>(9,(5+ -69 (33 (7730*(;065:
5+ 6<9 "# #"# :6-;E>(9, (336>: @6< ;6 796.9(4@6<9 *65;9633,9 :0473@ (5+8<0*23@ '6< .,5,9(;, +6*<E4,5; (5+ ;,:; >0;/ 65, (5+;/, :(4, :6-;>(9,
Industrial PC #/, 9<..,+ 05+<:;90(3 : 6-;/, "# 9(5., (9, ;/,0+,(3 ;663: -69 (*8<0905. 796E*,::05. (5+ (9*/0=05. 4(E*/05, +(;( (5+ 796*,:: +(;(
-69 67,9(;69 *65;963 (5+ =0:<E(30A(;065 6- 4(;,90(3 -36>: (5+4(5<-(*;<905. :,8<,5*,: (:>,33 (: -69 796*,:: *65;963;(:2:
#/, ED"! :6-;>(9, -694650;6905. 67,5E3667 *65;963(5+ *36:,+E3667 *65;963 0:(=(03()3, :7,*0(33@ -69 /0./E:7,,+ *65-0.<905. 6- 36>E,5+(5+ 40+ 9(5., 796*,:: *65E;963 :@:;,4:
HMI #/, 469, *6473,? (<;64(;,+796*,::,: ),*64, ;/, 469,04769;(5; 0; 0: ;6 /(=, B4(5E4(*/05, *644<50*(;065::<0;,+ ;6 ;/, 796*,::
<9 9(5., 6- "# +,=0*,: 796=0+,: ;/, 90./;:63<;065 -69 ,=,9@ ;(:2
Open communications #/, 796+<*;0=0;@ 6- (5@4(5<-(*;<905. :@:;,4 +,E7,5+: ;6 ( .9,(; ,?;,5; 65 ;/,-3,?0)030;@ 6- ;/, *65;963 :@:E;,4: <:,+ ,*,5;9(30A(;0654,(5: 05*9,(:,+ -3,?0)030;@)<; (3:6 (5 05*9,(:,+ 5,,+-69 +,=0*,: ;6 ,?*/(5., +(;(>0;/ ,(*/ 6;/,9 (5+ >0;/ (/6:; *647<;,9
"# 6--,9: ( */60*, 6-;>6 :63<;065: -69 ;/0: 7<976:,
605;E;6E7605; *655,*;065-964 $ ;6 $ 69 6=,9*644<50*(;065: 796*,::69:>/,9, 653@ ( -,> 56+,: (9,;6 ), 3052,+
644<50*(;065: 6=,9 ;/, 5E+<:;90(3 ;/,95,; !$"69 " 36*(3 (9,( 5,;E>692: >/,9, 3(9.,9 5<4),9:6- 796.9(44()3, *65;9633,9:(9, ;6 ), 3052,+
Services ",9=0*,: :<*/ (: 8<(30-0,+*65:<3;(;065 +,7,5+()3,4(05;,5(5*, 69 ;9(0505. (33/,37 @6< ;6 9,(30A, ;/, -<33 76E;,5;0(3 6- @6<9 "#
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SIMATIC S5-90U %.+ 1/2/ " '8 ' 1/2/ 46/)+%.+ )378 +,,+)8/:+ '08+62'8/:+,36 136+ 7/140+ 6+59/6+1+287
SIMATIC S5-95U %.+ ./-.?74++* 1/2/ " ;/8.)314')8 4+6,361'2)+ 43;+6/2 ' 71'00 74')+
SIMATIC S5-90U SIMATIC S5-95U
'/2 1+136= ,36 463-6'1 '2* *'8' 78'8+1+28 (=8+7
#"#!"#!
4097 ,36 *'8'
#"#!"#!
<+)98/32 8/1+ ,36 (/2'6= 78'8+1+287 17 17
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3928+67 3, ;./). 6+8+28/:+ 3, ;./). 6+8+28/:+
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SIMATIC S5-100U #+) .0(5-%2 .,/, 7+,'+3%6)3 31%') 7,4+ )842%;(,3;'2)4) .0(5-%2 )81%/(%&,-,49
SIMATIC S5-100U 7,4+ $ $ $
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8 8
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SIMATIC S5-115U %.+ 69--+* 463-6'11'(0+)3286300+6 ;/8.398 ,'2 ,36 8.++28/6+ 1/*?6'2-+ 8 )'2 (+'*'48+* /2 78'-+7 +<')80= 83=396 6+59/6+1+287
"& "& "& "& "&
'/2 1+136= ,36 463-6'1'2* *'8' 78'8+1+28 (=8+7
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17 17 17 17 17
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3, ;./). ;/8.463)+77 !/1'-+
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1642(7'6-21
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SIMATIC S5-135USIMATIC S5-155U
S5-135U#,) '203%'6 '21642//)4 9-6,07/6->342')5524 '%3%'-6; *24%// 6%5.5 2* 6,) 0-(>4%1+) 65%8)5 % /26 2* 53%') -1 6,)'21642/ '%&-1)6 9-6, -65 '20>3%'6 02(7/)5
S5-155U#,) ,-+,>3)4*240%1') 9,-', '20&-1)5 6,) ,-+,)563)4*240%1') /)8)/5 9-6, ):>64)0)/; 5,246 ):)'76-21 6-0)5 6,) <0)024; +-%16 9-6, 07/>6-342')5524 '%3%&-/-6;
$ $ $ $
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0%: -1 %((-6-21 9-6, (-4)'6 0)024; %'')55-1 %((-6-21 9-6, 3%+) %((4)55-1+
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4975+:*9054
#0,3,48 #$ ?
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!% @ @ @ @ @ @ $ $
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38 38 38 38 38 38 38 38 38
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= 970.-:4*9
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= 970.-:4*9
=
= 970.-:4*9
0.09(2 046:985:96:98 3(=
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$&'4+:8970(29/,74,9
! *549752 A A A
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S5-90U, S5-95U
Application
+) ;" #/& ;" %0.1#%5 4
!*' ;" #/& ;" 130;)3#..#$-' %0/530--'34 #3'%0.1#%5 .+/+ 4 64'& (035*' '%0/0.+%#- 40-65+0/ 0(
4+.1-' #650.#5+0/ 5#4,4 !*'9%#/ $' '.1-09'& (03 %0/530-5#4,4 5*#5 #3' 0( # 4+.1-'4536%563' #/& 8*'3' -+55-'
41#%' +4 #7#+-#$-' (03 5*'+3+/45#--#5+0/
Programming, parameter assignment
30)3#..+/) +4 &0/' 8+5* 5*' ! 130)3#..+/) -#/;)6#)' +/ 5*' ! 45#5'.'/5-+45 -#&&'3 &+#)3#. 03 %0/530- 4945'. (-08;%*#35 .'5*0&4 0( 3'13'4'/;5#5+0/!*' 1#%,#)'4 +/+(03 ;" 0/-9 #/& ;" 0/-9 8+5*3'453+%5+0/4 #3' #7#+-#$-' (03130)3#..+/) 4'26'/5+#-%0/530-4
! +4 #7#+-#$-' +/ 5*3''7'34+0/4
! (03 .+/+ 441'%+#--9 &'7'-01'& (03 130;)3#..+/) 5*' ;" ;" #/& ;" .+/+4 36/4 0/ !;%0.1#5+$-'4 %#/ $' 4611-+'& 0/&+4,'55'
! $#4+% 1#%,#)' (03 36/4 0/ %0..'3%+#- !;46/&'3 ; 46+5#$-' (03130)3#..+/) #-- !130)3#..#$-' %0/530--'34
! $#4+% 1#%,#)'5*' .045 108'3(6- 0( 5*' ! 1#%,#)'4 36/4 0/#-- 130)3#..+/) &'7+%'4 #/&%#/$' 64'& (03 #-- !130)3#..#$-' %0/530--'34'1'/&+/) 0/ 5*' 7'34+0/5*' 4%01' 0( 4611-9 +/%-6&'4#&&+5+0/#- 40(58#3' (03 64'3;(3+'/&-9 130)3#..+/) #/&%0/(+)63+/) # 8'-- #4 5*' ! 130)3#..+/) 40(5;8#3'
!*' 1'3(03.#/%' %*#3#%5'3+4;5+%4 0( 5*' ;" ;"#/& 0( 5*' " %#/ $'4'5 7+# # 1#3#.'5'3 #44+)/;.'/5 # $-0%, 0364'3;(3+'/&-9 1#3#.'5'3 #4;4+)/.'/5 5*' 1#;3#.'5'3 #44+)/.'/5 40(58#3'+4 #7#+-#$-'
!*' #/& #3' #7#+-#$-'(03 130)3#..+/) 1#3#.'5'3#44+)/.'/5 (6/%5+0/%*#/)'4 5'454 #/& 45#35;61
(& .4-3(-&
(& 7/ -2(.-
:
:
, 7 ,.#4+$2
, 7,.#4+$2
: : :$-$1 +
($,$-2 9
S5-90U, S5-95U ".-3(-4$#
Mounting Mounting the S5-90U andS5-95U
'$ : -# : " -!$ 2- //$# .-3. ,, 1 (+ 2$$ (& +$%3
'$ : " - +2. !$,.4-3$# #(1$"3 .-3. 6 ++2 .124//.13(-& /+ 3$2 .1 3'(2/41/.2$ 6 ++ % 23$-$12 1$1$04(1$# 6'("' %(3 (-3. 3'$1$"$22$2 .- 3'$ ! "* .% 3'$ '.42(-& '$ (2 3'$-2$"41$# 3. 3'$ 6 ++ % 23$-$126(3' 2"1$62 2$$(& 1(&'3
Expansion Expansion of the S5-90Uand S5-95U
'$ : " - !$ $7/ -#$#5( 3'$ (-3$1% "$ 6(3' 4/3. ,.#4+$2 .% 3'$:/ 3. ,.#4+$2 .% 3'$: " - !$ 42$# #(1$"3(- 3'$ :
'$ %.++.6(-& ,.#4+$2 1$ 5 (+ !+$
(&(3 + (-/43 -# .43/43,.#4+$2
- +.& (-/43 -# .43/43,.#4+$2
7 ,.#4+$2 %.1 ".--$"3(-&2$-2.12 -# "34 3.12 (-/+ -32 24!)$"3 3. $7/+.2(.-' 8 1#
/$"( + ,.#4+$2 %.1 $73$1- +3(,$1 %4-"3(.-2 '(&':2/$$#".4-3$12 -# - +.& +(,(35 +4$ ,.-(3.1(-&
(&- + /1$/1."$22(-& ,.:#4+$2 %.1 "+.2$#:+../ ".-31.+ -# /.2(3(.-(-& 3 2*2 26$++ 2 %.1 " , ".-31.++$12
-3$++(&$-3 ,.#4+$2 %.1 '(&':2/$$# /1$/1."$22(-&
( &-.23("2 ,.#4+$2 %.1,.-(3.1(-& 3'$ !42 .%3'$ ::
(,4+ 3(.- ,.#4+$2 %.1/1.&1 , 3$23
$$ / &$ %.1 /.22(!+$".-%(&41 3(.-2
).!,,/+.+,*4#,(
!#.%(!+,*!--%).!,,/+.
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2'%/-!,+,*#,(
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4 4 4!)!,'
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Principle of operation $! +,%)%+'! *" *+!,.%*) *".$! 4 ) 4 %- !.!,(%)! 2 .$!"*''*0%)# *(+*)!).-
Program memory$! +,*#,( (!(*,2 *)4.%)- .$! /-!, +,*#,(
Processor$! +,*!--*, *+!,.!- 2'%4''2
. .$! !#%))%)# *" .$! 2'!.$! +,*!--*, ,! - .$! -%#4)' -..!- *" '' %)+/.- ) -.*,!- .$!( %) +,*!-- %)+/.%(#!
$! +,*#,( %- .$!) !1!/.! -.!+ 2 -.!+ &!!+%)# 0%.$ .$!%).!,)' */).!,- %. (!(*4,%!- ) .%(!,-
$! +,*!--*, -.*,!- .$! '4/'.! -%#)' -..!- %) +,*4!-- */.+/. %(#! ,*( .$!,! .$! +,*!--*,.,)-"!,- .$!( .* .$! */.+/.-
)' ; &!)+2!&% /1.'1!,,!"+% #.-31.++%1 %73%-$%$
; ; ; %-%1!+
)%,%-2 :
S5-95F
Application
(% ; /1.'1!,,!"+%#.-31.++%1 )2 ! &!)+2!&% ,)-) &.1 3(% +.6%1 !//+)#!3).-1!-'%
!)+2!&% 2823%,2 ;2823%,2!1% !+6!82 1%04)1%$ 3. /1.3%#3/%12.--%+ %-5)1.-,%-3 !-$%04)/,%-3 ;2823%,2 /1%5%-3(!9!1$.42 23!3%2 "8 %-3%1)-'! 2!&% 23!3% )- 3(% %5%-3 .& !&!4+3 )% 3(% &!4+3 #.,/.-%-32!1% 26)3#(%$ .&& (%8 $. -.3(.6%5%1 )-#1%!2% 3(% !5!)+;!")+)38 .& ! 2823%, .1 ! ,!;#()-% & )- !$$)3).- 3. 2!&%38!5!)+!")+)38 .& 3(% 2823%, )2!+2. !- ),/.13!-3 1%04)1%;,%-3 36. 2823%,2#!- "% #.,")-%$ )- ! ,!2;3%12+!5% 2823%,
(% ; (!2 "%%-!//1.5%$ "8 3(% 1%+%5!-33%#(-)#!+ !43(.1)3)%2 )-%1,!-8
(% ; #!- 1%/+!#% #.-;5%-3).-!+ /1.3%#3)5% #)1#4)32,/+%,%-3!3).- .& 3(% ,)-) )2 #.23;%&&%#3)5% 23!13)-'&1., !2 &%6 !2 3. 2!&%38;1%+!3%$ 1%+!82
Typical fields of applicationof the S5-95F: 41-%1 !-$ ".)+%1 #.-31.+2 1%22%2 24#( !2 %##%-31)#/1%22%2 (8$1!4+)# /1%22%22#1%6 /1%22%2 23!,/)-'/1%22%2 !-$ "%-$)-' /1%22%2
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Safety-related modules and software components
Module/software component Order No. Module/software component Order No.
# 32'3&5) 13)80* $ 43:*5 68440<
82.7 4*5&7.2, 6<67*1 38487 %
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08, +35 32'3&5) 13)80* (5.14 7*51.2&0 6ES5 490-8MA13or6ES5 490-8MA03
86 13)80* 6ES5 700-8FA11
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86 13)80* 6ES5 700-8MA22
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&.06&+* ; $ 6&+*7<?5*0&7*) 6ES5 450-8FA11
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Reaction-free, non-safety-related modules
Module/software component Order No. .,.7&0 387487 ; $ 6ES5 453-8MA11
86 13)80* !#" 6ES5 700-8MA11 .,.7&0 .2487387487 :.7- ).640&< 6ES5 482-8MA13
86 13)80* 5.1462&4.2 6ES5 700-8MA22 2&03, .2487 ; 1$ 6ES5 464-8MA21
.27*5+&(* 6ES5 316-8MA12 2&03, .2487 ; $ 6ES5 464-8MB11
".1*5 13)80* ; 6 6ES5 380-8MA11 2&03, .2487 ; $ 6ES5 464-8MC11
3827*5 13)80* /= 6ES5 385-8MB11 2&03, .2487 ; 1 6ES5 464-8MD11
314&5&735 13)80* ; 1 $ 6ES5 461-8MA11 2&03, .2487 ; 1 6ES5 464-8ME11
.,.7&0 .2487 ; $ 6ES5 421-8MA12 2&03, 387487 ; $ 6ES5 470-8MA12
.,.7&0 .2487 ; $ $ 6ES5 430-8MB11 2&03, 387487 ; 1 6ES5 470-8MB12
.,.7&0 .2487 ; $ 6ES5 430-8MC11 2&03, 387487 ; 1 6ES5 470-8MC12
.,.7&0 .2487 ; $ 6ES5 431-8MA11 2&03, 387487 ; $ 6ES5 470-8MD12
.,.7&0 .2487 ; $ 6ES5 431-8MC11 (327530 13)80* 6ES5 262-8MA126ES5 262–8MB12
.,.7&0 .2487 ; $ 6ES5 431-8MD11 436.7.32.2, 13)80* 6ES5 263-8MA13
.,.7&0 .2487 ; $ 6ES5 433-8MA11 *0*(7532.( (&1 (3275300*5 13)80* 6ES5 264-8MA11
.,.7&0 387487 ; $ 6ES5 441-8MA11 436.7.32.2, 13)80* 6ES5 266-8MA11
.,.7&0 387487 ; $ $ 6ES5 450-8MB11 67*44*5 13735 (327530 6ES5 267-8MA11
.,.7&0 387487 ; $ 6ES5 450-8MD11 ! (31182.(&7.326 453(*6635 6ES5 521-8MA21
.,.7&0 387487 ; $ 6ES5 451-8MA11 ! (31182.(&7.326 453(*6635 6ES5 521-8MB12
.,.7&0 387487 ; $ 6ES5 451-8MD11 &67*5 13)80* +35 ! .27*5+&(* 6GK1 243–3SA00
*0&< 387487 ; $ $ 6ES5 451-8MR12 !.180&7.32 13)80* 35 6ES5 788–8MA11
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S5-90U programmable controller15+3 *)+2;7 *)::-8? .68
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6ES5 375-8LA126ES5 375-8LC116ES5 375-8LC21
6ES7 971-1AA00-0AA0
6ES5 998-8MA126ES5 998-8MA226ES5 998-8MA326ES5 998-8MA426ES5 998-8MA52
6ES5 710-8MA11
6ES5 710-8MA21
6ES5 710-8MA31
6ES5 710-8MA41
Wall fastenings.68 ,18-+: 46;5:15/ 6. :0- $A&
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S5-95U programmable controller.68 ' <1:06;: &9-89 ;1,-
S5-95U programmable controller with PROFIBUSinterface.68 ' <1:06;: &9-89 ;1,-
S5-95U programmable controller with 2nd serial interface.68 ' <1:06;: &9-89 ;1,-
S5-95U programmablecontroller with PROFIBUS-DPslave interface.68 ' <1:06;: &9-89 ;1,-
S5-95U programmablecontroller with PROFIBUS-DPmaster interface.68 ' <1:06;: &9-89 ;1,-
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Manual of the 2nd serialinterface of the S5-95U
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Manual of the PROFIBUS-DPinterface of the S5-95U
For Description of the S5-95Uwith PROFIBUS-DP master interface 9--Manual of the ET 200 distributed I/O system
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5/3190
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6ES5 095-8MA03
6ES5 095-8MB02
6ES5 095-8MC01
6ES5 095-8MD01
6ES5 095-8ME01
6ES5 375-1LA156ES5 375-1LA216ES5 375-1LA416ES5 375-0LC116ES5 375-0LC216ES5 375-0LC316ES5 375-0LC416ES5 375-0LC61
6ES5 980-0MA11
6ES5 998-8MA2
6ES5 998-8MB2
6ES5 998-8MC1
6ES5 998-8MD1
6ES5 998-3ES2
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Power supply module.68 ' '
.68 ' '
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35 mm DIN rail
Front connector
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(1:06;: +8147 +65:)+:9
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Crimp contacts, 7)+2 6.
Crimping tool for crimp contacts
Bus units, I/O modules
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6ES5 490-8MB116ES5 490-8FB11
6ES5 750-2AA116ES5 750-2AA21
6ES5 497-8MA11
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6ES5 895-3MW1
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Technical specifications
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S5-95F programmable controller%<+<62; /79 (
6ES5 095-8FB01 35 mm DIN rail.60;1 55 6ES5 710-8MA11
Fiber optic connection cable/79 4263260 :<+<62;:
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6ES5 710-8MA31
6ES5 710-8MA41
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S5-95F system manual
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Application ManualSIGUARD and SIMATIC S5-95F%*/.;@
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6042:1
6ES5 998-1MF3
E20001-P285-A591-V1E20001-P285-A591-V1-7600
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Crimp contacts, 8*,3 7/
Crimping tool /79 ,9258 ,76;*,;:
Sub D connector 826 5*4.
6ES5 490-8FB11
6ES5 497-8MA11
6XX3 070
6XX3 071
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$<4-&3) *3,&,*2*39 5*7&9.3, 24)* 8*1*(9.43 #&+*9> )447 243.947.3, 2*7,*3(> 8945 .,-9 '&77.*7
*&9:7*8
#:.9&'1* +47 &11 57*88*8 +47<-.(- 8&+*9> (4397411*78 :594 &3) .3(1:).3, &9*,47> 94 -&;* 94 '* .251*A2*39*)
*79.+.*) '> 9-* *72&3$7&)* 884(.&9.43 <-.(- .3(1:)*8 9-* 57*88+:3(9.43 '14(08 .3 9-* +4724+ 84+9<&7* 5&(0&,*8 *79.+.(&9* 4 .8A8:*) '> 9-* *72&3 $7&)*884(.&9.43 &3)4.89.3, *&7
&89 )*9*(9.43 4+ :38&+*89&9*8 '> 8-479(.7(:.9 243.A947.3, .3 9-* 8 &3) 8&+*A9>7*1&9*) 243.947.3, 4+ 574A,7&2 574(*88.3,
.7*(9 1.30 4+ &)).9.43&1 3438&+*9>7*1&9*) 57*88 +:3(A9.438 84 9-&9 43* (4397411*7(&3 '* :8*) +47 9-* <-41*57*88
4257*-*38.;* +&:19 &3)).&,3489.(8 459.438 .+ & +&:194((:78
39*,7&9.43 4+ &)).9.43&1 (:8A942.?*) 8&+*9> +:3(9.438
Design, principle of operation
#** # A +742 5&,*
Programming 11 +:3(9.438 &7* 8:551.*) &8(477*(91> 574,7&22*) 84+9A<&7* .3 9-* (4397411*7 !7*8885*(.+.( +:3(9.438 8:(- &89<4-&3) *3,&,*2*39 45*7A&9.3, 24)* 8*1*(9.43 (&2&3) 1.2.9 8<.9(- 8(&33.3,*9( &7* 8:551.*) &8 84+9<&7*24):1*8 &3) 2&0* 45*7&9.43*&8.*7 +47 9-* :8*7
$-*8* 24):1*8 -&;* '**3(*79.+.*) '> 9-* 7*85438.'1**72&3 $7&)* 884(.&9.43#&+*9> 43 57*88*8 .8 ,:&7&3A9**) .3 (43/:3(9.43 <.9- 9-*&((*59*) 84+9<&7* 5&(0&,*8
31> ;*7.+.(&9.43 9-&9 8&+*9>7*6:.7*2*398 &7* +:1+.11*) '>9-* :8*7 574,7&2 &3) 9-* *=A9*73&1 +**)'&(0 24):1* .89-*3 3*(*88&7>
$-* # ! .8 574,7&22*).3 9-* 8&2* <&> &8 9-*# 8** !&,*
Ordering data 7)*7 4 Ordering data 7)*7 4
Press safety controller SIMAT-ICS5-95F/P<.9- # ! (*397&1 (439741A
1*78 +.'*7459.( (&'1* 2
57*8885*(.+.( 8&+*9> 574,7&2
2&3:&1
&8.( ;*78.43 +47 2*(-&3.(&1
57*88*8
&8.( ;*78.43 +47 2*(-&3.(&1
&3) ->)7&:1.( 57*88*8
:11 ;*78.43 +47 2*(-&3.(&1
57*88*8
375 memory submodule!" '>9*8
Backup battery.9-.:2 '&99*7>
6AT1 150-0AA03-0XA0
6AT1 150-0AA13-0XA0
6AT1 150-0AA23-0XA0
6ES5 375-1LA15
6ES5 980-0MA11
Safety-relateddigital input
Safety-relateddigital output
Power supply modules, stan-dard DIN rail
Front connector5.3 <.9- 8(7*< (433*(9.43
Parameterization softwareCOM 95F
Documentation
Brief description
Description
6ES5 431-8FA11
6ES5 450-8FA11
8** # A% # A %
6ES5 490-8FB11
8** #*(9.43
6ZB5 440-0TV01-0BA1
6AT1 900-0AB11-0AA0
#$ #B% #B% #B%!%:647(*; !:
#0,4,5: #$ A
S5-100U
Application 5 #B% 796.9(44()3,*65;9633,9 (3>(@: 9,8<09,: (!% $/, !% 0: :5(77,++09,*; 65;6 ;/, 9(03 >0;/6<;( )<: <50; $/,9, 0: (:,3,*;065 6- ;/9,, !%:
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Design 33 ;/, !%: *65;(05
*65;963 <50;
5 05;,95(3 76>,9 :<773@ & & (3:6 -69 ;/,05;,95(3 76>,9 :<773@ 6- ;/, 46+<3,:
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647(9;4,5; -69 ( )(*2<7)(;;,9@ ;6 :(=, ;/, *65;,5;:6- ;/, " 05 ;/, ,=,5; 6- (76>,9 -(03<9,
Programming $/, !%: *(5 ), 796B.9(44,+ 05 ;/, :;(;,4,5; 30:;#$ *65;963 :@:;,4 -36>B*/(9; # 69 3(++,9 +0(.9(4
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!% 653@ (9, (=(03()3,-69 796.9(4405. :,8<,5;0(3*65;963:
Technical specifications
CPU
!
%
!
%
CPU 100 CPU 102 CPU 103
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S5-100U +65;15<-,
Technical specifications +65;15<-,
CPU
!
&
!
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CPU 100 CPU 102 CPU 103
!96/9)4 69/)51A);165 15-)9 69 :;9<+;<9-,
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S5-100U *54904:,+
Technical specifications *54904:,+
CPU
"
&
"
&
CPU 100 CPU 102 CPU 103
,.7,, 5- 6759,*9054 " 04 (** ;09/
3)0,49 9,36,7(9:7,
570=549(2 0489(22(9054
',790*(2 0489(22(9054
95
95
5456,7(904. 9,36,7(9:7, 95
:30+09< 7(904. 04 (** ;09/ 95 04+557
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!8*022(9054 9,89
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$/5*1 9,89
%,89,+ ;09/
@@
95 = *5489(49 (36209:+, 33 95 = *5489(49 (**,2,7(9054 .
@@
8/5*18 8,30804:850+(2 . 38
Ordering data !7+,7 5 !7+,7 5
CPU;09/ 049,.7(2 65;,7 8:662<
' 7,*,69(*2, -57
3,357< 8:)35+:2,
*536(793,49 -57 )(*1:6 )(99,7<
(4+ *544,*9054 -57 675.7(33,7
CPU 100
CPU 102
CPU 103
4 (++09054 62,(8, 89(9, 9/, !7+,7
5 -57 9/, S5-100U manual,73(4
4.208/
7,4*/
$6(408/
9(20(4
6ES5 100-8MA02
6ES5 102-8MA02
6ES5 103-8MA03
6ES5 998-0UB136ES5 998-0UB236ES5 998-0UB336ES5 998-0UB436ES5 998-0UB53
375 memory submodule
"#! ? )<9,
)<9,
)<9,
"#! ? )<9,
? )<9,
? )<9,
)<9,
Backup battery
COM DB1 parameter assign-ment software
S5-100U reference guide"& "& "&
,73(4
4.208/
7,4*/
$6(408/
9(20(4
6ES5 375-1LA156ES5 375-1LA216ES5 375-1LA41
6ES5 375-0LC116ES5 375-0LC216ES5 375-0LC316ES5 375-0LC416ES5 980-0MA11
8,, $,*9054
6ES5 997-8MA1
12345
%& %G' %G' %G'313=+5 379>=8>=9>= 68.>5/<
%3/6/7< %& E
Digital input modules
Application &2/ .313=+5 379>= 68.>5/< -87G?/;= =2/ 5/?/5< 80 =2/ /A=/;7+5,37+;B <317+5< 37 =2/ 9;8-/<<=8 =2/ 37=/;7+5 <317+5 5/?/5 80=2/ 9;81;+66+,5/ -87=;855/;
&2/ 0+35<+0/ .313=+5 379>=68.>5/ -87=+37< +7 37=/1;+5=/<= -3;->3= = -+7 ,/ ></. 08;<+0/=BG;/5+=/. +9953-+=387<8; =2+= =2/ 68.>5/ 6><= ,/95>11/. 37=8 ,8=2 <>,G68.>5/<
55 8=2/; .313=+5 379>= 68.>5/<+;/ 875B +99;8?/. 08; 787G<+0/=BG;/5+=/. 0>7-=387<
8; 68.>5/< @23-2 -+7 ,/></. 37 =2/ %G <// =+,5/<87 9+1/
Design ;//7 < ,/<3./ =2/5+,/55371 03/5.< 08; =2/ 37.3G?3.>+5 379>=< 37.3-+=/ =2/<317+5 <=+=><
&2/ 68.>5/< 2+?/ 6/-2+73G-+5 -8.371 +7. +;/ 95>11/.87=8 =2/ ,>< >73=< &23< +5<8/<=+,53<2/< =2/ -87=+-= =8 =2/
=/;637+5 ,58-4 08; =2/ <317+5-+,5/< &2/ 5+==/; 7//. 78= ,/./=+-2/. @2/7 ;/95+-371 +68.>5/ 03A/. @3;371
&2/ 03A/. 68.>5/ <58= -8.371.8/< 78= ;/:>3;/ +7 +..;/<<</==/; 8 +..;/<< .3<95+-/G6/7=< 8-->; 30 68.>5/< +;/
37=/;-2+71/. 8; 1+9< +;/ 5/0=,/=@//7 68.>5/<
&2/ .313=+5 379>= 68.>5/% 3<+..;/<</. 534/ +7 +7+58168.>5/ +7. -+7 875B ,/95>11/. 37=8 =2/ ;/<9/-=3?/<58=<
Technical specifications
313=+5 379>= 68.>5/ 6ES5 420-8MA11 6ES5 421-8MA12 6ES5 422-8MA11 6ES5 430-8MB11 6ES5 430-8MC11
Number of inputs 4 8 16 4 4+5?+73- 3<85+=387
7 1;8>9< 80
8
H
8
H
8
H
*/< 89=8-8>95/;
*/< 89=8-8>95/;
Input voltage 8637+5 ?+5>/
;/:>/7-B
24 V DCH
24 V DCH
24 V DCH
24/60 V DCH
115 V UC =8 C
79>= ?85=+1/
8; D <317+5
8; D <317+5
=8 (
=8 (
=8 (
=8 (
=8 (
=8 (
=8 (
=8 (
=8 (
=8 (
79>= ->;;/7= =B9
= D <317+5
6
+= (
6
+= (
6
+= (
6
+= (
6 += (
F6 += F(
/5+B
= → D =B9
= D → D =B9
6<
6<
6<
6<
6<
6<
6<
6<
6<
6<
/71=2 80 -+,5/
'7<23/5./. 6+A 6 0= 6 0= 6 0= 6 0= 6 0=
#>3/<-/7= ->;;/7= @3=2 G@3;/
$! 9;8A363=B <@3=-2/< 6+A 6 6 6 6 6
+>5= 37.3-+=387
8 </7<8; ?85=+1/D
$/.
63<<371
$/.
63<<371
$/.
63<<371
$/.
63<<371
8
7<>5+=387 ?85=+1/
( ;/0/;;/. =8 1;8>7.
7 +-- @3=2 (
&/<=/. +=
( ;/0/;;/. =8
7 +-- @3=2 (
&/<=/. +=
(
H
H
H
(
H
H
H
(
H
H
H
(
(
(
(
(
(
(
(
>;;/7= -87<>69=387
7=/;7+5
0;86 =2/ "' ( 6+A 6 6 6 6 6
"8@/; 58<< =B9 ) ) ) ) )
)/312= +99;8A 41 5, 41 5, 41 5, 41 5, 41 5,
5<8 08; %
%& %G' %G' %G'313=+5 379>=8>=9>= 68.>5/<
%3/6/7< %& E
Digital input modules -87=37>/.
Technical specifications -87=37>/.
313=+5 379>= 68.>5/ 6ES5 430-8MD11 6ES5 431-8MA11 6ES5 431-8MC11 6ES5 431-8MD11 6ES5 433-8MA11 6ES5 431-8FA11
Number of inputs 4 8 8 8 8 8
+5?+73- 3<85+=387
7 1;8>9< 80
*/< 89=8-8>95/;
*/< 89=8-8>95/;
*/< 89=8-8>95/;
*/< 89=8-8>95/;
*/< 89=8-8>95/;
*/< 89=8-8>95/;
Input voltage 8637+5 ?+5>/
;/:>/7-B
230 V UC =8 C
24 V DCH
115 V UC =8 C
230 V UC =8 C
5 V to 24 V DCH
24 V DCH
79>= ?85=+1/
8; D <317+5 =8 ( =8 ( =8 ( =8 ( =8 (
+= (
=8 (
+= (
=8 (
8; D <317+5 =8 ( =8 ( =8 ( =8 ( =8 (
+= (
=8 (
+= (
=8 (
79>= ->;;/7= =B9
+= D <317+5
6
+= (
6
+= (
6
+= (
6
+= (
6
+= (
6
+= (
6
+= (
6 += (
6 += (
6
+= (
/5+B
= D → D =B9
= D → D =B9
6<
6<
6<
6<
6<
6<
6<
6<
6< 8; 6<
6< 8; 6<
89=387+5
6<
6<
/71=2 80 -+,5/
'7<23/5./. 6+A 6 0= 6 0= 6 0= 6 0= 6 0= 6 0=
#>3/<-/7= ->;;/7= @3=2 G@3;/
$! 9;8A363=B <@3=-2/< 6+A 6 6 6 6 8 /;8 -87G
7/-=387 98<<3,5/
6
+>5= 37.3-+=387
8 </7<8; ?85=+1/D
8 8 8 8 8 8
7<>5+=387 ?85=+1/
( =8 1;8>7.
7 +-- @3=2 (
&/<=/. +=
( =8
7 +-- @3=2 (
&/<=/. +=
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
(
>;;/7= 379>=
7=/;7+5
0;86 "' ( 6+A 6 6 6 6 6 6
"8@/; 58<< =B9 ) ) ) ) ) )
)/312= +99;8A 41
5,
41 5, 41
5,
41 5, 41
5,
41 5,
8; </==+,5/ /7-8./; <@3=-2371 =8 8; 98=/7=3+5 +7 +5<8 ,/ ></. 08; %G 8; %G 875B
Ordering data !;./; 8 !;./; 8
Digital input module 379>=< 787G058+=371 F(
379>=< 787G058+=371 F(
379>=< 787G058+=371
F( 0;87= -877/-=8; ;/:>3;/.
379>=< 058+=371 (
379>=< 058+=371 F( '
379>=< 058+=371 ( '
379>=< 058+=371 (
379>=< 058+=371 F ( '
379>=< 058+=371 ( '
379>=< 058+=371
F( =8 F(
6ES5 420- 8MA116ES5 421- 8MA126ES5 422- 8MA11
6ES5 430- 8MB116ES5 430- 8MC116ES5 430- 8MD116ES5 431- 8MA116ES5 431- 8MC116ES5 431- 8MD116ES5 433- 8MA11
Failsafe digital input module08; %G 875B @3=2 379>=<
058+=371 (
Front connector 08;
%G .313=+5
379>= 68.>5/
G937 08; -;369 =/;637+5<
37-;/+</. 9;8=/-=387
)3=2 -;369 -87=+-=<
)3=28>= -;369 -87=+-=<
G937 08; <-;/@ =/;637+5<
%=+7.+;.
)3=2 37-;/+</. 9;8=/-=387
6ES5 431- 8FA11
6ES5 490- 8MA136ES5 490- 8MA03
6ES5 490- 8MB116ES5 490- 8FB11
&2/ 5/0= ;8@ 80 =/;637+5< 87 =2/ 0;87= -877/-=8; 3< 6+;4/. @3=2 +7 +D =2/ ;312= ;8@ @3=2 + ,D
8! 8! 8!+)+3$, +.043/43043 -/&4,'2
+'-'.2 7
Digital input modules %/.3+.4'&
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66
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<! < ! <!+)+5#- +/165065165 .0&6-'4
+'.'/4 ;
Digital output modules
Application *' &+)+5#- 065165 .0&6-'4%0/7'35 5*' +/5'3/#- 4+)/#--'7'- 0( 5*' 130)3#..#$-'%0/530--'3 50 5*' '95'3/#-$+/#3: 4+)/#- -'7'- 3'26+3'&(03 5*' 130%'44
*' (#+-4#(' &+)+5#- 065165.0&6-' %0/5#+/4 #/ +/5')3#-5'45 %+3%6+5 5 +4 # 4063%' 03 #4+/, 065165 .0&6-' 50 $'%*04'/ 7+# #/ '95'3/#-48+5%* *' .0&6-' %#/ $'64'& (03 4#('5:<3'-#5'-+%#5+0/4 03 5*#5 +5 .645$' 1-6))'& +/50 $05* 46$<.0&6-'4
-- 05*'3 &+)+5#- 065165 .0&<6-'4 #3' 0/-: #11307'& (03/0/<4#('5:<3'-#5'& (6/%5+0/4
03 .0&6-'4 8*+%* %#/ $'64'& +/ 5*' < 4'' 5#$-'0/ 1#)'
Design *' .0&6-'4 *#7' .'%*#/+<%#- %0&+/) #/& #3' 1-6))'&0/50 5*' $64 6/+54 *+4 #-40'45#$-+4*'4 %0/5#%5 8+5* 5*'5'3.+/#- $-0%, (03 5*' 4+)/#-%#$-'4 *' -#55'3 /''& /05 $'&'5#%*'& 8*'/ 3'1-#%+/) #.0&6-' (+9'& 8+3+/)
*' .0&6-'4 *#7' (+9'& 4-05%0&+/) &&3'44 #44+)/.'/54#3' 5*64 /05 /'%'44#3: #/&#&&3'44'4 #3' /05 4*+(5'& +(.0&6-'4 #3' 3'1-#%'& 03 +( 5*'.0&6-' %0/(+)63#5+0/ %0/5#+/46/#44+)/'& 4-054
*' &+)+5#- 065165 .0&6-' +4 015+0/#--:#7#+-#$-' #4 # 4063%' 03 #4+/, 065165 .0&6-' 4'' (30/51#/'-
$% $F& $F& $F&313=+5 379>=8>=9>= 68.>5/<
$3/6/7< $% E
Digital output modules -87=37>/.
Technical specifications
313=+5 8>=9>= 68.>5/ 6ES5 440-8MA12 6ES5 440-8MA22 6ES5 441-8MA11 6ES5 450-8MB11 6ES5 450-8MD11
Number of outputs 4 4 8 4 4+5?+73- 3<85+=387
7 1;8>9< 80
8
G
8
G
8
G
)/< 89=8-8>95/;
)/< 89=8-8>95/;
Supply voltage 08; =2/ 58+.
8637+5 ?+5>/
#3995/ 99 6+A
"/;63<<3,5/ ;+71/
37-5>.371 ;3995/
'+5>/ += < 6+A
;/:>/7-B
24 V DC '
=8 '
'
G
24 V DC '
=8 '
'
G
24 V DC '
=8 '
'
G
24/60 V DC '
=8 '
G
G
115/230 V DCG
=8 '
G
=8 C
Output current += D <317+5 8637+5 ?+5>/ >9 =8
8637+5 ?+5>/ >9 =8
"/;63<<3,5/ ;+71/
7 9+;+55/5 89/;+=387 6+A
9/; 8>=9>=
%8=+5 ->;;/7=
0.5 A
6 =8
2 A
6 =8
0.5 A
6 =8
0.5 A
6 =8
1 A
=8
8= 9/;63<<3,5/
+69 58+. 6+A ( ( ( ( ( ( (
$28;=F-3;->3= 9;8=/-=387 5/-=;873- 5/-=;873- G 5/-=;873- ></
+>5= .3+178<3< 98<<3,5/ )/< )/< 8 )/< 8
363=+=387 80 ?85=+1/ 37.>-/. 87
-3;->3= 37=/;;>9=387 37=/;7+5 =8 ' ' ' ' G
$@3=-2371 0;/:>/7-B
#/<3<=3?/ 58+. 6+A
7.>-=3?/ 58+. 6+A
C
C
C
C
C
C
C
C
C
*
%8=+5 58+. -+9+,353=B
#/<3.>+5 ->;;/7=
+= D <317+5 6+A
6 6 6 6 6
$317+5 5/?/5 80 8>=9>=<
= D <317+5 637 ' ' ' ' '
/71=2 80 -+,5/
&7<23/5./. 6+A 6 0= 6 0= 6 0= 6 0= 6 0=
+>5= 37.3-+=387
$28;=F-3;->3= 78 D #/. #/. 8 #/. 8
7<>5+=387 ?85=+1/
' =8 1;8>7.
7 +-- @3=2 '
%/<=/. +=
' =8
7 +-- @3=2 '
%/<=/. +=
'
'
G
G
'
'
G
G
'
'
G
G
'
'
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8; ' 6+A
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6
6
6
6
6
6
6
6
6
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(/312= +99;8A 41 5, 41 5, 41 5, 41 5, 41 5,
!7/ 379>= 80 + .313=+5 379>= 68.>5/ 3< 9/;63==/. +< 63736>6 58+. #/0/;;/. =8 =2/ <>6 80 +55 78637+5 ->;;/7=< 80 87/ 68.>5/ 5<8 08; $F
&!' &I( &I( &I(535?-7 59;@?:@?;@? 8:0@71>
&51819> &' G
Digital output modules /:9?59@10
Technical specifications /:9?59@10
535?-7 :@?;@? 8:0@71 6ES5 451-8MA11 6ES5 451-8MD11 6ES5 453-8MA11 6ES5 451-8MR12 6ES5 452-8MR116ES5 450-8FA11
6ES5 450-8FA12
Number of outputs 8 8 8 8 4 4-7A-95/ 5>:7-?5:9
9 3=:@;> :2
+1> :;?:/:@;71=
+1> :;?:/:@;71=
+1> :;?:/:@;71=
+1>
=17-D /:9?-/?>
+1>
=17-D /:9?-/?>
+1> :;?:/:@;71=
9?13=-?10 ?1>? /5=/@5? J J J J J +1>
-=6 59?1=A-7 8-C J J J J J 8>HI
8>I
Sply volt. 2:= ?41 7:-0 ":859-7 A-7@1
%5;;71 ;; 8-C
$1=85>>5.71 =-931
59/7@0593 =5;;71
)-7@1 -? > 8-C
=1<@19/D
24 V DC )
?: )
)
J
115/230 V ACJ
?: )
J
?: E
5 to 24 V DC ) -? )
?: )
)
J
24 V DC )
?: )
)
J
24/60 V DC )
?: )
)
J
24 V DC )
?: )
)
J
Output current -? F >539-7
":859-7 A-7@1 @; ?:
$1=85>>5.71 =-931
9 ;-=-7717 :;1=-?5:9
;1= :@?;@? 8-C
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1 A 8 ?:
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-@7? 05-39:>5> ;:>>5.71 ": ": ": ": ": +1>
585?-?5:9 :2 A:7?-31 590@/10
:9 /5=/@5? 59?1==@;?5:9 59?1=9-7 ?: ) J
)
-? ) )
Continuous current ?4 3 A 5 A&B5?/4593 /-;-/5?D :2 /:9?-/?>
%1>5>?5A1 7:-0 8-C
90@/?5A1 7:-0 8-C
)
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:;1=-?5:9>
HHCH H I
HCH H I
HCH H I
HCH H I
&B5?/4593 2=1<@19/D
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90@/?5A1 7:-0 8-C
E
E
E
E
E
E
E
J
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,
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8
8
8
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8
8
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8
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8
8
8
$:B1= 7:>> ?D; * * * * * *
*1534? -;;=:C H63 H7. H63 H7. 63 H7. 63 7. 63 7. 63 7.
#91 59;@? :2 - 0535?-7 59;@? 8:0@71 5> ;1=85??10 -> 85958@8 7:-0 %121==10 ?: ?41 >@8 :2 -77 9:859-7 /@=19?> :2 ?41 8:0@71 #;?5:9-77D -> >:@=/1 := >596 :@?;@? 8:0@71 A1=D /:9?-/? 5> .=50310 .D - A-=5>?:= 8-C =1>50@-7 /@==19? 8 -? ) -;;=:C 8 -? ) & I!& I! & I! := & I! 2=:9? /:991/?:= =1<@5=10 := &I :97D 7>: 2:= &I
: : :*(*4", *.054/54054 -/%5,&3
*&-&.3 9
Digital output modules
Ordering data 2%&2 / 2%&2 /
Digital output module /540543 ./.:',/"4*.(
/540543 ./.:',/"4*.(
/540543 ./.:',/"4*.(
/540543 ',/"4*.(
/540543 ',/"4*.(
/540543 ',/"4*.(
/540543 ',/"4*.(
2&,"8 $/.4"$4 /540543 ',/"4*.(
'2/.4
$/..&$4/2 2&15*2&% 3&& 2*()4
2&,"8 $/.4"$4 /540543 ',/"4*.(
/540543 ',/"4*.(
4/
6ES5 440-8MA12
6ES5 440-8MA22
6ES5 441-8MA11
6ES5 450-8MB11
6ES5 450-8MD11
6ES5 451-8MA11
6ES5 451-8MD11
6ES5 451-8MR12
6ES5 452-8MR11
6ES5 453-8MA11
Safety-related digital outputmodule'/2 : /.,8
7*4) /540543 ',/"4*.(
/04*/.",,8 "6"*,"#,& "3
3/52$& /2 3*.+ /54054 -/%5,&
"2+ *.4&26", -3
/2 47/:$)"..&, :7"8 $/.42/,
%"2+ *.4&26", -3
Front connector 1)
'/2 %*(*4", /54054 -/%5,&
: :0*. '/2
$2*-0 4&2-*.",3 7*4) *.$2&"3&%
02/4&$4*/.
!*4) $2*-0 $/.4"$43
!*4)/54 $2*-0 $/.4"$43
:0*. '/2 3$2&7 4&2-*.",3
4".%"2%
!*4) *.$2&"3&% 02/4&$4*/.
:0*. '/2 3$2&7 4&2-*.",3
Fuse &0,"$&-&.4 '53& '/2 %*(*4",
/54054 -/%5,&3 :
".% :
6ES5 450-8FA116ES5 450-8FA12
6ES5 490-8MA136ES5 490-8MA03
6ES5 490-8MB116ES5 490-8FB116ES5 490-8MB21
6ES5 980-3BC41
)& ,&'4 2/7 /' 4&2-*.",3 /. 4)& '2/.4 $/..&$4/2 *3 -"2+&% 7*4) ". " 4)& 2*()4 2/7 7*4) " #
& ' &G( &G( &G(424>,6 48:?>9?>:?> 79/?60=
&40708= &' F
Digital input/output modules
Application '30 /424>,6 48:?>9?>:?>79/?60 3,= 48:?>= ,8/ 9?>:?>= '30 /424>,6 48:?>=.98@0<> >30 0B>0<8,6 =428,660@06= 48>9 >30 48>0<8,6 =428,660@06= 91 >30 :<92,77,-60.98><9660< '30 /424>,6 9?>:?>=.98@0<> >30 48>0<8,6 =428,660@06= 48>9 >30 0B>0<8,6 =428,660@06=
'30 /424>,6 48:?>9?>:?>79/?60 4= 986C ,::<9@0/ 19<898G=,10>CG<06,>0/ 1?8.>498=
9< 79/?60= A34.3 .,8 -0?=0/ 48 >30 &G =00 >,-60=98 :,20
Design ,?6>= ,<0 48/4.,>0/ -C >3<00= 98 >30 79/?60
'30 /424>,6 48:?>9?>:?>79/?60 4= :6?220/ 48>9 , -?=?84> -?> A4<0/ @4, , =0:,<,>01<98> .9880.>9< '30 G:481<98> .9880.>9< 4= =.<0A0/98>9 >30 1<98> 91 >30 79/?60
> 4= ,@,46,-60 A4>3 .<47:>0<748,6= ,8/ =.<0A >0<748,6=,8/ 7?=> -0 9</0<0/=0:,<,>06C
'30 79/?60 4= ,//<0==0/ 6450,8 ,8,692 79/?60 ,8/ .,8 -0?=0/ 48 >30 <060@,8> =69>=
> 3,= 14B0/ =69> .9/482//<0== ,==428708>= ,<0>3?= 89> 80.0==,<C ,8/,//<0==0= ,<0 89> =341>0/ 4179/?60= ,<0 <0:6,.0/ 9< 41 >3079/?60 .98142?<,>498 .98>,48=?8,==4280/ =69>=
'30 79/?60 .,8 ,6=9 -0 ?=0/A4>3 >30 &G
Technical specifications
Digital inputs
!?7-0< 91 48:?>=
,6@,84. 4=96,>498
8:?> @96>,20
!9748,6 @,6?0
9< E =428,6
9< E =428,6
8:?> .?<<08>
,> E =428,6 >C:
06,C
> E → E >C:
> E→ E >C:
$?40=.08> .?<<08> A4>3 GA4<0
%" :<9B474>C =A4>.30= 7,B
,?6> 48/4.,>498 !9 E
Digital outputs!?7-0< 91 9?>:?>=
,6@,84. 4=96,>498
8 2<9?:= 91
Supply voltage :9=
19< >30 69,/
!9748,6 @,6?0
%4::60 :: 7,B
#0<74==4-60 <,820
48.6?/482 <4::60
),6?0 ,> = 7,B
Output current !,> =428,6 E
!9748,6 @,6?0
#0<74==4-60 <,820
%0=4/?,6 .?<<08> ,> E =428,6 7,B
&39<>.4<.?4> :<9>0.>498
060.><984.
,?6> 48/4.,>498 =39<> .4<.?4>
!9
)
>9 )
>9 )
7
7=
7=
7
%0/
!9
)
)
>9 )
)
7
>9 7
7
+0=
%0/
:0< 2<9?: 91
Digital outputs (continued),7: 69,/ 7,B
&428,6 60@06 91 9?>:?>=
,> =428,6 748
&A4>.3482 1<0;?08.C
%0=4=>4@0 69,/ 7,B
8/?.>4@0 69,/ 7,B
)96>,20 48/?.0/ 98 .4<.?4>
48>0<<?:>498 48>0<8,6 6474>0/ >9
#,<,6606 9:0<,>498
:9==4-60 48 :,4<= 7,B
#0<74==4-60 >9>,6 .?<<08>
'9>,6 69,/ .,:,-464>C
Common data#0<74==4-60 ,7-408> >07:0<,>?<0
9<4D98>,6 .98142?<,>498
)0<>4.,6 .98142?<,>498
,-60 6082>3 ?8=3406/0/
8=?6,>498 70,=?<0708>
!9748,6 48=?6,>498 @96>,20
) >9 2<9?8/
8=?6,>498 2<9?:
?<<08> .98=?7:>498
8>0<8,66C 1<97 ) >C:
#( 48>0<1,.0 79/?60
B>0<8,66C 1<97
A4>39?> 69,/ >C:
#9A0< 69== >C:
*0423> ,::<9B
*
)
D
D
)
!
>9
>9
7 1>
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)
B
7
7
*
52 6-
"80 48:?> 91 , /424>,6 48:?> 79/?60 4= :0<74>>0/ ,= 74847?7 69,/ %010<<0/ >9 >30 =?7 91 ,66 89748,6 .?<<08>= 91 980 79/?60
5 5 5(&(1 * (,.21-21.21 +-#2*$0
($+$,0 4
Digital input/output modules "-,1(,2$#
(& /-,1.* 1$ -% 1'$ #(&(1 * (,.21-21.21 +-#2*$
ST
52–2
179a
5
16 X DC 24 V
IN
n + 1nF
.7
.6
.4
.2
.1
.0
NC
NC
.3
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.6
.5
.4
.2
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.0
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L+
1 2 3
M6
.7
.0
.0
.7
0,5 A
0,5 A
M
nn
L+
M
n + 1L+n + 1
OUT
Fn + 1
n
.5
.7
.6
.4
.2
.1
.0
.3
.7
.6
.5
.4
.2
.1
.0
.3
.5
DIGITAL
5
Ordering data /#$/ - /#$/ -
Digital input/output module3(1'
(,.210 ,#
-21.210
6ES5 482-8MA13 Front connector
%-/ #(&(1 * (,.21-21.21 +-#2*$
5
5.(, %-/ "/(+. 1$/+(, *0
(,"/$ 0$# ./-1$"1(-,
(1' "/(+. "-,1 "10
(1'-21 "/(+. "-,1 "10
5.(, %-/ 0"/$3 1$/+(, *0
1 ,# /#
,"/$ 0$# ./-1$"1(-,
6ES5 490-8MA136ES5 490-8MA03
6ES5 490-8MB116ES5 490-8FB11
'$ *$%1 /-3 -% 1$/+(, *0 -, 1'$ %/-,1 "-,,$"1-/ (0 + /)$# 3(1' , 1'$ /(&'1 /-3 3(1' ! *0- %-/ 5
!" ! @# ! @ # ! @#2&03, .2498398498 13)90*7
!.*1*27 !" ?
Analog input modules
Application "-* &2&03, .2498 13)90*7(32:*68 8-* &2&03, 7.,2&07+631 8-* 463(*77 .283 ).,.8&07.,2&07 +36 +968-*6 463(*77.2,.2 8-* 463,6&11&'0*(3286300*6
2&03, .2498 13)90*7 &6* 320=&4463:*) +36 232@7&+*8=@6*0&8*) +92(8.327
36 13)90*7 ;-.(- (&2 '*97*) .2 8-* ! @ 7** 8&'0*732 4&,*
Design "-* +3003;.2, (&2 '* 7*8 '= &(3).2, 7;.8(- 32 8-* +6328 3+8-* 13)90*
@ @ 36 @(-&22*0 34*6&8.32 .2* +6*59*2(= 36 > %.6*@'6*&/ &0&61 7.,2&0 323++ 238 +36 (966*28 .24987
"-* 13)90*7 -&:* 1*(-&2.@(&0 (3).2, &2) &6* 409,,*).283 8-* '97 92.87 "-.7 &073
*78&'0.7-*7 (328&(8 83 8-*8*61.2&0 '03(/ +36 8-* 7.,2&0(&'0*7 "-* 7.,2&0 (&'0*72**) 238 '* ).7(322*(8*) 836*40&(* & 13)90* +.<*) ;.6.2,
"-* 13)90*7 -&:* +.<*) 7038(3).2, &2) )3 238 6*59.6* &2&))6*77 7*88*6 3 &))6*77).740&(*1*287 3((96 .+ 13)@90*7 &6* .28*6(-&2,*) 36 ,&47&6* 0*+8 '*8;**2 13)90*7
"-* 13)90* ;.8- (-&6&(8*6.7@8.( 0.2*&6.>&8.32 +36 8-*613@*0*1*287 (328&.27 8-* (-&6@&(8*6.78.( (96:*7 +36
.@6.@0 8=4* .2 &((36)&2(* ;.8-
*9@. 8=4* .2 &((36)&2(* ;.8-
*9@. 8=4* .2&((36)&2(* ;.8-
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., 322*(8.32 ).&,6&17 +36 &2&03, .2498 13)90*7
1
2
3
4
5
6
7
8 10
9
UUU
! @! @
! @! !
! @
! @
+36 +396;.6*
1*&796*1*28
86&27+361*67
+36 8;3@;.6*
1*&796*1*28
86&27+361*67! @!
! @! @
(322*(8.32 +36 1$ :308&,*
7396(*7(322*(8.32 +36 8
1
2
3
4
5
6
7
8 10
9
+ – + – + – + –
----
Cu
Fe KO
----
1
2
3
4
5
6
7
8 10
9
----
1
2
3
4
5
6
7
8 10
9 1
2
3
4
5
6
7
8 10
9
+–4–Dr.MU
+–4–Dr.MU
+–4–Dr.MU
+4–Dr.MU
Ch. 3Ch. 2Ch. 1Ch. 0
1
2
3
4
5
6
7
8 10
9
Ch. 1Ch. 0
+ –+ –
MU
+ –
MU
+ –
MU
+ –
MU2–Dr. 2–Dr. 2–Dr. 2–Dr.
L+
M
Ch. 3Ch. 2Ch. 1Ch. 0
U
----
+ – + – + – + –
–
UU
U
+ – + – + – + –+ – + – + – + –
1
2
3
4
5
6
7
8 10
9
1
2
3
4
5
6
7
8 10
9
Ch. 1Ch. 0 IC I C10
$
+36 +396@;.6*
1*&796*1*28
86&27+361*67
+36 8;3;.6*
1*&796*1*28
86&27+361*67
U +396;.6*1*&796*1*2886&27+361*67
U U
6# #
6
&!' &G( &G( &G(9,7:2 49;?>:?>;?> 8:/?70=
&40809= &' E
Analog input modules .:9>49?0/
Technical specifications
9,7:2 49;?> 8:/?70 6ES5 464-8MA11 6ES5 464-8MA21 6ES5 464-8MB11 6ES5 464-8Mc11
Nominal input ranges 9:849,7 @,7?0=
± 8) ± 8) ± ) ± )
Number of inputs 1, 2 :< 4 :;>4:9,7
,7@,94. 4=:7,>4:9 +0= 49;?>= >: 2<:?9/ 9:> >: :90 ,9:>30<
9;?> <0=4=>,9.0 849 ! ! ! 6
:990.>4:9 80>3:/ :1 =09=:<= 'A:GA4<0 .:990.>4:9=
424>,7 <0;<0=09,>4:9 :1
49;?> =429,7 -4> >A:= .:8;70809> ?94>= 9:849,7 @,7?0
!0,=?<492 ;<49.4;70 9>02<,>492
:9@0<=4:9 ;<49.4;70 ):7>,20G>480 .:9@0<=4:9
9>02<,>4:9 >480 ,/5?=>,-70 1:<
:;>48?8 9:4=0 =?;;<0==4:9
8= ,> D
8= ,> D
9.:/492 >480 8,B 8= ,> D
8= ,> D
C.70 >480 1:< 49;?>=
49;?>=
49;?>
> D 8=
8=
F 8=
> D 8=
8=
F 8=
$0<84==4-70 @:7>,20
0>A009 49;?>= 8,B
0>A009 49;?>= ,9/
.09><,7 2<:?9/492 ;:49> 8,B
/0=><?.>4:9 7484>
± )
) )
$0<84==4-70 49;?> .?<<09> 8,B
/0=><?.>4:9 7484>
H H H H
$0<84==4-70 49;?> @:7>,20
/0=><?.>4:9 7484> 8,B ) ) ) )
,?7> 49/4.,>4:9 49 >30 .,=0 :1
%,920 0B.00/0/ > :1 9:849,7 @,7?0 :@0< ?94>=
&09=:< A4<0 -<0,6 +0= .09><,77C 49/4.,>0/ -C <0/ ":
":4=0 =?;;<0==4:9 1:<
1 9 ⋅ D ±
9
:88:9 8:/0 <05 849
; )
&0<40=G8:/0 <050.>4:9 849
;0,6 @,7?0 :1 9:4=0
9:849,7 <,920 @,7?0
/
/
,=4. 0<<:< 7484>= ,> ± I ± I ± I ± I#;0<,>4:9 0<<:< 7484>=
>: 1:< :90 C0,<
± I ± I ± I ± I
,-70 7092>3 =3407/0/ 8,B 8 1> 8 1> 8 1> 8 1>
&?;;7C @:7>,20
1:< GA4<0 ><,9=/?.0<=
":90
?<<09> .:9=?8;>4:9
9>0<9,7 ,> ) >C;
B>0<9,7 ,> ) >C;
8
H
8
H
8
H
8
H
$:A0< 7:== >C; * * * *
*0423> ,;;<:B 62 7-
9 ,..:</,9.0 A4>3 " <010<<0/ >: 9:849,7 80,=?<492 <,920 7=: 1:< &G
(!#)! (I* (I* (I*;.9<4 6;=A@<A@=A@ :<1A92?
(62:2;? () G
Analog input modules 0<;@6;A21
Technical specifications 0<;@6;A21
;.9<4 6;=A@ :<1A92 ( 464-8MD11 464-8ME11 464-8MG11 464-8MF11 464-8MF21 466-8MC11
$<:6;.9 6;=A@ >.;42?
;<:6;.9 B.9A2?
± : @< : @< : ± :+&@ ± :+&@ ± @< +
$A:/2> <3 6;=A@? <> <=@6<;.9 <> <=@6<;.9
.9B.;60 6?<9.@6<; -2? 6;=A@? @< 4><A;1 ;<@ @< <;2 .;<@52> $<
!;=A@ >2?6?@.;02 :6; # :6; # 8
<;;20@6<; :2@5<1 <3 ?2;?<>? )C<C6>2 0<;;20@6<; I <> IC6>2 IC6>2
[email protected] >2=>2?2;@.@6<; <3 6;=A@ ?64I
;.9
/6@ @C<? 0<:=92:2;@ A;6@? ;<:6;.9 B.9A2 /6@ A;6@?
;<:6;.9 B.9A2
#2.?A>6;4 =>6;06=92 !;@2>4>.@6;4 (A002??6B2
<;B2>?6<; =>6;06=92 +<[email protected]@6:2 0<;B2>?6<; ==><D6:.@6<;
!;@2>4>.@6<; @6:2 .17A?@./92 3<>
<=@6:A: ;<6?2 ?A==>2??6<;
:? .@ F
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;0<16;4 @6:2 :.D :? .@ F
:? .@ F
:?
E092 @6:2 3<>
6;=A@?
6;=A@?
6;=A@
.@ F
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J
J
&2>:6??6/92 B<[email protected]
2@C22; 6;=A@? :.D ± + 2@C22; 6;=A@? .;1 02;@>.9
4><A;16;4 =<6;@ :.D
12?@>A0@6<; 96:6@
+ + J
&2>:6??6/92 6;=A@ 0A>>2;@ :.D
12?@>A0@6<; 96:6@
: : : J J J
&2>:6??6/92 6;=A@ B<[email protected]
12?@>A0@6<; 96:6@ :.D J J J + + +
.A9@ 6;160.@6<; 6; @52 0.?2 <3
'.;42 2D022121 @ <3 ;<:6;.9 B.9A2 <B2> A;6@? $<
(2;?<> C6>2 />2.8 $< $< $< -2? 02;@> 6;160 /E >21 " $<
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=2.8 B.9A2 <3 ;<6?2
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1
1
.?60 2>><> 96:6@? .@ ± K ± K ± K ± K%=2>.@6<; 96:6@?
@< 3<> <;2 E2.>
± K ± K ± K ± K
./92 92;4@5 ?5629121 :.D : 3@
(A==9E B<[email protected]
3<> IC6>2 @>.;?1A02>?
$<:6;.9 B.9A2
'6==92 :.D
&2>:6??6/92 >.;42
J
J
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+
+
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+
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, IC6>2 @>.;?1A02>
, , ,
,2645@ .==><D 84 9/ 84 <F
!; .00<>1.;02 C6@5 !$ >232>>21 @< ;<:6;.9 :2.?A>6;4 >.;42 9?< 3<> (I <> 3<> (I <;9E
Ordering data %>12> $< %>12> $<
Analog input moduleC6@5 6;=A@? 39<.@6;4
3<> ± :+3<> @52>:<292:2;@?
± :+ C6@5 96;2.>6F.@6<;3<> ± +3<> ± +3<> ± :
C6@5 6;=A@? 39<.@6;4
3<> ± @< :
6ES5 464-8MA11
6ES5 464-8MA216ES5 464-8MB116ES5 464-8MC116ES5 464-8MD11
6ES5 464-8ME11
C6@5 6;=A@? 39<.@6;4
3<> ± :+ <> &@ 3<> &@ C6@5 96;2.>6F.@6<;
C6@5 6;=A@? ;<;I39<.@6;4
3<> @< +
Failsafe analog inputC6@5 6;=A@? 39<.@6;4
3<> ± @< :
6ES5 464-8MF116ES5 464-8MF21
6ES5 466-8MC11
6ES5 464-8MG11
+) 0//'%5+0/ &+#)3#.4 (03 #/#-0) 065165 .0&6-'4
1
2
3
4
5
6
7
8 10
9
" * *
"
* *
"
"
<! <! <!/#-0) +/165065165 .0&6-'4
+'.'/4 ;
Analog output modules
Application *' #/#-0) 065165 .0&6-'4%0/7'35 &+)+5#- 7#-6'4 (30. 5*'130)3#..#$-' %0/530--'3 +/505*' #/#-0) 4+)/#-4 3'26+3'&(03 %0/530--+/) 5*' 130%'44
/#-0) 065165 .0&6-'4 #3'0/-: #11307'& (03 /0/<4#('5:<3'-#5'& (6/%5+0/4
03 .0&6-'4 8*+%* %#/ $'64'& +/ 5*' < 4'' 5#$-'40/ 1#)'
Design *' .0&6-'4 *#7' .'%*#/+<%#- %0&+/) #/& #3' 1-6))'&+/50 5*' $64 6/+54 *+4 #-40'45#$-+4*'4 %0/5#%5 50 5*'5'3.+/#- $-0%, (03 5*' 4+)/#-%#$-'4 *' -#55'3 /''& /05 $'&'5#%*'& 8*'/ 3'1-#%+/) #.0&6-' (+9'& 8+3+/)
*' .0&6-'4 *#7' (+9'& 4-05%0&+/) #/& &0 /05 3'26+3' #/#&&3'44 4'55'3 0 #&&3'44&+41-#%'.'/54 5#,' 1-#%' +(.0&6-'4 #3' +/5'3%*#/)'& 03)#14 #3' -'(5 $'58''/.0&6-'4
$% $B& $B& $B&6*470 268<;7<;8<; 57-<4.:
$2.5.6: $% A
Analog output modules ,76;26<.-
Technical specifications
Analog output module 6ES5 470-8MA12 6ES5 470-8MB12 6ES5 470-8MC12 6ES5 470-8MD12
Nominal output range 67526*4 =*4<.:
± ' ± 5 ;7 5 ;7 '
Number of outputs
*4=*62, 2:74*;276 ).: ).: ).: ).:
7*- 258.-*6,.
'74;*0. 7<;8<;: 526
<99.6; 7<;8<;: 5*?
"<9.4@ 7152,
3
C
"<9.4@ 7152,
C
"<9.4@ 7152,
C
"<9.4@ 7152,
3
C
7*- ,766.,;276 79 B>29. ,766.,;276 B>29. ,766.,;276 B>29. ,766.,;276 79 B>29. ,766.,;276
202;*4 9.89.:.6;*;276 7/
7<;8<; :206*4
+2; ;>7: ,7584.5.6; <62;: 67526*4 =*4<. +2; ;>7: ,7584.5.6; <62;: 67526*4 =*4<.
76=.9:276 ;25. 5*? 5: 5: 5: 5:
".952::2+4. 7=.947*- *8897?
$179;B,29,<2; 897;.,;276 ).: ).: ).: ).:
$179;B,29,<2; ,<99.6; *8897? ± 5 ± 5 C ± 5!8.6B,29,<2; =74;*0. *8897? C ' ' C
".952::2+4. =74;*0. +.;>..6
7<;8<;: *6- ,.6;9*4
097<6-260 8726; 5*? ' ' ' ' ' ' ' '
*:2, .9979 4252;: *; ± D ± D ± D ± D!8.9*;276*4 .9979 4252;:
;7 /79 @.*9
± D ± D ± D ± D
.60;1 7/ ,*+4.
:12.4-.- 5*? 5 /; 5 /; 5 /; 5 /;
$<884@ =74;*0.
7526*4 =*4<.
#2884. 88 ".952::2+4. 9*60.
26,4<-260 92884.
'
'
;7 '
'
'
;7 '
'
'
;7 '
'
'
;7 '
<99.6; ,76:<58;276
6;.96*4 ' ;@8
?;.96*4 *; ' ;@8
5
5
5
5
5
5
5
5
(.201; *8897? 30 4+ 30 4+ 30 4+ 30 4+
6 *,,79-*6,. >2;1 9./.99.- ;7 67526*4 5.*:<9260 9*60. 4:7 /79 $B
Ordering data !9-.9 7
Analog output module
7<;8<;: /79 ± ' /47*;260 7<;8<;: /79 ± 5 /47*;260 7<;8<;: /79 ;7 5 /47*;260
7<;8<;: /79 ;7 ' /47*;260
6ES5 470-8MA126ES5 470-8MB126ES5 470-8MC126ES5 470-8MD12
0. 647(90:65 6- *65=,5;065(3 ;,*/5636.@ (5+ 5,> ;,*/5636.@<:05. ( *,5;9(30A,+ *65-0.<9(;065 ,?(473,
(05*()3,
"$"$
"$"$
(990,9:
<47,905.7(5,3
",7(9(;065565C05;905:0*(33@C:(-,
05*376>,9:<773@
96*,::
?
%65,69
05;905:0*(33@C:(-,
"# "C$ "C$ "C$? 057<;6<;7<; 46+<3,:
"0,4,5: "# B
General
Application ? +0.0;(3 (5+ (5(36. 057<;6<;7<; 46+<3,: (9, (::6C*0(;,+ ,3,*;90*(3 (77(9(;<:),365.05. ;6 ;/, 05;905:0*(33@C:(-, ;@7, 6- 796;,*;065+,:0.5(;065 &? 0)' 05 (**69+(5*, >0;/ #/,@ *65;(05565C05;905:0*(33@C:(-, *09*<0;:(: >,33 (: 05;905:0*(33@C:(-,*09*<0;: #/, 46+<3,: 4(@ 56;), <:,+ 05 (9,(: :<)1,*; ;6,?736:065 /(A(9+ <53,:: ;/,@(9, (++0;065(33@ 796;,*;,+ )@(56;/,9 ;@7, 6- 796;,*;065,. 79,::<90A,+ ,5*36:<9,
#/, 05;905:0*(33@C:(-, ;@7, 6-796;,*;065 6--,9: ;/, <:,9 ;/,-6336>05. (+=(5;(.,:
(:@ ,?*/(5., 6- 05;905:0*(3C3@C:(-, ,8<074,5; +<905.67,9(;065
(:@ 4,(:<905. (5+ *(30)9(C;065 6- ;/, 4,(:<9,+ :@:;,4,=,5 +<905. 67,9(;065
; 0: 76::0)3, ;6 >692 6505;905:0*(33@C:(-, *09*<0;:,=,5 >/,5 30=, >0;/6<;:/<;;05. +6>5 ;/, :@:;,4
6 ,?7,5:0=, /6<:05.::<*/ (: 79,::<90A,+,5*36:<9,:
; 0: 76::0)3, ;6 05;,9*655,*;05;905:0*(33@C:(-, ,8<074,5;-964 +0--,9,5; 4(5<-(*;<9,9:
0,3+C796=,5 ;@7, 6- 796;,*C;065 05 ;/, */,40*(3 05+<:;9@
#/, 46+<3,: (9, (7796=,+ -69*655,*;065 ;6 05;905:0*(33@C:(-,:,5:69: (5+ (*;<(;69: 36*(;,+05 %65, 69 6- (9,(::<)1,*; ;6 ,?736:065 /(A(9+
#/, 46+<3,: *(5 ), <:,+ -69
"C$ *647(*; 4050 (: 46+<3,
"C$ 46+<3(9 4050 (: 46+<3,
#/, ? 46+<3,: (9, (=(03()3,(: (::6*0(;,+ (77(9(;<: -69;/, (<;64(;065 6- */,40*(373(5;: #/,@ *(5 ), <:,+ -69(7730*(;065: 05 05:;9<4,5;(C;065 (5+ *65;963 #/,09 7904(9@;(:2 *65:0:;: 6- 0:63(;05. ;/,05;905:0*(33@C:(-, *09*<0;: 6- ;/,? -0,3+ -964 ;/, 565C05;905:0*(33@C:(-, 05;,95(3*09*<0;: 6- ;/, 796.9(44()3,*65;9633,9
Fields of application /,40*(37,;96*/,40*(305+<:;9@
(: 05+<:;9@ --:/69, ;,*/5636.@ #9(5:769;,. 603 ;(52,9: ;(52 ;9<*2:
<;646;0=, 05+<:;9@,. 05 7(05;:/67
6>,9 :<773@ 76>,9+0:;90)<;065 ,;*
6>,9 :;(;065: "7,*0(30A,+ 4,*/(50*(3,5.05,,905. , . 7905;05.4(*/05,: 05+<:;90(3*3,(505. 4(*/05,:
Design Features ? 46+<3,: (9, 6- ;/, :(4,:@:;,4 ;,*/5636.@ (: ;/,6;/,9 "C$ 46+<3,:;/,@ *(5 ;/<: ), <:,+;6.,;/,9 05 65, *65-0.<9(;065
(3=(50* 0:63(;065 65 ;/,46+<3,
6+05. 6- 46+<3,: ;679,=,5; ;/, >965. 46+<3,-964 ),05. <:,+
#/, :,5:69: (5+ (*;<(;69:(9, :<7730,+ )@ ;/, 46+<3,=0( ( ;>6C>09, *09*<0;
57<;: (5+ 6<;7<;: 6- ;/,46+<3,: *(5 ), *655,*;,++09,*;3@ >0;/6<; (++0;065(30:63(;065 (4730-0,9: 69;9(5:40;;,9 :<773@ <50;:
!,>0905. 7,9 :6-;>(9,76::0)3,
6+<3,: *(7()3, 6-+0(.56:0:
!,+<*,+ 73(5505.05:;(33(;065 (5+ +6*<4,5C;(;065 6=,9/,(+
6> :7(*, 9,8<09,4,5;: 05:>0;*/9664:
6::0)030;@ 6- +0:;90)<;,+*65-0.<9(;065
::6*0(;,+ (77(9(;<: 0,3+ +,=0*,
# C% ? 46+<3,: *()3,
& &4(? 4(?! !4(?,?; 0 *()3,,?; 0 *()3,
?73(5(;065:
& 6C36(+ =63;(., &4(? (?04<4 =63;(.,
#/69;C*09*<0; *<99,5; 4(? (?04<4 *<99,5;
! !6>,9 !4(? (?04<4 76>,9
( (?04<4 7,940::0)3, 0 5;,95(3 *(7(*0;(5*,
,?;,95(3 *(7(*0;(5*, *()3,()3, *(7(*0;(5*,
( (?04<4 7,940::0)3, 0 5;,95(3 05+<*;(5*,
,?;,95(3 05+<*;(5*, *()3,()3, 05+<*;(5*,
#$ # C% # C % # C%? 057<;6<;7<; 46+<3,:
#0,4,5: #$ B
General *65;05<,+
Design *65;05<,+ $/, ? 057<;6<;7<; 46+<3,:(9, 73<..,+ 05;6 :7,*0(33@+,:0.5,+ )<: <50;: ?C:7,*0-0* *6+05. ,3,4,5;: 6546+<3,: (5+ )<: <50;:79,=,5; >965. 46+<3,: -964),05. 73<..,+ 05 >/0*/ *6<3+*(<:, *09*<0;: ;6 ), 56 365.,905;905:0*(33@ :(-, 5 ,94(5@;/, *09*<0;: 4<:; ), 05:;(33,+05 (**69+(5*, >0;/ ;/,5(;065(3 9,.<3(;065 -6905:;(33(;065 &
5;905:0*(33@C:(-, (5+ 565C05;905:0*(33@C:(-, *09*<0;: 05 ;/,46+<3, (9, .(3=(50*(33@0:63(;,+ $/, :,5:69: (5+(*;<(;69: (9, :<7730,+ )@ ;/,? 46+<3,:
$/, *6369 6- ;/, ;,9405(3 )36*265 ;/, ? )<: <50; 0: )3<,$/0: 0+,5;0-@05. 4(9205. 0:5694(33@ :7,*0-0,+ 05 & -69 05;905:0*(33@C:(-,*09*<0;: 77(9(;<: 4(92,+ 05;/0: >(@ 4<:; 56; ), <:,+ -696;/,9 7<976:,:
#,5:69: 69 (*;<(;69: *,9;0-0,+(: ),05. 05;905:0*(33@ :(-, *(5), *655,*;,+ ;6 ? 057<;6<;7<; 46+<3,:
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Training and system manualfor the S5-100U Ex I/Os
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Ex Module No. of Intrinsically–safe equipmentchannels which can be connected
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6:.7(-*) (217&(76
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Ex digital input/output modules
Application $-* ; ).,.7&/ .1387 02)8/*(219*576 7-* /*9*/ 2+ *;7*51&/'.1&5< 6.,1&/6 2+ 7-* .175.16.?(&//<?6&+* *48.30*17 +520 7-*; +.*/) 72 7-* .17*51&/ 6.,1&//*9*/6 2+ 7-* 352,5&00&'/*(21752//*5
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Design Status and fault indicators.,.7&/ .1387 02)8/*
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9
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Ex digital input/output modules .98>48?0/
Technical specifications
Ex digital input 6ES5 437-8EA12 Ex digital output 6ES5 457-8EA12?7-0< 91 48:?>= %" ?7-0< 91 9?>:?>=
,6@,84. 4=96,>498
8 2<9?:= 91
)0=
,6@,84. 4=96,>498
8 2<9?:= 91
)0=
8:?> @96>,20
9748,6 @,6?0 &
1<97 48>0<8,6 :9A0< =?::6C
#?::6C @96>,20 :9= 19< 69,/
9748,6 @,6?0 &
1<97 48>0<8,6 :9A0< =?::6C
8:?> .?<<08>
> E =428,6 748
> =428,6 7,B
> =39<>H.4<.?4> 748
> A4<0 -<0,5 7,B
7
7
7
7
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> =428,6 748
> =428,6 7,B
> =39<>H.4<.?4> 748
#39<>H.4<.?4> :<9>0.>498
7
7
7
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9,/ 7487,B
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$C:0 91 .9880.>498 91
><,8=/?.482 =08=9< HA4<0 .9880.>498
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,-60 6082>3 ?8=3406/0/ 7,B 7 1> <010<<0/ >9 89748,6
70,=?<482 <,820
,-60 6082>3 ?8=3406/0/ 7,B 7 1>
#08=9< @96>,20 =?::6C &4, 48:?>=
,?6> 48/4.,>498 =39<>H.4<.?4> "0/ ,?6> 48/4.,>498 =39<>H.4<.?4> "0/
$C:0 91 :<9>0.>498 !$ 9 *B 4-+ BH( $C:0 91 :<9>0.>498 !$ 9 *B 4-+ BH(
,B47?7 @,6?0= 91 48:?> .4<.?4>=
&
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Ordering data </0< 9 </0< 9
Ex 437-8EA12 digital input module 48:?>= 169,>482 %"
Ex 457-8EA12 digital outputmodule 9?>:?>= 169,>482 & 7
Ex bus unit19< B 79/?60= A4>3 >0<748,6
-69.5 19< =.<0A >0<748,6=
6ES5 437-8EA12
6ES5 457-8EA12
6ES5 700-8EA11
Barrier 19< B 79/?60=
Training and system manualEx S5-100U peripherals0<7,8
8264=3
<08.3
6ES5 497-8EA11
6ES5 998-0EX126ES5 998-0EX226ES5 998-0EX32
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Ex analog input/output modules
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Ex module Number ofchannels
Intrinsically-safe equipmentwhich can be connected
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6
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Ch 1
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1 2 3 4 5 6 7 8 9 10
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2
3
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3+
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1 2 3 4 5 6 7 8 9 10
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Ex analog input/output modules 1=<A7<B32
Technical specifications
Ex analog input module 6ES5 467-8EA11 6ES5 467-8EE11 6ES5 467-8EF11
Input range <=;7</: C/:B3 ± ;* A63?;=3:3;3<A A= ; &3@7@A/<13 3<1=23? %A
A= Ω ;/E Ω); C=:A/53 @=B?13 ± ;*
#B;03? =4 7<>BA@
/:C/<71 7@=:/A7=<
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A :3/@A "Ω(D=JD7?3 1=<<31A7=<
=? =>A7=</:
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A :3/@A "Ω(D=JD7?3 1=<<31A7=<
=B?JD7?3 1=<<31A7=< @3<@=?
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7<>BA @75</:
07A AD=@ 1=;>:3;3<A
B<7A@ <=;7</: C/:B3
07A AD=@ 1=;>:3;3<A
B<7A@ <=;7</: C/:B3
07A AD=@ 1=;>:3;3<A
B<7A@ <=;7</: C/:B3
"3/@B?7<5 >?7<17>:3
=<C3?@7=< >?7<17>:3
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K
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K
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=;;=<J;=23 7<A3?43?3<13 ;7<
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<=;7</: ?/<53 C/:B3
=? 4 < G
<
2
2
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<
2
2
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2
2
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Ex analog input/output modules 0;:?6:@21
Technical specifications 0;:?6:@21
Ex analog output module 6ES5 477-8EC11 C .:.8;4 ;@?<@? 9;1@82 & F
#@?<@? =.:42 :;96:.8 A.8@2
"@9/2= ;3 ;@?<@?>
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;:A2=>6;: ?692
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1
2
3
4
5
6
7
8 10
91
2
3
4
5
6
7
8 10
9
C .=2.
& &
0;9< 5 5 5 5
1
2
3
4
5
6
7
8 10
91
2
3
4
5
6
7
8 10
9
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C&) !(
= =!(
5 5
1
2
3
4
5
6
7
8 10
9
5 5
&
=!(
=!(
C .=2.
C .=2.
Ordering data #=12= "; #=12= ";
Ex 467-8EA11 analog input module ;= 6:<@?> 0.: /2 >B6?0521
;A2= 38;.?6:4 3;= ± 9)
?52=9;28292:?
Ex 467-8EE11 analog outputmodule ;= 6:<@?> 0.: /2 >B6?0521
;A2= 38;.?6:4 3;= ?; 9
Ex 467-8EF11 analog input module ;= 6:<@?> 0.: /2 >B6?0521
;A2= 38;.?6:4 $? ± 9)
6ES5 467-8EA11
6ES5 467-8EE11
6ES5 467-8EF11
Ex 477-8EC11 analog outputmodule ;@?<@?> 38;.?6:4 3;= ?; 9
Ex bus unit3;= C 9;1@82> B6?5 ?2=96:.8
/8;07 3;= >0=2B ?2=96:.8>
Barrier 3;= C 9;1@82>
Training and system manual Ex S5-100U peripherals2=9.:
:486>5
=2:05
6ES5 477-8EC11
6ES5 700-8EA11
6ES5 497-8EA11
6ES5 998-0EX126ES5 998-0EX226ES5 998-0EX32
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IP 262,%) ' %',$* %/
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IP 263,%) ' %',$* %/
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IP 264,%) ' %',$* %/
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IP 265,%) ' %',$* %/
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IP 266,%) ' %',$* %/
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IP 267,%) ' %',$* %/
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IP 262 closed-loop control module
Application "-* (037*)@0334(328630 13)90* (&2 '* 97*)83 730:* (037*)@0334 (3286308&7/7 *&7.0= &2 59.(/0= 6*@463(*77.2, 3+ 8-* 7.,2&073++03&)7 8-* # 3+ 8.1*@.28*27.:* (&0(90&8.327 &2) 8-* -&7 .87 3;2 43;*679440= 73 .8 (&2 34*6&8* .278&2)&032* 13)*
"-* 13)90* .7 79.8&'0* +368*14*6&896* 46*7796* &2)+03; (328630 (328.29397 [email protected], 463(*77*7 &2)[email protected]*@(6.8.(&0 74**)(3286307
Design "-* 13)90* (328&.27 7*:*6&0(3286300*6 7869(896*7 1&.20=3++@8-*@7-*0+ 79(- &7 7.2,0*@0334 (3286300*67 4634368.32&0&2) (&7(&)* (3286300*67 "-*7869(896*7 79.8&'0* +36 & ,.:*2&440.(&8.32 (&2 '* 7*0*(8*)+631 8-.7 0.78 "-* (3286300*64&6&1*8*67 +36 *, 8-* &0,36.8-1 &6* +6**0= 7*88&'0*)*4*2).2, 32 8-* &440.(&8.32"-* 7*0+@7*88.2, +92(8.32 3+ 8-* (037*)@0334 (32863013)90* 7.140.+.*7 8-.7 8&7/
"-* (328630 13)90* .7&:&.0&'0* .2 8;3 :&6.&8.327
%.8- &2&03, 3984987 +36 (328.29397 (3286300*67 ;.8-&2&03, 398498 7.,2&07@(3286300*6 238 +36 !@
%.8- '.2&6= 3984987 +36 (328.29397 (3286300*67 ;.8- 7.,2&07 36 +36 78*44*6(3286300*67 !@(3286300*6
38- :&6.&287 -&:* 8-*+3003;.2, +*&896*7 .2 &)).8.32
&2&03, .24987 +36 ).6*(8+**) 3+ 7*843.287 &2) &(89&0:&09*7
'.2&6= .24987 +36 (-&2,.2,34*6&8.32 13)*7
"-*6* .7 & 79' 73(/*8(322*(836 32 8-* +632840&8* 3+8-* 13)90* +36 (322*(8.2,7*27367
Principle of operation "-* (&2 '* 97*) &7 &2 13)90* ;.8- 8-* !@#!@# &2) !@ 463@,6&11&'0* (3286300*67 ! @ 320= .28-* !@# 463,6&11&'0*(3286300*6
+ 8-* 79440= :308&,* $ &2) 8-* 7*843.287&6* 79440.*) 8-* 13)90* (&2&073 34*6&8* .2 78&2)@&032*13)* .2)*4*2)*28 3+ 8-*-.,-*6@0*:*0 # .* .8 *<*@(98*7 8-* (037*)@0334 (328630(3140*8*0= &9832313970=322*(8.32 83 38-*6 463@
,6&11&'0* (3286300*67 .74377.'0* 3:*6 8-* !03(&0 &6*& 2*8;36/
&(/94 (-&6&(8*6.78.(7*2&'0* 8-* (037*)@0334 (32863083 '* (328.29*) *:*2 .2 8-**:*28 3+ +&.096* 3+ 8-* -.,-*6@0*:*0 #
Functions "-*6* &6* & 0&6,* 291'*6 3+46*4&6*) +92(8.327 &2) 3++@8-*@7-*0+ (3286300*6 7869(896*7&:&.0&'0* +36 )*7.,2.2, (32863003347 2 &)).8.32 8-*6* &6* )&8& '03(/7 83 +36 4&6&1*8*6.>.2, 36 7869([email protected], 8-* 13)90*
!869(896*7 .2(09)*
&7.( 7*88.2,7 !*2736 8=4*7 77.,21*28 3+ &2&03, .24987 92(8.327 3+ 8-* '.2&6=.24987
*78&68 (32).8.327 *74327* 83 # +&.096*
&6&1*8*67 .2(09)*
634368.32&0 ,&.2 28*,6&0@&(8.32 8.1* " *6.:&8.:*@&(8.32 8.1* "$
$% $B& $B& $B&5:-331/-5: ! 46,;3-9
$1-4-59 $% A
IP 262 closed-loop control module +65:15;-,
Technical specifications
Analog inputs ;4*-8 6. 157;:9
,,1:165)3 157;: .68 8-.-8-5+-
:-47-8):;8-
1/1:)3 8-78-9-5:):165 6. :0-
157;: 91/5)3 15+3;,15/ 91/5
#-963;:165 ;51763)8
963):165
"-841991*3- 76:-5:1)3 ,1..-8-5+-
157;:9 :6 65- )56:0-8 )5, :6
+-5:8)3 /86;5,
57;: 91/5)3 8)5/-9
;88-5:
'63:)/- .68 :0-846-3-4-5:
-)9;815/ 8)5/- .68 :0-
:0-846-3-4-5:
%?7-
%?7-
%?7-
%?7- $
*963;:- -8868
(1:0 :?7- )5,
(1:0 :?7- $
'63:)/- =1:0 ->:-85)3 9=1:+015/
9;1:)*3- .68 +;88-5: <63:)/-
:0-846-3-4-5: 68 8-919:)5+-
:0-8464-:-8
8-919:)5+- :0-8464-:-8
*1:
*1:
6: /)3<)51+ *;: -3-+:8651+ :6
+-5:8)3 /86;5, )5, :6 65-
)56:0-8
' :6 '
:6 4 68
:6 4
:6 4' 68
:6 4'
:6 68
:6
:6 68
:6
:6 68
:6
:6
± ± :6 '
": 8-919:)5+- :0-8464-:-84-)9;815/ 8)5/-
$:)8:
5,
*963;:- -8868 4-)9;815/
8)5/-B,-7-5,-5:
:6
:6
Analog outputs B+65:8633-8 ;4*-8 6. 6;:7;:9
963):165
!;:7;: 91/5)3 8)5/-
Digital inputs ;4*-8 6. 157;:9
963):165
57;: <63:)/-
: @ 91/5)3
: @ 91/5)3
Binary outputs $B+65:8633-8 ;4*-8 6. 6;:7;:9
!;:7;: <63:)/-
: @ 91/5)3 4)>
: @ 91/5)3
)>14;4 36), +;88-5:
Controller total cycle time9-3.B),2;9:15/
Ω ): Ω ):
± ±
6
:6 4 68
:6 4
6
:6 '
68 67-5
:6 '
'
:6 '
4 9068:B+18+;1: 7866.
:6 49
Ordering data !8,-8 6 !8,-8 6
IP 262 closed-loop control module (1:0 )5)36/ 6;:7;:9 .68
+65:15;6;9 +65:8633-89 =1:0
)5)36/ 6;:7;: 91/5)39
(1:0 *15)8? 6;:7;:9 .68
+65:15;6;9 +65:8633-89 =1:0
" 91/5)39 68 .68 9:-77-8
+65:8633-89
6ES5 262-8MA12
6ES5 262-8MB12
Configuring package for IP262
+64781915/ 9:)5,)8, .;5+:165
46,;3- .68 ,-9+817:165 9-- ):)B
36/ $-+:165 )5, 4)5;)3
-84)5
5/3190
8-5+0
:)31)5
Subminiature-D connectorB715
6ES5 262-5AA116ES5 262-5AA216ES5 262-5AA316ES5 262-5AA51
6ES5 750-2AA31
396 .68 $B %6 *- 68,-8-, )9 ) 9-7)8):- 1:-4
A! A ! A!28)00-+)28 13(90)7
-)1)27 ?
IP 263 positioning module
Application ,) 437-8-32-2+ 13(90)-7 97)( ;-8, 6%4-( 86%:)67)'6))4 74))( (6-:)7 *36%(.978-2+ 7)894 %<)7 %2(-2*))( %<)7 *36 )<%140);,-', %6) 979%00= 320= 13:)(-2 '322)'8-32 ;-8, 463(9'8',%2+)7 %2( 8,)6)*36) (3 2381%/) +6)%8 ()1%2(7 32 8,)',%6%'8)6-78-'7 3* 8,) (6-:)
,) 437-8-32-2+ 13(90)'%2 &) 97)( ;-8, 8,) A!%2( A ! 463+6%11%&0)'3286300)67 %7 ;)00 %7 -2 8,) A! 463+6%11%&0)'3286300)6
Design ,) 8;3A',%22)0 13(90) '%2(6-:) 8;3 -2()4)2()28 %<)7396 (-+-8%0 3984987 %6)%77-+2)( 83 )%', ',%22)0 ,) 3984987 '328630 8,)*3003;-2+ *92'8-327
%4-( 86%:)67) 6))4 74))( 3928)6A'03'/;-7) 03'/;-7)
2'6)1)28%0 36 %&73098)437-8-32 )2'3()67 '%2 &)97)( 83 '%4896) %'89%0 4%8,:%09)7
2 %((-8-32 83 8,) (-+-8%0 398A4987 8,) 13(90) ,%7 % (-+-8%0-2498 ;,-', '%4896)7 8,)6)(9'8-32 '%1 6)*)6)2')43-28 7;-8', (96-2+ 6)*)6)2')43-28 %4463%', 2 8,) 0)2+8,1)%796)1)28 *92'8-32 8,)13(90) '%0'90%8)7 8,) 4%8,86%:)00)( %7 032+ %7 8,-7 -2498,%7 7-+2%0
,) 13(90) 6)59-6)7 8;3 70387%2( 94 83 *396 13(90)7 '%2&) 97)( 4)6 463+6%11%&0)'3286300)6 7)) 8%&0) 324%+)
Principle of operation ,) 1%',-2) (%8% 79', %7-2*361%8-32 32
3*8;%6) 0-1-8 7;-8',)7 )73098-32 ;-8',-2+ (-**)6)2') $)63 74))( '328630
-7 03%()( -283 8,) 13(90)1)136= ,) ,%2(0)7437-8-32-2+ 3* 8,) %<)7 %9832A313970= %*8)6 8,) 8%6+)8 '336A(-2%8)7 ,%:) &))2 74)'-*-)( ,)6) %6) 8;3 74))(7 %:%-0A%&0) *36 8,-7 6%4-(86%:)67) %2( '6))4 74))(
,) 7=78)1 ',%2+)7 &)8;))28,)7) 8;3 74))(7 %8 8,)',%2+)3:)6 43-287 #,)28,) '983** 43-28 ,%7 &))26)%',)( 8,) 13(90) 132-83678,) 8%6+)8 %4463%', %2(7-+2%07 8,) ! 3* 8,) 463A+6%11%&0) '3286300)6 ;,)28,) 8%6+)8 %6)% -7 6)%',)(
Technical specifications
Processor
User memory
Encoders37-8-32 ()'3(-2+
6%:)67) 6%2+)
2'6)1)28%0 437-8-32 )2'3()67 1%<
%&73098) )2'3()67 1%<
2498 :308%+) 231-2%0 :%09)
-**)6)28-%0 -24987
7=11)86-'%0 -24987
((-8-32%0 '966)28 %2( :308%+) (%8%
9440= :308%+) *36 )2'3()67
7,368A'-6'9-8 4633* 23 3:)603%(
>
&=8)
&=8)
@ &=8)
2'6)1)28%0
%&73098) -28)6*%')
-2'6)1)287
78)476):3098-32
6):3098-327
"
" -2'6)1)28%0 )2'3()67 320=
7)) (-+-8%0 -2498
2)<8 4%+)
" 1 " 1
2498 *6)59)2'=
'%&0) 0)2+8, 7,-)0()(
=11)86-'%0 )2'3()67 " 7-+2%07
#-8, @ " )2'3()6 :308%+) 1%<
#-8, " )2'3()6 :308%+) 1%<
7=11)86-'%0 )2'3()67 1%<
" 7-+2%07
%8% 86%271-77-32 *6)59)2'= -2
8,) '%7) 3* %&73098)
437-8-32 )2'3()67 7)0)'8%&0)
2498 7-+2%07
2'6)1)28%0
" -2-8-%836
2498 '966)287 %8 7-+2%0
" "
/> @ 1 *8
/> 1 *8
/> @ 1 *8
@ /> 1 *8
/> 7,-)0()(
%8 1%< 1 *8 '%&0)
0)2+8, > 7,-)0()( %8
1%< 1 *8 '%&0) 0)2+8,
4907)7 (-740%')( &= %2(
>)63 1%6/
4907) 86%-2
&73098) :%09)
2 %'' ;-8, 8=4 1
!" !A# !A# !A#39+11/-+39 24*:1+8
!/+2+38 !" @
IP 263 positioning module )439/3:+*
Technical specifications )439/3:+*
Digital input
'1;'3/) /841'9/43
35:9 ;419'-+ 7'3-+
47 ? 8/-3'1
47 ? 8/-3'1
+72/88/(1+ 6:/+8)+39 ):77+39
'9 ? 8/-3'1
35:9 ):77+39 '9 $ 9>5
Digital output
'1;'3/) /841'9/43
:95:9 ;419'-+ 7'3-+
:95:9 ):77+39 '9 ? 8/-3'1 2'=
!.479A)/7):/9 5749+)9/43
'(1+ 1+3-9. 8./+1*+* 2'=
:89 (+ )433+)9+* 94 *+,/3+*
549+39/'1 $ $
4
$ 94 $
$ 94 $
$ 94 $
2
2
4
$ 94 $
2
!.479A)/7):/9 5744, 4:95:9
2 ,9
Supply voltage
4-/) ;419'-+ -+3+7'9+* ,742 $
:77+39 )438:259/43 $ </9.4:9
+3)4*+7 54<+7 8:551> 9>5
/2+38/438 % = = /3 22 /3
%+/-.9 '5574=
24 V DC +=9+73'1 47 ,742 54<+7
8:551> 24*:1+
$ 94 $
2
= = = =
0- 1(
Ordering data 7*+7 4 7*+7 4
IP 263 positioning module
IP 263 manual/3)1:*/3- +='251+ 574-7'2
+72'3
3-1/8.
703 connecting cable,47 )433+)9/3-
!/+2+38 /3)7+2+39'1
548/9/43 +3)4*+78
&A
2'= 2 ,9 143-
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
3)7+2+39'1 548/9/43
+3)4*+78 ,47 $ 8/-3'18 94
! 8:551> ;419'-+ $
43+ +3* 45+3
2'= 2 ,9 143-
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
:9-4/3- )'(1+ :5
*4<3
6ES5 263-8MA13
6ES5 998-5SK116ES5 998-5SK21
6ES5 703-1BF0
6ES5 703-1CB0 6ES5 703-1CC0 6ES5 703-1CC5 6ES5 703-1CD2
6ES5 703-2BF0
6ES5 703-2CB0 6ES5 703-2CC0 6ES5 703-2CC5 6ES5 703-2CD2
01
703 connecting cable,47 )433+)9/3-
3)7+2+39'1 548/9/43
+3)4*+78 ,47 $ 8/-3'18 94
! 8:551> ;419'-+ $
43+ +3* 45+3
2'= 2 ,9 143-
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
3)7+2+39'1 548/9/43
+3)4*+78 ,47 $ 8/-3'18
8:551> ;419'-+ $
43+ +3* 45+3
2'= 2 ,9 143-
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
(841:9+ !! 548/9/43
+3)4*+78 8:551> ;419'-+ $
43+ +3* 45+3
2'= 2 ,9 143-
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
:9-4/3- )'(1+ :5
*4<3
Sub D connector A5/3 2'1+
6ES5 703-3CB0 6ES5 703-3CC0 6ES5 703-3CD2 6ES5 703-3CF0
6ES5 703-3DB0
6ES5 703-4CB0 6ES5 703-4CC0 6ES5 703-4CD2 6ES5 703-4CF0
6ES5 703-4DB0
6ES5 703-5CC0 6ES5 703-5CD2 6ES5 703-5CF0
6ES5 703-5DB0 6ES5 703-5DC0
01
6ES5 750-2AA21
?! ?! ?!06(..,*(06 /1'7.(5
,(/(05 =
IP 264 electronic cam controller module
Application +( (:64(/(.; +,*+?52((' (.(&6410,& &$/ &10?641..(4 /1'7.( ,5 $0 (&101/,?&$. $.6(40$6,8( 61 /(&+$0,&$.&$/ &10641..(45 (8(0 ,0 6+(.19(4 2(4)14/$0&( 4$0*( 6&$0 %( 75(' )14 416$4; $:(5$0' )14 .,0($4 $:(5
+( &$/ &10641..(4 /1'7.(&$0 %( 75(' 9,6+ 6+( ?!$0' ?! 241*4$//$%.(&10641..(45 $0' ,0 6+( ?!241*4$//$%.( &10641..(4 $59(.. 5(( 6$%.( 10 2$*( #+(0 6+( ,5 914-,0* $6)7.. &$2$&,6; .$4*( 37$06,6,(51) '$6$ /756 %( 241&(55('$2241: '$6$ 914'5 146+,5 4($510 9( 4(&1//(0'75( 1) 6+( ?! 14 6+(! 1) 6+( ?! ,057&+ &$5(5
Design +( &$/ 241*4$/ (0&1/?2$55(5 14 &$/ '$6$5(65 '(2(0',0* 10 2$4$/(?6(4,<$6,10
$: '$6$ 5(65 9,6+5(2$4$6( &$/ 241*4$/5 )14)149$4' $0' 4(8(45( 5&$06,/( 241&(55,0* 6,/( µ5
26,10$..; /$: '$6$5(65 9,6+ $ &1//10 &$/241*4$/ ,0 ($&+ &$5( )14)149$4' $0' 4(8(45( 5&$06,/( µ5 µ5
.. &$/5 &$0 %( '(),0(' $52$6+?2$6+ &$/5 14 $5 2$6+?6,/( &$/5 0 $'',6,10 6+(4(,5 $ &1706(4 $0' $ %4$-( &$/
Principle of operation $&+ ,0',8,'7$. &$/ $761/$6,?&$..; &1/2(05$6(5 )14 6+('($' 6,/( 1) 6+( &100(&6('$&67$614 %; $ 52(('?'(2(0?'(06 ';0$/,& 5+,)6 6+75',52(05,0* 9,6+ 6+( 0((' )14&1/2.,&$6(' /$6&+,0* ,0 6+( 241*4$/ +,5 (0$%.(56+( +,*+(56 59,6&+,0*$&&74$&; 61 %( $&+,(8(' (8(0,0 6+( &$5( 1) ).7&67$6,0* '4,8(52(('5
0 14'(4 61 2$55 6+( 5+1464(52105( 6,/( 10 61 6+(241&(55 6+( /1'7.( +$5 $',*,6$. 176276 )14 ($&+ 64$&- +( /$&+,0(4; 61 %( &10?641..(' &$0 757$..; %( &10?0(&6(' ',4(&6 $0' $7:,.,$4;&106$&6145 $4( 10.; 4(37,4(')14 $&67$6145 9,6+ +,*+(4219(4&1057/26,10
;0&+410175?5(4,$. $%51.76(215,6,10 (0&1'(45 ,0&4(/(06$. 215,6,10 (0&1'(4514 " 5,*0$. 5(05145 &$0 %(75(' (0514 ,0)14/$6,10 &$0%( &+$00(..(' 61 )746+(4/1'7.(5 18(4 $ 5(0514176276
)6(4 64$05)(44,0* 6+( /$&+,0('$6$ $0' 6+( &$/ '$6$ 6+(/1'7.( 12(4$6(5 $76101?/175.; $0' 51 1)).1$'5 6+(! 1) 6+( 241*4$//$%.(&10641..(4
Technical specifications
Processor
User memory
Encoders15,6,10 (0&1'(45
4$8(45( 4$0*(
0&4(/(06$. 215,6,10 (0&1'(45 /$:
$%51.76( (0&1'(45 /$:
0276 81.6$*( 01/,0$. 8$.7(
,))(4(06,$. ,02765
5;//(64,&$. ,02765
'',6,10$. &744(06 $0' 81.6$*( '$6$
<
%;6(
%;6(
> %;6(
0&4(/(06$.
$%51.76( ,06(4)$&(
,0&4(/(065
*(0(4$..; 37$'472.( (8$.76,10
5(0514 56(25
"
" ,0&4(/(06$. (0&1'(45 10.;
(( ',*,6$. ,02765
722.; 81.6$*( )14 (0&1'(45
5+146?&,4&7,6 01 18(4.1$'
0276 )4(37(0&;
&$%.( .(0*6+ 5+,(.'('
;//(64,&$. (0&1'(45 " 5,*0$.5
#,6+ > " (0&1'(4 81.6$*( /$:
#,6+ " (0&1'(4 81.6$*( /$:
5;//(64,&$. (0&1'(45 /$:
" 5,*0$.5
$6$ 64$05/,55,10 )4(37(0&;
,0 6+( &$5( 1) $%51.76(
215,6,10,0* (0&1'(45 5(.(&6$%.(
0276 5,*0$.5
0&4(/(06$.
" 0,6,$614
" / " /
-< > / )6
-< / )6
-< > / )6
> -< / )6
-< 5+,(.'('
$6 /$: / )6
&$%.( .(0*6+
< 5+,(.'(' $6 /$:
/ )6 &$%.( .(0*6+
27.5(5 ',52.$&(' %; $0'
<(41 /$4-
27.5( 64$,0
%51.76( 8$.7(
#$ #B% #B% #B%4:,220.,4: 35+;2,9
#0,3,49 #$ A
IP 264 electronic cam controller module *54:04;,+
Technical specifications *54:04;,+
46;: *;88,4:9 (: @ 90.4(2
&
&
Digital inputs
(2<(40* 0952(:054
46;: <52:(., 8(4.,
58 90.4(2
58 90.4(2
!,830990)2, 7;0,9*,4: *;88,4:
(: @ 90.4(2
46;: *;88,4: (: & :?6
Digital outputs
(2<(40* 0952(:054
;:6;: <52:(., 8(4.,
;:6;: *;88,4: (: @ 90.4(2 3(>
#/58:B*08*;0: 685:,*:054
()2, 2,4.:/ 9/0,2+,+ 3(>
(**58+04. :5 "#
3
;9: ), *544,*:,+ :5 +,-04,+
65:,4:0(2 & &
5
& :5 &
& :5 &
& :5 &
3
3
5
& :5 &
3
903;2:(4,0:? -(*:58
3
903;2:(4,0:? -(*:58
#/58:B*08*;0: 6855- 5;:6;:
3 -:
Scan time
#,6(8(:, *(3 685.8(39 =0:/ 3(>
*(39 -58 -58=(8+ (4+ 8,<,89,
53354 *(3 685.8(3 =0:/ 3(>
*(39 -58 -58=(8+ (4+ 8,<,89,
Supply voltage
5.0* <52:(., .,4,8(:,+ -853 &
;88,4: *549;36:054 &
=0:/5;: ,4*5+,8 9;662? <52:(., :?6
03,490549 ' > > 04 33 04
',0./: (6685>
µ904*2 +,(+ :03, *536,49(:054
µ904*2 +,(+ :03, *536,49(:054
& ,>:,84(2 58 (9 65=,8
9;662? 35+;2,
& :5 &
3
> > > >
1. )
Ordering data 8+,8 5 8+,8 5
IP 264 electronic cam controller module
IP 264 manual04*2 ,>(362, 685.8(3
,83(4
4.209/
6ES5 264-8MA12
6ES5 998-5SL116ES5 998-5SL21
Connecting cables
Sub D connector
#,, 6(.,
#,, 6(.,
,* 41&(55,0* 5&+(/$6,& 1) 6+(
241*4$//('+$4'9$4(
12(4$6,0*,02$4$..(./1'(
(4/$0(061762761)4(57.65
(4/$0(064($',0*1),02765
5647&674(
>! > ! >!06(..,*(06 /1'7.(5
,(/(05 =
IP 265 high-speed subcontrol module
Application +( +,*+>52((' 57%>&10641. /1'7.( ,5 $ )4((.; 241>*4$//$%.( /1'7.( 9+,&+$76101/175.; &10641.5 57%>241&(55(5 9,6+ +,*+ 241>&(55,0* 52((' 4(241'7&,%,.,6;4(37,4(/(065 $0' 51 1)).1$'56+( ! 1) 6+( 241*4$//$%.(&10641..(4
+( ,5 75(' /$,0.; 9,6++,*+>52((' 241'7&6,10/$&+,0(4;
+( &$0 %( 75(' 9,6+6+( >! $0' > ! 241>*4$//$%.( &10641..(45 $0' ,06+( >! 241*4$//$%.(&10641..(4 !2 61 ),8( /1'7.(5&$0 %( 75(' ,0 10( 241>*4$//$%.( &10641..(4 '(>2(0',0* 10 6+( ! 5((6$%.(10 2$*(
Design +( +($46 1) 6+( ,5 $0 ),(.' 241*4$//$%.(*$6( $44$; 9+,&+ 75(52$4$..(. 241&(55,0* 61&1/%,0( 6+( 24(8,175.;,0&1/2$6,%.( )($674(5 1) )4((241*4$//$%,.,6; $0' +,*+>52((' 4(241'7&,%.( 4(52105(6,/(5
+(4( $4( ',*,6$. ,02765 $0'1762765 ,06(*4$6(' 10 6+(/1'7.( )14 &1//70,&$6,109,6+ 6+( 241&(55
: " ',*,6$. ,02765
: " ',))(4(06,$. ,02765
: " ',*,6$. 1762765
0 $'',6,10 $0 ,06(4)$&( ,5$8$,.$%.( )14 &100(&6,0* $ )74>6+(4 +,5 &$0 %(&1/(0(&(55$4; )14 (:$/2.( ,) (,>6+(4 6+( 07/%(4 1) ,02765 $0'1762765 14 6+( 241*4$/ &$>2$&,6; 1) 10( ,5,057)),&,(06
+(4( ,5 $ 57%/1'7.( 4(&(2>6$&.( 10 6+( /1'7.( )14 $/(/14; 57%/1'7.( &10>6$,0,0* 6+( 75(4 241*4$/
Features (52105( 6,/(5 ,0 6+(/,&415(&10' 4$0*(
:$&6 4(241'7&,%,.,6; /$.. ',/(05,105 76101/175 241&(55,0* 1)57%241&(55(5 (8(0 9+(06+( ! 1) 6+( 241>*4$//$%.( &10641..(4*1(5 61
,4(&6 241&(55,0* 6+$0-561 ,06(*4$. ,027651762765
76276 )4(37(0&,(5 ,0 6+(-< 4$0*(
,/2.( 241*4$//,0* 6+$0-561 0(9 )70&6,10 (.(/(065(* ('*( %,6 /(/14,(5&.1&- *(0(4$614
Principle of operation #+(0 6+( 75(4 241*4$/ ,5.1$'(' +$4'9$4( 5647&674(5$4( &4($6(' ,0 6+( 5,/,>.$4 61 6+( +$4'9$4( &,4&7,65 ,0+$4'9,4(' &10641.5 +(5(5647&674(5 (0$%.( +,*+>52(('2$4$..(. 241&(55,0* 1) 241&(555,*0$.5 0 &1064$56 61 +$4'>9,4(' &10641.5 6+( ,5241*4$//$%.( $0' 6+( +$4'>9$4( &100(&6,105 &$0 %( '(>.(6(' $0' 4(&10),*74(' $51)6(0 $5 '(5,4('
+( 241&(55 %(0(),65 ',4(&6.;)41/ 6+( 5+146 4(52105( 6,/(51) 6+( ,06(*4$. ,02765 $0' 176>2765 +( 2.$06 5(05145 $0'$&67$6145 ,/2146$06 61 6+(57%241&(55 $4( &100(&6(' 616+( 8,$ 6+(5( ,02765$0' 1762765 +( &10>641.5 6+( 57%241&(55 $76101>/175.;
& ' &F( &F( &F(7=/5531/7= " 68.>5/<
&3/6/7< &' E
IP 265 high-speed subcontrol module -87=37>/.
Principle of operation-87=37>/.
'23< 6/+7< 3= 3< 98<<3,5/ 08;=2/ <>,9;8-/<< =8 -87=37>//?/7 @2/7 =2/ #( 80 =2/9;81;+66+,5/ -87=;855/; 3< 37&'"# +7. 3< 78 5871/; -87F=;855371 =2/ 6+37 9;8-/<< -+7,/ -87031>;/. ,B =2/ ></;
866>73-+=387 ,/=@//7 =2/# +7. =2/ #( @23-2 3<7/-/<<+;B 08; 37=/1;+=371 =2/<>,9;8-/<< 37=8 =2/ ></; 9;8F1;+6 3< 2+7.5/. 8?/; =2/,+-495+7/ ,>< 80 =2/ 9;8F1;+66+,5/ -87=;855/;
'2/ #( ></; 9;81;+6 -+7=;+7<0/; + -87=;85 @8;. +7.9+;+6/=/;< =8 =2/ # 8?/;=2/ 9;8-/<< 36+1/ 80 =2/ 8>=F9>=< #" +7. 3= -+7 /?+5>+=/+ <=+=>< @8;. +7. 9+;+6/=/;<0;86 =2/ # 8?/; =2/ 9;8F-/<< 36+1/ 80 =2/ 379>=< #
Programming '2/ " 9;81;+66371<80=@+;/ 3< +?+35+,5/ 08; 1/7F/;+=371 =2/ ></; 9;81;+6 +7.08; <=+;=F>9 9;81;+66371./?3-/# 3< ></. 08; 9;8F1;+66371 '2/ # ></; 9;8F1;+6 3< 1/7/;+=/. 37 =2/ -87F=;85 <B<=/6 058@-2+;= 6/=28.80 ;/9;/</7=+=387 ><371 " '2/ 9;81;+6 .8/< 78=2+?/ + ,58-4 <=;>-=>;/ +7. 3<6/;/5B .3?3./. 37=8 37.3?3.>+5</16/7=< 8@/?/; =2/</</16/7=< +;/ 875B /.3=8;3+5+3.< +7. <37-/ =2/B +;/ 9;8F-/<</. 37 9+;+55/5 =2/B 2+?/78 3705>/7-/ 87 =2/ 8;./; 37@23-2 =2/ 9;81;+6 3< 9;8F-/<</.
'2/ " 9;81;+66371<80=@+;/ -+7 ,/ ></. =8 <36>F5+=/ 800F537/ -87=;85 80 =2/ 9;8F-/<< ,B =2/ # !/3=2/;# 78; 9;81;+66+,5/-87=;855/; 3< ;/:>3;/. 08; =23<9>;98</
'2/ 9;8-/<< /7?3;876/7= -+7,/ 37=/1;+=/. 37 =2/ <36>F5+=387 '23< +558@< 9;81;+6/;;8;< =8 ,/ ./=/-=/. +7.-8;;/-=/. :>3-45B @3=28>=-877/-=371 =2/ 9;8-/<< "8; =2/ #
'2/ 9;81;+6 =/<=/. 37 =23<@+B 3< =2/7 =;+7<0/;;/. =8 =2/# /3=2/; ?3+ 6/68;B<>,68.>5/ 8; .3;/-= 8?/; =2/,+-495+7/ ,>< 80 =2/ 9;8F1;+66+,5/ -87=;855/;
'2/ 08558@371 2+;.@+;/ 3< ;/F:>3;/. =8 ;>7 " 87 +# # # # 9;81;+66371 ./?3-/ 8; #
9;8-/<<8; 8; 2312/; % +;. .3<4 @3=2 0;//<=8;+1/ -+9+-3=B
#%" 9;81;+66371 ./F?3-/
'2/ 08558@371 <80=@+;/ 6><=+5<8 ,/ 37<=+55/.
"7 =2/ 9;81;+66371 ./?3-/<2+;. .3<4
&F"& 0;86 ?/;<387 =8?/;<387 8; *37.8@<8; <=+7.+;. +9953-+=387< =2/<=+7.+;. 0>7-=387 -8>7=/;-+7 ,/ ></. '23< 3< 87#%" @3=2 =@8 -+<-+.+,5/F,3= -8>7=/;< 68.>580>7-=387 ;/<=+;= 80 =2/ -8>7=/;+0=/; ;/+-2371 =2/ </=9837=+7. '"% 0>7-=387
Technical specifications
Module#/;63<<3,5/ +6,3/7= =/69/;+=>;/
8;3C87=+5 37<=+55+=387
)/;=3-+5 37<=+55+=387
>;;/7= -87<>69=387 0;86 )
#(
"9/;+=371 <=+=>< 37.3-+=8;
&317+5 <=+=>< 37.3-+=8;
08; ) 379>=< +7.
) 8>=9>=<
*/312= +99;8A
#8@/; 58<</< 80 =2/ 68.>5/ =B9
/68;B <>,68.>5/
A=/7= 80 =2/ 9;81;+6 ,+</. 87
-869+;3<87 80 &' <=+=/6/7=<
'B9/ 80 0>7-=387 /5/6/7=<
=8
=8
6
&'"# ;/.
%(! 1;//7
;//7
41 8C
*
#%"
=8 <=+=/6/7=<
37 =2/ -+</ 80 63A/. 0>7-=387<
>9 =8 +99;8A <=+=/6/7=<
37 =2/ -+</ 80 9>;/5B ,37+;B
0>7-=387<
37+;B 5813- 89/;+=387< =36/;<
-8>7=/;< -869+;3<87 89/;+=387<
&% 05390589< %& 05390589<
/.1/ ,3= 6/68;3/< -58-4
1/7/;+=8;
C =8 4C ,37+;B <-+5/;<
Digital inputs!>6,/; 80 379>=<
+5?+73- 3<85+=387
79>= ?85=+1/
!8637+5 ?+5>/
8; D <317+5
8; D <317+5
79>= ->;;/7= += D <317+5 =B9
79>= -3;->3= ./5+B
%3<371 /.1/ =B9
+55371 /.1/ =B9
+,5/ 5/71=2 <23/5./. 6+A
$>3/<-/7= ->;;/7= @3=2
F@3;/ %" -877/-=/.
F937 <>, <8-4/=
!8
)
=8 )
=8 )
6
µ< µ<
6 0= += 6+A 4C
6
"# "D$ "D$ "D$4:,220.,4: 35+;2,9
"0,3,49 "# B
IP 265 high-speed subcontrol module *54:04;,+
Technical specifications
Differential inputs;3),8 5- 046;:9
#?6, 5- 046;: 90.4(29
46;: -8,7;,4*? 3(>
()2, 2,4.:/ 9/0,2+,+ 3(>
Digital outputs;3,8 5- 5;:6;:9
(2<(40* 0952(:054
659
-58 :/, 25(+
5304(2 <(2;,
,830990)2, 8(4.,
;:6;: *;88,4: (: A 90.4(2
(8(22,2 56,8(:054 3(>
65990)2, 04 6(089
(36 25(+ 3(>
"/58:D*08*;0: 685:,*:054
,2,*:8540* *25*1,+
%52:(., 04+;*,+ 54 *;88,4:
04:,88;6:054 2030:,+ :5
D604 9;) 95*1,:
4 (** =0:/ !"
+0--,8,4:0(2 90.4(29
1@
3 -:
D604 9;) 95*1,:
5
%
:5 %
(:
;:6 > >
&
',9
%
Output circuit delay !0904. ,+., :?6
(2204. ,+., :?6
:?6
:?6
"=0:*/04. -8,7;,4*? =0:/
5/30* 25(+ 3(>
3(>
3(>
!,90+;(2 *;88,4:
(: A 90.4(2 3(>
%52:(., +856 (: A 90.4(2 3(>
()2, 2,4.:/ 3(>
,830990)2, :5:(2 *;88,4:
Expansion inputs/outputs
;3),8 5- 046;:95;:6;:9
µ9 µ9 (: 3 25(+
µ9 (: C 3 25(+ µ9 (: 3 25(+
1@ (: 3 25(+
1@ (: 3 25(+
1@ (: 3 25(+
3
%
3 -:
(:
D604 ";) 95*1,:
(4? *53)04(:054 5- 046;:9 (4+
5;:6;:9 *(4 ), *54-0.;8,+
Ordering data 8+,8 5 8+,8 5
IP 265 high-speed subcontrol module
Configuring package for IP 265
*53680904. 685.8(3304. 95-:=(8,
-58 +,9*806:054 9,, (:(D
25. ",*:054 (4+ 3(4;(2
,83(4
4.209/
8,4*/
Standard function ”counter“54 ! =0:/ +,9*806:054
2(4.;(.,9 ,83(4 4.209/
8,4*/
6ES5 265-8MA01
6ES5 265-5AA116ES5 265-5AA216ES5 265-5AA31
6ES5 840-4SH01
375 memory submodule-58 ;9,8 685.8(3
! )?:,
Expansion cable 3 04 254.
-58 ,>6(49054 04:,8-(*,
Sub D connector D604 3(2,-58 +0.0:(2 5;:6;:9
Sub D connector D604 -,3(2,-58 +0.0:(2 046;:9
6ES5 375-8LC21
6ES5 725-2AC01
6ES5 750-2AA11
6ES5 750-2AB11
%# !/%#* +" 0$!
%*0!."!
!0,+%*04%/
+*0.+((!.
+))* %*0!.,.!0!.
+*0.+((!.,!!
.+#.))%*# !2%!
.+#.))%*# !2%!%*0!."!
7 7 7*0!((%#!*0 )+ 1(!/
%!)!*/ 6
IP 266 positioning module
Application $! ,+/%0%+*%*# )+ 1(!%/ 1/! "+. ,+/%0%+*%*# * ,+/%0%+* +*0.+( 3%0$ 2.%(!7/,!! .%2!/ /!.2+ .%2!/"+. (%*!. * .+0.5 4!/ 0..%!/ +10 ,+/%0%+*%*# 0/'/+),(!0!(5 10+*+)+1/(5$!5 )!.!(5 $2! 0+ !0.%##!.! 5 0$! 1/!. ,.+#.)%* 0$! ,.+#.))(! +*70.+((!. +. 5 0$! ,.+#.))%*# !2%! $! 01( ,+/%0%+*%*#0/' +!/ *+0 1. !* 0$! +" 0$! ,.+#.))(! +*0.+(7(!.
$%/ )'!/ 0$! ,+/%70%+*%*# )+ 1(! /1%0(! "+.1/! 3%0$ //!)(5 (%*!/0.*/"!. (%*!/ ,,!. )7$%*!/ * 0!40%(! )$%*!// 3!(( / "+. ,'#%*# * 0.*/,+.00%+* ,,(%0%+*/
,.+#.))%*# !2%! * 0$! /5/0!) ,.+#.) .!.!-1%.! "+. !*0!.%*# )+ %7"5%*# * /0+.%*# 0$! )$%*! 0 * 0$! 0.2!./%*# ,.+7#.)/ $! )$%*! 0 *(/+ ! 0.*/"!..! ".+) 0$! +" 0$! ,.+#.))(!+*0.+((!. 0+ 0$!
$! * ! 1/! 3%0$0$! 7 * 7 ,.+7#.))(! +*0.+((!./ / 3!((/ %* 0$! 7 ,.+7#.))(! +*0.+((!. /!!0(! +* ,#! "+. /(+0/* )4%)1) *1)!. +")+ 1(!/
Design
Principle of operation $! )+ 1(! .!!%2!/ 0$! 0.72!./%*# &+ .!-1!/0 !%0$!. %.!0 ".+) 0$! ,.+#.))%*# !2%! +. ".+) 0$! $%#$!.7(!2!(,.+7#.))(! +*0.+((!. .+)0$%/ 0$! (1(0!/ /!0,+%*0 "+. 0$! ,+3!. /!0%+*+" 0$! +**!0! )+0+. 0'%*#0$! .!(!2*0 )$%*! 0 %*0++1*0 0 0$! /)! 0%)!0$! +*0%*1+1/(5 (17(0!/ 0$! 01( ,+/%0%+* +" 0$! .%2! ".+) 0$! /%#*(/ +" 0$!%*.!)!*0( ,+/%0%+* !*+ !.
$! ,+/%0%+* +*0.+((!. #!*!7.0!/ 0$! )*%,1(0! 2.%(!".+) 0$! %""!.!*! !03!!*0$! /,!%"%! /!0,+%*0 * 0$!1..!*0 01( ,+/%0%+* $!)*%,1(0! 2.%(! %/ +10,100+ 0$! ,+3!. /!0%+* +" 0$!)+0+. +2!. 0$! *(+# +10,10)+ 1(! $! 2+(0#! 2(1! +"0$! )*%,1(0! 2.%(! !0!.)%*!/ 0$! ,+/%0%+*%*#/,!!
$! ,+3!. /!0%+* +" 0$!)+0+. *+3 +*0.+(/ 0$! /,!! +" 0$! )+0+. 3%0$ 0$! $!(, +"0$%/ 2+(0#! /!0,+%*0 * 0$!1..!*0 )+0+. /,!! /%#*((! ' 5 0$+7#!*!.0+. /0$! 01( 2(1!
,!.0%+* 3%0$ ,.+#.)7)%*# !2%!
* 0$! 0!/0 )+ ! 3%0$ 0$!,.+#.))%*# !2%! 0$! "+(7(+3%*# +)"+.0(! "1*0%+*/.!2%((!
$! 4%/ * ! 0.2!./! "+. 0!/0 ,1.,+/!/ 3%0$ "1(0%* %0%+* +* 0$! /.!!*
$%*! 0 * 0.2!./!,.+#.)/ * ! ! %0!
.$%2%*# +*0+ %/'!00! * "%4! %/'
+##%*# 5 ,.%*0!.
% & %F' %F' %F'7=.5520.7= " 68->5.<
%2.6.7< %& E
IP 266 positioning module ,87=27>.-
Principle of operation "9.;*=287 @2=1 *9;80;*66*+5. ,87=;855.;
7 78;6*5 89.;*=287 =1.# ;.,.2?.< =;*?.;<270 38+;.:>.<=< /;86 =1. #' *=*2< .A,1*70.- [email protected] =1.#' *7- =1. # 8?.;F+B=. 279>= *7- 8>=9>=/;*6.<
&;*?.;<270 9;80;*6<
&1. =;*?.;<270 9;80;*6<,8;;.<987- 27 =1.2; ;.9;.<.7F=*=287 =8 * <>+<.= 8/! &1.B ,*7 +..-2=.- *= =1. 9;80;*66270-.?2,..2=1.; 27 =12< ;.9;.<.7=*=287 8;27 * 95*27=.A= ;.9;.<.7=*=287
'9 =8 9;80;*6< 6*A +B=. ,*7 +. <=8;.- 87=1. # 98<2=287270 68->5.
#;80;*6< ,*7 +. ,87,*=.F7*=.- ><270 <>+;8>=27.<>;=1.; 9;80;*66*+5./>7,=287< *;. .0
889270 *5<8 27/272=. 5889< "7F=1.F/5B ,1*70. @.55 =26.< "//<.=< =885 ,869.7<*=287< .=;2, *7- C886-26.7<287<
Functions Operating modes "9.;*=8; ,87=;85" 68-. /8558@F>9 68-.;./.;.7,. 9827= *99;8*,127,;.6.7=*5 /..- 68-.*>=86*=2, 68-. =.*,1F2768-. C.;8 8//<.= =885 8//F<.= -;2/= ,869.7<*=287 27F9>= 6*,127. -*=*=;*?.;<270 9;80;*668->5. 2-.7=2/2,*=287-;2/= ,869.7<*=287
872=8;270$.*- 6*,127. -*=* ;.*-=;*?.;<270 9;80;*6 ;.*-,>;;.7= *,=>*5 ?*5>. ;.*-68->5. 2-.7=2/2,*=287*,=>*5 98<2=287 /8558@270.;;8; -2<=*7,. =8 08
Inputs/outputs 27*;B <207*5 8>=9>=<A2< ;.*-B =8 89.;*=.98<2=287 ;.*,1.- />7,=287 .0 <B7,1;872FC*=287
27*;B 279>=<*;-@*;. 5262= <@2=,1;./.;.7,. 9827= <@2=,1.A=.;7*5 <=89 .A=.;7*5 <=*;=.7*+5.
Machine data&1. 6*,127. -*=* <.=27,5>-.< ?*;28>< *A2<F<9.,2/2,<9.,2/2,*=287< <>,1 *<
2//.;.7= <9..-< ,,.5.;*=287< *7- -.5*B< 27+8=1 -2;.,=287<
88;-27*=.< /8; =1.;./.;.7,. 9827= <8/=@*;.5262= <@2=,1
"//<.=< ,8;;.,=287 ?*5>.< $.<85>=287<
Monitoring functions&1. # 8//.;< =1. /8558@2701*;-@*;. *7- <8/=@*;.6872=8;270 />7,=287<
)2;. +;.*4*0. *7- <18;=,2;,>2= *= =1. ( 27,;.6.7=*598<2=287 .7,8-.;
*25>;. 8/ =1. ( ?85=*0.<>995B
#85*;2=B ;.?.;<*5 8/ =1. (?85=*0. <>995B
%@2=,1270 8// =1. 98@.;<.,=287
*>5= 27 =1. <=*;=>9 8/ =1.#
27. 27=.;;>9=287 8/ =1. <.=F9827= 527.# ↔ 98@.; <.,=287
58,4270 8/ =1. -;2?. );870 98<2=287 ,87=;85-2;.,=287
Technical specifications
Incremental position decoding(pulse inputs) ( 279>=<
-2//.;.7=2*5 279>=< =8 $%
( 279>=<
*<B66.=;2,*5 279>=<
79>= ?85=*0.
!8627*5 ?*5>.
79>= ,>;;.7= *= D =B9
*5?*72, 2<85*=287
*A ,8>7=270 /;.:>.7,B
6*A ,*+5. 5.70=1 <12.5-.-
Binary inputs*5?*72, 2<85*=287
79>= ?85=*0. ;*70.
!8627*5 ?*5>.
8; D <207*5
8; D <207*5
#.;62<<2+5. 89.7F,2;,>2=
,>;;.7= *= D <207*5
79>= ,>;;.7= *= ( =B9
9>5<.< -2<95*,.- +B *7-
C.;8 6*;4 *7- =1.2; 27?.;<.
<207*5<
9>5<.< -2<95*,.- +B *7-
C.;8 6*;4
( (
6 7 *,, @2=1
$%
!8 !8
4C 6 4C 6
/= /=
4C 6 /=
!8
± ( (
=8 (
( =8 (
6
6
Binary outputs*5?*72, 2<85*=287
">=9>= ?85=*0. ;*70.
!8627*5 ?*5>.
*A 8>=9>= ,>;;.7=
*= D <207*5
%18;=F,2;,>2= 9;8=.,=287
*+5. 5.70=1 <12.5-.- 6*A
Controller output(analog output)">=9>= <207*5 ;*70.
202=*5 ;.9;.<.7=*=287
8/ =1. 8>=9>= <207*5
,,>;*,B
%18;=F,2;,>2= 9;8=.,=287
*+5. 5.70=1 <12.5-.- 6*A
!8
( =8 (
(
6
%18;=F,2;,>2= 9;88/ 8>=9>=
6 /=
± (
+2= *7- <207
± @2=1 ;./.;.7,. ± (
%18;=F,2;,>2= 9;88/ 8>=9>=
6 /=
"75B @2=1 # # 8; 9;80;*66270 -.?2,.< *7- =1. " 9*;*6.=.;2C*=287 <8/=@*;.
"# "@$ "@$ "@$38+11/-+38 24*91+7
"/+2+37 "# ?
IP 266 positioning module )438/39+*
Technical specifications (continued)
Machine data (excerpt)!+74198/43
#6':+67/3- 6'3-+ 2'<
#6':+67/3- 75++*
))+1+6'8/43
4114;/3- +6646
"+6:4 -'/3 :
')01'7. )425+37'8/43 2'<
#441 4,,7+8
84 µ2
± 22
84 222/3
84 227
84 22
84 7
84 22
± 22
Supply voltage
4-/) :418'-+
966+38 /3598
38+63'1 ,642 8.+ $ % 8=5
<8+63'1 % ;/8.498
14'* '3* % 7+3746 8=5
"9551= )966+38 ,46
547/8/43 +3)4*+6 2'<
Weight '5564<
% +<8+63'1 46 ,642 54;+6
79551= 24*91+
84 % 564*9)+* ,642
%
2
2
2 5+6 7+3746
0- (
Ordering data 6*+6 4 6*+6 4
IP 266 positioning module
Configuring package for IP 266)4256/7/3- 5'6'2+8+6/>'8/43 74,8@
;'6+ ,46 *+7)6/58/43
7++ '8'14- "+)8/43 '3*
2'39'1
+62'3
3-1/7.
6+3).
704 connecting cable,46 )433+)8/3-
↔ % /3)6+2+38'1
+3)4*+6 43+ +3* 45+3
2'< 2 ,8 143-
2 ,8
2 ,8
2 ,8
↔ % /3)6+2+38'1
+3)4*+6 43+ +3* 45+3
2'< 2 ,8 143- 95 84
0> 2'< 2 ,8
143- 95 84 0>
2 ,8
2 ,8
2 ,8
2 ,8
6ES5 266-8MA11
6ES5 266-5AA116ES5 266-5AA216ES5 266-5AA31
6ES5 704-2BC506ES5 704-2BF006ES5 704-2CB00
6ES5 704-3BC506ES5 704-3BF006ES5 704-3CB006ES5 704-3CF00
705 connecting cable,46 )433+)8/3-
↔ "/+2+37 547/8/43
+3)4*+6 &@
2 ,8 95 84 2 ,8
143-
2 ,8
2 ,8
2 ,8
2 ,8
↔ 4;+6 93/8 4, ' 7+6:4@
24846 '3'14- /38+6,')+
± % 7./+1*+* )'(1+2'< 2 ,8 143-
2 ,8
2 ,8
Sub D connector @5/3 2'1+ ,46 )433+)8/3-
8.+ 24846 54;+6 7+)8/43
@5/3 2'1+ ,46 )433+)8/3-
8.+ 24846 54;+6 7+)8/43
6ES5 705-7BF016ES5 705-7CB016ES5 705-7CC016ES5 705-7CD21
6ES5 705-8BF016ES5 705-8CB01
6ES5 750-2AA11
6ES5 750-2AA21
174 ,46 "@
% & %D' %D' %D'5;-331/-5; " 46,<3-:
%1-4-5: %& C
IP 267 stepper motor controller
Application &0- # :;-77-9 46;69+65;9633-9 0)5,3-: ;0-76:1;16515/ ;):2: 6. :;-77-946;69: !-1;0-9 7)9)4-;-91DA);165 :6.;>)9- 569 :;)5,)9,.<5+;165 *36+2: )9- 9-8<19-,.69 ;0);
%<1;)*3- )7731+);165: .69 ;0-# :;-77-9 46;69+65;9633-9 15+3<,- .--,-9: 65)::-4*3@ 315-: )5, ;9)5:.-9315-: 4)517<3);69: 7)7-94)+015-: )5, ;-?;13-4)+015-:
&0- # +)5 *- <:-, >1;0;0- %D' )5, %D' 796D/9)44)*3- +65;9633-9: ): >-33): 15 ;0- %D' 796D/9)44)*3- +65;9633-9 :--;)*3- 65 7)/- .69 :36;:)5, ;0- 4)?14<4 5<4*-9 6.46,<3-:
Principle of operation &0- .6336>15/ ,);) 4<:; *-:7-+1.1-, *-.69- ;0- :;-77-946;69 +)5 *- +65;9633-,
65.1/<9);165 ,);).69 ,-:+91*15/ ;0- ;-+051+)3+0)9)+;-91:;1+: 6. ;0- ,91=-:@:;-4
#6:1;16515/ ,);).69 ,-.1515/ ;0- 76:1;16515/7);0
&0- # /-5-9);-: ):@44-;91+)3 ;9)=-9:- 796.13-.964 )33 ;0- ,);) &0- ;9)=-9:-796.13- +65:1:;: 6. ;0- )++-D3-9);165 9)5/- ;0- +65:;)5;:7--, 9)5/- )5, ;0- ,-3)@9)5/- &0- .9-8<-5+@ 15D+9-):-,-+9-):- 15 ;0- )++-D3-9);165,-+-3-9);165 9)5/- 1:315-)9
&0- 76>-9 :-+;165 1: +65D;9633-, =1) 7<3:-: &0- 5<4*-96. 7<3:-: ,-;-9415-: ;0-3-5/;0 6. ;0- ;9)=-9:- 7);0;0- 7<3:- .9-8<-5+@ 1: )4-):<9- .69 ;0- :7--, 6. ;0-76:1;16515/ 796+-:: &0-7<3:- 6<;7<; ;)2-: 73)+- 15,-D7-5,-5;3@ >1;06<; *<9,-515/;0- #'
Functions 1/1;)3 157<;: .69 +)31*9);165)5, 3141;);165 6. ;0-;9)=-9:15/ 9)5/-:
%;);<: ,1:73)@ .69 ,1..-9-5;67-9);15/ 46,-:
#96/9)44)*3- 7<3:-/-5-9);695;-9.)+- ;6 +644-9+1)3:;-77-9 46;69 +64765-5;:>1;0 ( ,1..-9-5;1)3 157<;: 69
36/1+ 157<;: 15 ;0- ;6 (9)5/-
Technical specifications
Digital inputs
57<; =63;)/- 56415)3 =)3<-
57<; :1/5)3 )9-)
; B :1/5)3
; B :1/5)3
57<; =63;)/- ;@7
!<4*-9 6. 157<;:
!<4*-9 6. +0)55-3:
:63);165
%<773@ =63;)/- .69 D>19-
$" 796?141;@ :>1;+0-:
(
( ;6 (
( ;6 (
4
3141; :>1;+0-: -4-9/-5+@
3141; :>1;+0-: 9-.-9-5+- 7615;
:>1;+0 -?;-95)3 :;67
!6
( ;6 (
Output stage
"<;7<; =63;)/-:
%<773@ >1;0 (
; B :1/5)3 4)?
; B :1/5)3 415
%<773@ >1;0 77 ( ;6 (
; B :1/5)3 4)?
; B :1/5)3 415
"<;7<; +<99-5;
"<;7<; .9-8<-5+@ 4)?
!<4*-9 6. :;-7: 4)?
#-941::1*3- +)*3- 3-5/;0 4)?
(
(
(
(7 (
4 :069;D+19+<1; 7966.
2A 15,-7-5,-5; 6. ;0-
6<;7<; =63;)/-
7<3:-:
7-9 )::1/54-5;
4 .; ); 2A
&>1:;-,D7)19 +)*3-
Ordering data "9,-9 !6 "9,-9 !6
IP 267 stepper motor control-ler
IP 267 manual-94)5
5/31:0
9-5+0
%7)51:0
;)31)5
6ES5 267-8MA11
6ES5 998-5SD116ES5 998-5SD216ES5 998-5SD316ES5 998-5SD416ES5 998-5SD51
736 connecting cable.69 +655-+;15/
# ↔ #6>-9 :-+;165 6. )
:;-77-9 65- -5, 67-5
4 .;
4 .;
4 .;
Sub D connectorD715 4)3-
6ES5 736-6BF006ES5 736-6CB006ES5 736-6CB60
6ES5 750-2AA11
3:6 .69 %D
PLC/ET"D$
"D$
"D 653@ -69
"D >0;/ $
$
$
Quantity
Slots
"# "D$ "D$ "D$"7,*0(3 46+<3,:
"0,4,5: "# C
385A and 385B counter modules
Application 5 (++0;065 ;6 ;/, *6<5;,9: 6-;/, 796.9(44()3, *65;9633,9: $ :7,*0(3 *6<5;,946+<3,: *(5 ), <:,+ 05 ;/,"D$ "D$ "D (5+"D$ #/, *6<5;,946+<3,: 9,30,=, ;/, $ 6-;04,D05;,5:0=, *6<5;05. ;(:2:
Design 385A counter module 56; -69 "D
#/, *6<5;,9 46+<3,*65;(05: ;>6 +6>5 *6<5;,9:#/, 6<;7<; =(3<,: ;6 (9, ,(*/ :,; >0;/ ( +,*(+,:>0;*/ 65 ;/, -965;73(;, #/,:0.5(3 3,=,3 6- ;/, *6<5;,97<3:,: % 69 % *(5 ),:,3,*;,+ :,7(9(;,3@ 65 ;/,-965;73(;, -69 )6;/ *6<5;,9:
385B counter module#/, *6<5;,9 46+<3,*65;(05: 65, *6<5;,9 >/0*/*(5 ), 67,9(;,+ 05 ;>646+,: (: <7 *6<5;,9 69 (:<7+6>5 *6<5;,9 :,;;()3, 65;/, -965;73(;,
#/, :0.5(3 3,=,3 6- ;/, *6<5;,97<3:,: % +0--,9,5;0(3 =63;(.,05 (**69+(5*, >0;/ !" 69 % *(5 (3:6 ), :,3,*;,+ 65;/, -965;73(;,
#/, 46+<3, /(: (5 ,5()3,057<; %
<3:, :,5:69: 69 76:0;065,5*6+,9: (9, *655,*;,+ ;6;/, -965;73(;, >0;/ ( *655,*;D05. *()3, (5+ (9, :<7730,+>0;/ =63;(., % 69 % -964;/, 46+<3,
Principle of operation 385A counter module 56; -69 "D
(*/ *6<5;,9 /(: (5 ,5()3,057<; >/0*/ 0: :,; =0( ;/,796.9(4 76:0;0=, ,+., (;;/, ,5()3, 057<; :,;: ;/,*6<5;,9 ;6 ;/, +,:09,+ 6<;7<;=(3<, ;6 #/, *6<5;,97<3:,: (9, *(7;<9,+ - ;/,*6<5;,9 9,(*/,: :;(;<: ;/,9,3,=(5; 6<;7<; 0: :,; #/,5,.(;0=, ,+., 6- ;/, ,5()3,:0.5(3 9,:,;: ;/, 6<;7<;
385A counter module 56; -69 "D
6<5;05.
#/, *6<5;,9 *6<5;: <7 -964 ;6 &/,5 ;/0: :,;7605;0: 9,(*/,+ ;/, 9,3,=(5; 6<;7<;0: :,; 76:0;0=, ,+., (; ;/,,5()3, 057<; 9,:,;: ;/,*6<5;,9 (5+ 6<;7<;:
6:0;065 +,*6+05.
#/, *6<5;,9 67,9(;,: (: (5<7+6>5 *6<5;,9 B #/, 464,5;(9@ *6<5;,9:;(;<: *(5 ), :*(55,+ )@ ;/,<:,9 796.9(4 #/, 3040; =(3<,:(9, :,; 05 ;/, <:,9 796.9(4&/,5 ( 3040; =(3<, 0: 9,(*/,+;/, 9,3,=(5; 6<;7<; 0: :,;!,:,;;05. (5+ :@5*/9650A(;065(9, 7,9-694,+ =0( ( 9,-,9,5*,057<; %
@ :,;;05. +<730*(;065 698<(+9<730*(;065 6- ;/, *6<5;,97<3:, ,=(3<(;065 ;/,(**<9(*@ 6- ;/, (*8<09,+7(;/ 0: ,5/(5*,+
6:0;06505. ;(:2: *(5 (3:6 ),:63=,+ 05 *651<5*;065 >0;/ (505*9,4,5;(3 76:0;065 ,5*6+,9
#/, ;()3, ),36> :/6>: /6>4(5@ *6<5;,9 46+<3,:*(5 ), <:,+ 05 ;/, "D$"D$ (5+ "D$ 796D.9(44()3, *65;9633,9: (5+>/0*/ :36;: (9, (=(03()3, -69;/0: 7<976:,
Technical specifications
6<5;,9 46+<3, 6ES5 385-8MA11 6ES5 385-8MB11
6<5;,9:
(3=(50* 0:63(;065 ',: 6
6<5;05. 9(5.,
6<5;05.
6:0;065 +,*6+05.
;6 +6>5
;6 <7
;6 <7+6>5
6<5;05. -9,8<,5*@ 4(? A 2A % 2A %
$% $D& $D& $D&
$7-+1)3 46,<3-:
$1-4-5: $% C
385A and 385B counter modules +65;15<-,
Technical specifications +65;15<-,
6<5;-9 46,<3- 6ES5 385-8MA11 6ES5 385-8MB11
Inputs
"6:1;165 ,-+6,15/
' :1/5)3: ;6 #$
' :1/5)3:
7<3:-: ,1:73)+-, *@ )5, A-96 4)92
-/ #! 76:1;165 -5+6,-9 )5, 15=-9:- :1/5)3:
7<3:-: ,1:73)+-, *@ )5, A-96 4)92
5)*3- :1/5)3 5 ;0- 796/9)4 ' =1) -5)*3- 157<;
6<5; 46,- 6<5;-9 -5)*315/
"6:1;165 )+8<1:1;165 46,- 5)*315/ 6. :-;7615;:
57<; =63;)/-
6415)3 =)3<-
69 B :1/5)3
69 B :1/5)3
' '
;6 ' ;6 '
;6 ' ;6 '
' #$ '
;6 '
;6 '
57<; +<99-5;
); B :1/5)3 ;@7 4 4 4 4
)*3- 3-5/;0
&5:01-3,-, 4)?
$01-3,-, 4)?
4 .;
4 .; 4 .;
Outputs3141; =)3<-:-;7615;: 9-)+0-,
!<;7<; +<99-5;
); B :1/5)3
"-941::1*3- 9)5/- ;6 4 ;6 4
)47 36), 4)? ( (
$069;D+19+<1; 796;-+;165 3-+;9651+ ,1:73)@ >1;0 9-, 3-+;9651+ ,1:73)@ >1;0 9-,
#-:1,<)3 +<99-5; ); B :1/5)3 4)? 4 4
$1/5)3 3-=-3
; B :1/5)3 4)?
; B :1/5)3 415
'
'
'
'
)*3- 3-5/;0 <5:01-3,-, 4)? 4 .; 4 .;
$<773@ =63;)/-
.69 36),
6415)3 =)3<- 4)?
#1773- 77 "-941::1*3- 9)5/-
15+3<,15/ 91773-
'
'
;6 '
'
'
;6 '
$<773@ 6. D>19- #! "6::1*3- .964 ;0- 46,<3- >1;0 "6::1*3- .964 ;0- 46,<3- >1;0
:63);165 =63;)/-
157<;: )5, 6<;7<;: ;6 -)+0 6;0-9
)5, ;6 /96<5, 157<; ;6 '
%-:;-, >1;0 '
'
<99-5; 157<;
5;-95)3 .964 "& ' ;@7
?;-95)3 ); '
>1;06<; 36), ;@7
4
4
4
"6>-9 36:: ;@7 ( (
(-1/0; )7796? 2/ * 2/ *
Ordering data !9,-9 6 !9,-9 6
385A counter module6>5 +6<5;-9 +6<5;-9 3-=-3:
+6<5;-9 .9-8<-5+@ ;6 A
385 counter module
&7,6>5 +6<5;-9
+6<5;-9 .9-8<-5+@ ;6
2A ' 2A '
)3:6 .69 76:1;165 ,-+6,15/
704 connecting cable.69 +6<5;-9 46,<3-
.69 ' :1/5)3: 4)? 4 .;
4 .;
4 .;
4 .;
6ES5 385-8MA11
6ES5 385-8MB11
6ES5 704-2BC506ES5 704-2BF006ES5 704-2CB00
704 connecting cable.69 ' :1/5)3:
4)? 4 .;
4 .;
4 .;
4 .;
4 .;
705 connecting cable.69 +655-+;15/ ;0- $1-4-5:
76:1;165 -5+6,-9: ;6 ;0-
+6<5;-9 46,<3-
4 .;
4 .;
4 .;
4 .;
6ES5 704-3BC506ES5 704-3BF006ES5 704-3CB006ES5 704-3CF00
6ES5 705-7BF016ES5 705-7CB016ES5 705-7CC016ES5 705-7CD21
3:6 .69 $D
= = = 2'%+#. /1&7.'5
+'/'05 <
380 timer module
Application *' 6+/'4 /1&7.' %10=6#+05 691 6+/'45 9*+%* %#0 $'#&,756'& 10=5+6' +0 %1064#5661 6*' &+)+6#. 6+/'45 +06')4#6'&+0 6*' 241)4#//#$.'%10641..'45 9*+%* %#0 10.; $'5'6 2'4 51(69#4' *' &'.#; +524'5'.'%6'& (14 # &'(+0'&4#0)' 75+0) # 59+6%*
+0' #&,756/'06 +5 6*'0%#44+'& 176 9+6* # 216'06+1=/'6'4 *' 6+/'45 #4' 56#46'&$; 6*' 14 $; 6*' *+)*'4=.'8'. 241)4#//#$.' %10641..'4*' 6+/'4 6*'0 5'0&5 # 5+)0#.$#%- 61 6*' 9*'0 6*'6+/' 5'37'0%' *#5 $''0%1/2.'6'&
Technical specifications
7/$'4 1( 6+/'45
+/' 4#0)'
'66+0)
'66+0) '4414
'241&7%+$+.+6; /#:
61 5
; 216'06+1/'6'4
±
±
'/2'4#674' 5'05+6+8+6; /#:
744'06 %1057/26+10 #6 !
/#:
"'+)*6 #2241:
2'4 1( 5'6 6+/'
/
-) $
Ordering data 4&'4 1
380 timer module
9+6* 6+/'45 6+/' 4#0)'
5 61 5
6ES5 380-8MA11
.51 (14
"# "@$ "@$ "@$"6,*0(2 35+:2,8
"0,3,48 "# ?
461 comparator module
Application #/, *536(7(957 35+:2,*536(7,8 ,=9,74(2 (4(25.80.4(28 <09/ 67,8,9 20309;(2:,8 - ( 80.4(2 ,=*,,+89/, 7,2,;(49 20309 ;(2:, 9/,35+:2, 8,4+8 ( 80.4(2 95 9/, $ 57 95 9/, /0./,7@2,;,2675.7(33()2, *5497522,7
#/, 35+:2, /(8 9<5 .(2;(40@*(22> 0852(9,+ *536(7(9578 -57*:77,49 (4+ ;529(., *53@6(70854
#/, 56,7(904. 35+, *:77,4957 ;529(., 3,(8:7,3,49 *(4), +,-04,+ 5;,7 ( -:4*90548<09*/ #/, (4(25. 20309 ;(2:,08 8,9 04 ,(*/ *(8, (9 (659,49053,9,7 54 9/, -7549@62(9, 4 ),80+, 9/,2(),2204. -0,2+ 8/5<8 9/,89(9:8 5- 54, 5:96:9 80.4(2(9 ( 903,
Technical specifications
:3),7 5- 046:98
(2;(40* 0852(9054
%529(., 7(4.,
046:9 7,8089(4*,
:77,49 7(4.,
046:9 7,8089(4*,
,730880)2, 5;,725(+ *(6()0209>
0309 8,9904.
",9904. ,7757 3(=
>89,7,808 3(=
!,675+:*0)0209> 3(=
',8
95 % 1Ω
95 3 1Ω
> 659,49053,9,7
±
±
()2, 2,4.9/
$48/0,2+,+ 3(=
852(9054 ;529(.,
% 95 046:98 (4+ ),9<,,4 046:98
#,89,+ (9
:77,49 *548:369054 (9 %
$ 3(=
&,0./9 (6675=
3 -9
%
%
3
1. )
Ordering data 7+,7 5
461 comparator module
<09/ 046:98 .(2;(40* 0852(9054
*(4 ), 8<09*/,+ ),9<,,4 ;529(.,
7(4., 5- 95 % (4+ *:77,49
7(4., 5- 95 3
6ES5 461-8MA11
(4 ), 8<09*/,+ 5;,7 04+0;0+:(22> 285 -57 "@
: : :0&$*", -/%4,&2
*&-&.2 9
788 simulation module
Application )& 2*-4,"3*/. -/%4,& *242&% '/1 2*-4,"3*.( 2&.2/12*(.",2 ".% '/1 %*20,"8*.( 3)&23"342 /' /430432 01/5*%*.(5",4"#,& "*% 6)&. %((*.(01/(1"-2
Design *+& 3)& /3)&1 -/%4,&2 *3*2 2*-0,8 0,4((&% *.3/ 3)& #424.*3 #43 )"2 ./ $/..&$3*/. 3/3)& 3&1-*.", #,/$+ ".% *2
3)&1&'/1& 4.*.',4&.$&% #80/22*#,& 5/,3"(&2 )&1& 2400,8 *2 ./3 .&$&22"18
26*3$) "3 3)& 1&"1 /' 3)&-/%4,& 2&,&$32 6)&3)&1 3)&-/%4,& 2*-4,"3&2 *.0432 /1%*20,"82 /430432
Technical specifications
.0432
430432
",5".*$ *2/,"3*/.
411&.3 $/.24-03*/. "3
-"7
26*3$)&2
2
/
-
/6&1 ,/22 380
!&*()3 "001/7
!
+( #
Ordering data 1%&1 /
788 simulator module 1)
'/1 2*-4,"3*.( *.0432
/1 /430432 26*3$)&2 ".% 2
6ES5 788- 8MA11
,2/ '/1 :
>! >! >!1//70+%#6+105 /1&7.'5
+'/'05 =
CP 521 SI communications processor
Application *' %1//70+%#>6+105 241%'5514 '0#$.'5 21+06>61>21+06 %100'%6+10 61 #0;&'8+%' '37+22'& 9+6* # 5'4+#.+06'4(#%' " /%744'06 .112 ;2+%#. &'8+%'5+0%.7&' 24+06'45 6'4/+0#.5#0& /10+6145
*' %#0 #%6 #5 #! +06'4(#%' 9*'0 75>+0) 6*' ! 12'4#6+0)5;56'/ 57$/1&7.' 9*+%*/756 $' 14&'4'& 5'2#4#6'.;0 6*+5 %#5' 6*' +5%100'%6'& #5 # 5.#8' +0 #! 0'6914- 75+0) 6*'! ! /'55#)'(4#/' (14/#6
/1&'/ %#0 #.51 $' %10>0'%6'& 5+0%' +06'4>(#%' 5+)0#.5 #4' 5722146'& $;6*' 12'4#6+0) 5;56'/
*' %#0 $' 75'&9+6* 6*' >! #0& >!241)4#//#$.' %10641..'45 #59'.. #5 +0 6*' >!241)4#//#$.' %10641..'4
Principle of operation *' ! +0+6+#6'5 #0& %114&+>0#6'5 6*' 64#05/+55+10 #0&4'%'+26 1( # #6# 64#05>/+55+10 61 #0& (41/ 6*'
56#6+10 +5 *#0&.'& +0&'>2'0&'06.; $; 6*'
4414 /'55#)'5 #0& ,1$ 241>%'55+0) 56#675 +0(14/#6+10
%#0 $' 4'#& (41/ # 56#675$;6' 9*+%* 6*' %1//70+%#6+10241%'5514 94+6'5 61 6*' !
Functions 91 /1&'5 %#0 $' 5'.'%6'&(14 6*' %1//70+%#6+105241%'5514
4+06 /1&'76276 1( /'55#)' 6':65 105%4''0 14 24+06'4 6*'/'5#)' 6':65 5*17.& (+456$' 5614'& 10 # /'/14; 57$>/1&7.'
1//70+%#6+105 /1&'76276 1( /'55#)' (4#/'510 24+06'4 5%4''0 '6%'#&+0) 1( /'55#)' (4#/'5(41/ $#4%1&' 4'#&'45-';$1#4&5 #0& 16*'4 &'8+%'5
*' (1..19+0) 6;2'5 1( 64#05>/+55+10 %#0 $' 2#4#/'6'4+<'&(14 %1//70+%#6+105 /1&'
&4+8'4 (14 (4'' 24161%1.%1//70+%#6+10 64#052#4'0614 +06'424'6+8'
&4+8'4 (14 56#0&24161%1. %1//70+%#6+10
&4+8'4 (14 0'6914-%1//70+%#6+10 21+06>61>21+06 /#56'4 14 5.#8' +0 6*' 0'6914-
'4/+0#. &4+8'4 (14 12'4#6+0)#0& 241%'55 /10+614+0)
*' 75'4 5'65 6*' &'5+4'&/1&' 9*'0 2#4#/'6'4+<+0)6*' /1&7.' *' +52#4#/'6'4+<'& 8+# 6*' #22.+>%#6+10 241)4#/ +0 6*' ! 148+# # # $.1%- +0 6*'/'/14; 57$/1&7.' 10 6*'%1//70+%#6+105 241%'5514
*' /1&7.' +5 '37+22'& 9+6*# *#4&9#4' %.1%- 9*+%* +5219'4'& $; # $#%-72 $#66'4;+0 6*' '8'06 1( # 219'4 (#+.74'
$% $ C& $ C & $ C&755=62,*<276; 57-=4.;
$2.5.6; $% B
CP 521 SI communications processor ,76<26=.-
Technical specifications
758*<2+4. ?2<1
&;.: 5.57:A
6<.:/*,.
%:*6;52;;276 :*<.
*<* /7:5*<
*6-;1*3. ;206*4;
$ C& .@<.6-.-
5*@ 57-=4.;
$ C & .@<.6-.-
5*@ 57-=4.;
$ C .@<.6-.-
5*@ 57-=4.;
$ C& "&
5*@ 57-=4.;
$ C& "&
5*@ 57-=4.;
$ C& "&
5*@ 57-=4.;
+A<. 76 5.57:A
;=+57-=4. "#!"#!
+2-2:.,<276*4 ' #$
7: 5 ,=::.6< 4778
26<.:/*,. 78<276*4
<7 +*=-
+2< ,1*:*,<.: /:*5. ?2<1
-*<* +2<
%# #%$ $# %$
764A +2-2:.,<276*4 ?2<1 '
$7/<?*:. 8:7<7,74
6 8:26< 57-.
6 ,755=62,*<276; 57-.
*<* ,755=62,*<276
6 8:26< 57-.
6 ,755=62,*<276; 57-.
".:52;;2+4. ,*+4. 4.60<1
(2<1 '
(2<1 5 ,=::.6< 4778
--2<276*4 ;7/<?*:.
"7?.: ,76;=58<276
25.6;276; ( @ @ 26 55 26
(.201< *88:7@
)! )! 8:7<7,74
7 8:7<7,74
:.. 8:7<7,74 $ -:2>.:
# 8:7<7,74
$ 8:7<7,74
":7<7,74 /7: 78.:*<7: ,76<:74
*6- 8:7,.;; 5762<7:260
<.:526*4 -:2>.:
*@ 5*;;*0. /:*5.; 7/
,1*:*,<.:; .*,1
'*:2*+4. /:*5. 4.60<1
5*@ +A<.
5 /<
5 /<
7< :.9=2:.-
5
@ @
@ @
30 4+
Ordering data !:-.: 7 !:-.: 7
CP 521 SI communicationsprocessor
%7 +. 7:-.:.- *; * ;.8*:*<. 2<.5
CP 521 SI manual.:5*6
6042;1
:.6,1
375 memory submodule"#! +A<.
"#! +A<.
"#! +A<.
"#! +A<.
"#! +A<.
6ES5 521-8MA22
6ES5 998-1UD116ES5 998-1UD216ES5 998-1UD31
6ES5 375-1LA156ES5 375-1LA216ES5 375-1LA416ES5 375-0LC316ES5 375-0LC41
SINEC L1 adapter/7: ,766.,<260 <1. %
<7 <1. " $ 78<276*4
MODBUS operating systemslave submodule
?2<1 $ & "& 764A
!&$ #%& /7:5*<
.:5*6 6042;1 :.6,1
$8*62;1 *>*24*+. ;776
Backup battery
Sub D connector C826 5*4.
6ES5 491-8AA11
6ES5 897-8QA01
6ES5 980-0MA11
6ES5 750-2AA31
4;7 /7: $ C (2<1 $ C& "& *6- $ C & 764A $ C *>*24*+4. ;776
<! <! <!0..6/+%#5+0/4 .0&6-'4
+'.'/4 ;
CP 521 BASIC communications processor
Application *' %0..6</+%#5+0/4 130%'4403 '/#$-'410+/5<50<10+/5 %0//'%5+0/ 50 #--&'7+%'4 '26+11'& 8+5* #4'3+#- +/5'3(#%' " . %633'/5 -001 *'4'%#/ +/%-6&' 13+/5'34 5'3.+/#-4#/& 6/+54 !1 50 580&'7+%'4 8+5* # 4'3+#- +/5'3(#%'%#/ $' %0//'%5'& 50 #
+/5'313'5'3 #/& 130<)3#. '&+503 #3' +.1-'.'/5'&0/ 5*' .0&6-' *+4 #--084 5*'%0..6/+%#5+0/4 130%'4403 50$' 130)3#..'& (3''-9 8+5*5*' 130)3#..+/)-#/)6#)'
*' %#/ #%5 #4 #! +/5'3(#%' 8*'/64+/) 5*' ! 01'3#5+/)4945'. 46$.0&6-' 8*+%*.645 $' 03&'3'& 4'1#3#5'-9/ 5*+4 %#4' 5*' +4%0//'%5'& #4 # 4-#7' +/ #! /'5803, 64+/) 5*'! ! .'44#)'(3#.' (03.#5 .0&'. %#/#-40 $' %0//'%5'& 4+/%' +/5'3(#%' 4+)/#-4 #3'4611035'& $9 5*' 01'3#5+/)4945'.
*' %#/ $'64'& 8+5* 5*' <! #/&<! 130)3#..#$-'%0/530--'34 #4 8'-- #4 +/ 5*'<! 130)3#..#$-'%0/530--'3
Principle of operation '/&+/) #/& 3'%'+7+/) 0( #+4 +/+5+#5'& #/& %003&+/#5'& $95*' ! #5# 53#/4('3 (30.#/& 50 5*' 1'3+1*'3#- &'7+%'+4 *#/&-'& #650/0.064-9 $95*' %0..6/+<%#5+0/4 130%'4403
*' 130)3#. +4 '/5'3'& '+5*'3
07'3 # 5'3.+/#- 8+5* 4'3+#-+/5'3(#%' 03
07'3 # 130<)3#..'3 8+5* 5*' 1#3#.'5'3+:#5+0/40(58#3' 4'' '%5+0/
4 8'-- #4 130)3#. '/539 #/&130)3#. 5'45 5*' 1#3#.'5'3+:#5+0/ 40(5<8#3' #--084 130)3#.4 50 $'4503'& 0/ #/ 46$<.0&6-' # &+4,'55' #/& #*#3& &+4, #/& #-40 #--0845*' 3'#&+/) +/ 0( 130)3#.4)'/'3#5'& 8+5* 05*'3 130)3#.'&+5034
*' 1#3#<.'5'3+:#5+0/ 40(58#3' +4 #-403'26+3'& (03 45#3561 0( 5*' %0..6/+<%#5+0/4 130%'4403 *+4 40(5<8#3' 36/4 0/ #-- <%0.1#<5+$-' #/& 130)3#..+/) &'7+%'4
Functions *' +/5'313'5'3 #/&130)3#. '&+503 4611035 (03+/45#/%' 5*' (0--08+/)(6/%5+0/4
"+46#-+:#5+0//5+3' 4%3''/ (03.4 %#/ $'4503'& +/ 5*' 03 0( 5*' *'9 %#/ $' %#--'&61 +/&+7+&6#--9 #/& 06516550 # 13+/5'3 03 .0/+503
'.103#39 4503#)' 0( # #5* (6/%5+0/4 *' 1307+&'4#3+5*.'5+% #/& -0)+%(6/%5+0/4 0( 5*' 130)3#..+/) -#/)6#)'
*' .0&6-' *#4 # *#3&8#3'%-0%, 8*+%* *#4 $#55'39$#%,61 +/ 5*' '7'/5 0( 108'3(#+-63'
#$ # B% # B % # B%644;51+):1659 46,;3-9
#1-4-59 #$ @
CP 521 BASIC communications processor +65:15;-,
Technical specifications
647):1*3- =1:0
%9-8 4-468?
5 4-468? 9;*46,;3-
)5,
5:-85)3 "
5:-8.)+-
# B% ->:-5,-,
4)> 46,;3-9
# B % ->:-5,-,
4)> 46,;3-9
# B% !%
4)> 46,;3-9
# B% !%
4)> 46,;3-9
# B% !%
4)> 46,;3-9
*?:-
!" !"
*?:-
*1,18-+:165)3 & "# 68
+;88-5: 3667 15:-8.)+- 67:165)3
)5, ;51,18-+:165)3 & "#A
15:-8.)+- -/ .68 7815:-8 6;:7;:9
$8)594199165 8):-
):) .684):
)5,90)2- 91/5)3
#6.:=)8- 786:6+63
!-841991*3- +)*3- 3-5/:0
68 "# &
68 4 +;88-5: 3667
,,1:165)3 96.:=)8-
.68 9:)8:B;7 )5, 786/8)4415/
!6=-8 +659;47:165 :?7
14-591659 ' > > 15 44 15
'-1/0: )7786>
:6 *);,
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$" "$# #" $#
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& 15:-8.)+- 653?
( ( 786:6+63
6 786:6+63
7-5 786:6+63 # ,81<-8
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4 .:
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;88-5: 3667 15:-8.)+- 19 7)991<- )9 ,-.);3: =1:0 +655-+:165 6. )5 ->:-85)3 +;88-5: 9;773? & 1: +)5 )396 *- +65.1/;8-, )9 )5 )+:1<- 15:-8.)+-
Ordering data 8,-8 6 8,-8 6
CP 521 BASIC communicationsprocessor
$6 *- 68,-8-, )9 ) 9-7)8):- 1:-4
Manual-84)5
5/3190
8-5+0
COM 521 BASIC system program
6ES5 521-8MB12
6ES5 998-0UW116ES5 998-0UW216ES5 998-0UW31
9-- #-+:165
375 memory submodule!" *?:-
!" *?:-
!" *?:-
!" *?:-
!" *?:-
" *?:-
" *?:-
" *?:-
MODBUS operating systemslave submodule
9-- #
%# "$% .684):
-84)5 5/3190 8-5+0
#7)5190 )<)13)*3- 9665
Backup battery
Sub D connector B715 4)3-
6ES5 375-1LA156ES5 375-1LA216ES5 375-1LA416ES5 375-0LC316ES5 375-0LC416ES5 375-0LD116ES5 375-0LD216ES5 375-0LD31
6ES5 897-8QA01
6ES5 980-0MA11
6ES5 750-2AA31
396 .68 # '1:0 # B% !% )5, # B % 653? # B )<)13)*3- 9665
-+ 266-&/) '211)'7-216 :-7,
=" "":-7,
= :-7,
= :-7,
%/62*%-/6%*)(%7%
%/62*%-/6%*)(%7%
=" "":-7,
! = "
= :-7,
= :-7, 127*%-/6%*)
127*%-/6%*)
= " " ":-7, 25 = =
= " " ":-7,
= ":-7," -17)5*%')
SEND/RECEIVE (PLC/PLC)
PROFIBUS-DP type of communication
" =
"
or FDLtype of communication
=
!,-5(=3%57;6;67)06
! =" = " ="20081-'%7-216 02(8/)6
-)0)16 ! <
CP 541 communications processor
Application $-7, 7,) '20081-'%=7-216 352')6625 7,) =" = " %1( =" 352=+5%00%&/) '21752//)56 %6 :)//%6 7,) = " 352=+5%00%&/) '21752//)56 '%1 &)'211)'7)( 72 7,) " '20*257%&/; %1( )'212=0-'%//; :-7,287 ,%5(:%5) 02=(-*-'%7-21 !,86 '20081-'%=7-216 :-7, 7,) :,2/) 5%1+) 2* ! 352+5%00%&/) '21=752//)56 -6 3266-&/)
Design !,) -6 61%33)((-5)'7/; 2172 % 5%-/ 257,) '211)'7-21 72 7,) 352=+5%00%&/) '21752//)5 %'211)'7-21 '%&/) -6 86)(:,-', -6 '211)'7)( 72 7,)352+5%00-1+ ()9-') -17)5=*%')
!,) 0867 &) 6833/-)(6)3%5%7)/; :-7, #
7 67%57=83 7,) " 86)5 %((5)66 0867 &) 6)7 217,) 02(8/)
%5%0)7)5 %66-+10)17 %1()9%/8%7-21 2* (-%+1267-'6 (%7%7%.)6 3/%') :-7, 7,) (%7%&/2'. )(-725 !,) '21*-+85-1+(%7% %5) 6725)( 21 %1 -17)+5%/ 5)48-5-1+ 120%-17)1%1')
#$ # B% # B % # B%533:40*(90548 35+:2,8
#0,3,48 #$ ?
CP 541 communications processor *54904:,+
Principle of operation $/, ! 8:665798 803:2B9(4,5:8 :8, 5- 9/7,, 9>6,8 5-!" %# *533:40*(90548
#"& !B!*544,*905457 9/, 3,88(.,B570,49,+*544,*9054 5- 9<5 #$:8,78 <09/5:9 ( +,95:7 ;0(59/,7 :8,78 $/, *533:B40*(9054 08 04090(9,+ )> 9/,:8,7 675.7(3 5- 9/, 675B.7(33()2, *5497522,7 $/089>6, 5- *533:40*(9054 *(4), :8,+ 8(-,9>B7,2(9,+ </,4*544,*904. (4 # B 57# B
-57 :290*(8957 8,4+04. 3,88(.,8 958,;,7(2 6(794,78 803:2B9(4,5:82> :290*(89 9 *(4), +,9,7304,+ </0*/ 6(79B4,78 *(4 7,*,0;, 9/, 3,8B8(., $/08 9>6, 5- *544,*B9054 *(4 ), :8,+ 8(-,9>B7,2(9,+ </,4 *544,*904. (4# B 57 # B
!" %#B!57 9/, +(9(B570,49,+*544,*9054 ),9<,,4 9/,!@ (8 ! 82(;, (4+ (89(4+(7+ ! 3(89,7 $/08*544,*9054 *(4459 ), :8,+8(-,9>B7,2(9,+
Technical specifications
536(90)2, <09/
,357> -57 *54-0.:7(9054 +(9(
49,7-(*,
$7(48-,7 7(9,
! 95 !
! 95 !" %#
!# 67595*52
:8,7B+,-04,+ 67595*52
! 67595*52 57 95
# B% # B % # B
# B% # B % # B
# B
49,74(2 !"
-57 *544,*9054 95 !
-57 *544,*9054 95 !" %#
)098
1)098
1)098
1)098
$>6,8 5- *544,*9054 ;0(
!" %#
#:662> ;529(.,
03,480548 ' = = 04 33 04
!! *544,*9054
:290*(89 ;0(
!" %#B! 82(;,
&
= = = =
Ordering data 7+,7 5 7+,7 5
CP 541 communications processor
735-8 connecting cableA 3 -9
3 -9
6ES5 541-8AA11
6ES5 735-8BB006ES5 735-8BC50
CP 541 manual,73(4
4.208/
7,4*/
9(20(4
6ES5 998-1DL116ES5 998-1DL216ES5 998-1DL316ES5 998-1DL51
$% $C& $C& $C&644<51+);165: 46,<3-:
$1-4-5: $% A
CP 2433 communications processor
Application %0- " 1: )5 $ 15;-9C.)+- 4):;-9 46,<3- .69 +65C5-+;165 6.
$% $C&:36;:
$% $C&:36;: 69 4)? ":
$% $C&:36;: 69 4)? ":<7 ;6 ": >1;0 "&
% &67;165)33@ ); )5 -=-5 :36;5<4*-94)? ":
%0-9- 1: 56 5--, ;6 +65.1/<9-;0- " &7 ;6 $ 15;-9.)+-:3)=-: +)5 *- +65;9633-, )+C+69,15/ ;6 ;0- $ 15;-9.)+-:7-+1.1+);165&7 ;6 *15)9@ -3-4-5;:+)5 *- +65;9633-, >0-5 *1C,19-+;165)3 :3)=-: )9- <:-,%0- :<773@ =63;)/- 1: 4651C;69-, 65 ;0- $ 15;-9.)+-:0)7-, +)*3-
Design !++<71-: ;>6 :36;: 15 ;0-! )9-) 6. ;0- "
*@;-: )9- <:-, 15 ;0- !),,9-:: )9-)
$;);<: 15,1+);69: .69 67-9)C;165)3 :;);-:
5,1+);165 6. ;0- +655-+;-,)5, )+;1=);-, :3)=-: )5,;0-19 9-),15-::
5;-/9)3 )5)36/ :-+;165 )3C36>: ,19-+; +655-+;165 6. ;0-$ 15;-9.)+- +)*3-
655-+;165 6. ;0- $ 15;-9C.)+- :0)7-, +)*3- ;6 ;0-*<: <51; 6. ;0- "
):13@ 9-73)+-)*3- *-+)<:-;0-9- 1: 56 +)*3- +655-+;-,;6 ;0- " 1;:-3.
Principle of operation %0- 46,<3- +644<51+);-: 15C,-7-5,-5;3@ >1;0 ;0- $ 15;-9C.)+- :3)=-: %0- 796/9)4C4)*3- +65;9633-9 1: ;0<: .<33@9-31-=-, 6. :3)=- :+)5515/);) ;9)5:41::165 *-;>--5;0- " )5, ;0- $ 15;-9.)+-:3)=-: 1: ;9)5:7)9-5; .69 ;0-)7731+);165 >1;0 9-/)9, ;6,);) 157<; )5, 6<;7<;
%0- ! ,);) 6. ;0- $ 15;-9C.)+- :3)=-: )9- 0)5,3-, 312-;0- :;)5,)9, ! ,);) 6. ;0-" %0- " 1: 76>C-9,-, =1) ;0- *)+273)5- *<:6. ;0- " %0- :3)=-: )9-76>-9-, =1) ) :-7)9);- $ 15C;-9.)+- 76>-9 :<773@ <51;
%0-9- )9- ;>6 46,-:
$;)5,)9, 46,-5 ;01: 46,- 653@ ;0- ,);)*1;: 6. ;0- :3)=-: +)5 *- ),C,9-::-, 15 ;0- ! ),,9-::)9-) 6. ;0- "
?;-5,-, 46,-5 ),,1;165 ;6 )++-:: ;6 ;0-,);) *1;: 6. ;0- :3)=-: 15 ;0-! ),,9-:: )9-) ) .<5+;165*36+2 6..-9: )++-:: ;6;0- 4):;-9 +)33: )++69,15/ ;6;0- $ 15;-9.)+- :7-+1.1+);165-/ >91;15/ 7)9)4-;-9:%0- -?;-5,-, 46,- +)5 653@*- <:-, >1;0 ;0- $C& )5,$C& "&
Technical specifications
<: +@+3- ;14-
5;-9.)+-:
::1/54-5;: ! 15 796/9)44)*3-
+65;9633-9
$ 15;-9.)+- 769;
$<773@ =63;)/-
<99-5; +65:<47;165
;096</0 *)+273)5- *<:
;096</0 $ 15;-9.)+-C
315-:
4: .69 :3)=-:
*@;-:
;096</0 $ *<: 46,<3-
;-9415)3 C C
' ;096</0 *)+273)5-
;@7 4 ); '
4)? 4
4*15-; +65,1;165:
!7-9);15/ ;-47-9);<9-
%9)5:769;:;69)/- ;-47-9);<9-
#-3);1=- 0<41,1;@
-:1/5
6)9, .694);
14-5:165: ( 15 44
(-1/0;
":7)+- 9-8<19-4-5;
B ;6
C ;6
);
$C& ;-+05636/@
/
:36;:
Ordering data !9,-9 6 !9,-9 6
CP 2433644<51+);165: 796+-::69
.69 +655-+;165 6. $%
$C& $C& %&
$C& ;6 $ 15;-9.)+-
6GK1 243-3SA00 Manual for AS interface+65;)15: " "
" ,-:+917;165
15;96,<+;165 )5, .<5,)4-5;)3:
15+3 :6.;>)9- -?)473-:
-94)5
5/31:0
9-5+0
;)31)5
6GK1 971-2SA01-0AA06GK1 971-2SA01-0AA16GK1 971-2SA01-0AA26GK1 971-2SA01-0AA4
= = = 2"*,3 #53 5.*43
*&-&.3 ;
DIN rail
Application )& -- 2"*, 4/0=)"42"*, *. "$$/2%".$& 7*4) -"+&3 %*2&$4,/$"4*/. /' 4)& =
= ".% = 02/(2"--"#,& $/.42/,,&230/33*#,&
Ordering data 2%&2 / 2%&2 /
DIN rail -- *.
'/2 *. $"#*.&43
-- *.
'/2 -- *. $"#*.&43
-- *.
'/2 -- *. $"#*.&43
- '4
6ES5 710-8MA11
6ES5 710-8MA21
6ES5 710-8MA31
6ES5 710-8MA41
Ground terminal'/2 $/..&$4*.( 4)& &15*0/4&.4*",
#/.%*.( $"#,& 4/ 4)& 2"*,
6ES5 728-8MA11
Bus units
Application )& *.4&2.", #53 /' 4)&= ".% *' &80".%&%4)& = ".% = *3"33&-#,&% #9 4)& 53&2 '2/-*.%*6*%5", #53 5.*43
)& #53 5.*43 "2& 3."00&%/.4/ 4)& 2"*, ".% *.4&2=$/..&$4&% #9 " ',"4 2*##/.$"#,&
Design .& #53 5.*4 $". 4"+& 47/ -/%5,&3 "$) #53 5.*4 )"3 "4&2-*.", #,/$+ '/2 $/..&$4*.(4)& 3*(.", $"#,&3 !)&.2&0,"$*.( " #53 5.*4 *4 *3 /.,9.&$&33"29 4/ ,//3&. 4)& '*8*.(
3$2&73 /' 4)& 4&2-*.", #,/$+)& 4&2-*.", #,/$+3 "2&3500,*&% &*4)&2 7*4) 3$2&7$/.4"$43 /2 7*4) $2*-0 $/.=4"$43
/2 ","2- "$15*3*4*/. /.,9 '/2= 7*4) 4)5 5.*4 7*4) *.4&22504 $"0"=#*,*49 -534 #& 0,5((&% *.#&3*%& 4)& )& #535.*4 '5.$4*/.3 *. /4)&2 3,/43"3 " ./2-", #53 5.*4
Technical specifications
Bus unit 6ES5 700Bus unit with interrupt 6ES5 700
-8MA11, -8FA11 -8MA22
-8MB11 -8MB21
Bus unit 6ES5 700Bus unit withinterrupt 6ES5 700
-8MA11, -8FA11 -8MA22
-8MB11 -8MB21
90& /' $/..&$4*/.
5-#&2 /' 0,5(=*. -/%5,&3
5-#&2 /' #53 5.*43 0&2
02/(2"--"#,& $/.42/,,&2 -"8
/..&$4*/. #&47&&.
47/ #53 5.*43
5-#&2 /' 4&2-*.",3
2*-0 3."0=*.<
","2- "$15*3*4*/. /.,9
#&3*%&
.4&(2"4&% $"#,& $/..&$4/2
0&2 -/%5,& ,/$"4*/.
/.%5$4/2 $2/33=3&$4*/.", "2&"
,&8*#,&
/,*%
*-&.3*/.3 ! 8 8 *.$, 2"*,
*. -- *.
!&*()4 "002/8
8 --
4/ --
7*4) &.% 3,&&6&3
8 4/ --
8 8 88
8 8 88
+( /: +( /:
Ordering data 2%&2 / 2%&2 /
Bus unit $2&7 4&2-*.",3
$2&7 4&2-*.",3
*.$2&"3&% 02/4&$4*/.
2*-0 4&2-*.",3 7*4) $2*-0
$/.4"$43 *.$2&"3&%
02/4&$4*/.
Bus unit with interrupt $2&7 4&2-*.",3
2*-0 4&2-*.",3 7*4) $2*-0
$/.4"$43
6ES5 700-8MA116ES5 700-8FA11
6ES5 700-8MA22
6ES5 700-8MB116ES5 700-8MB21
Crimp contacts 0"$+"(& /'
Crimping tool '/2 $2*-0 $/.4"$43
Extraction tool'/2 $2*-0 $/.4"$43
Plug connection cover for bus unit 0"$+"(& /'
6XX3 070
6XX3 071
6ES5 497-8MA11
6ES5 981-8MA11
,3/ '/2 =
> > > 06(4)$&( /1'7.(5
,(/(05 <
IM 315, IM 316 and IM 316F interface modules
Application ) 6+( /1'7.(5 1) $0> > 14 > $4( 61 %( ',564,%76(' 18(45(8(4$. 4$&-5 4$,.5(,6+(4 ,06(4)$&(5 )14&10),*74$6,105 1) 72 61 6914$&-5 14 ,0>6(4)$&(5 )14 691> 61 )174>4$&-&10),*74$6,105 $4( 4(37,4('14 > 10.; 6+( ,06(4)$&( ,5$8$,.$%.(
0( ,06(4)$&( ,5 4(37,4(' 2(44$&- 0( &100(&6,0* &$%.(.,0-5 691 ,06(4)$&(5
,0,/7/ 52$&,0* %(69((06+( 4$&-5 / )6
$:,/7/ 52$&,0* %(69((06+( 4$&-5 / )6
Technical specifications
06(4)$&( /1'7.(
7/%(4 1) ,06(4)$&( /1'7.(5
2(4 /$:
(4/,55,%.( 81.6$*( %(69((0
4$,. $0' &(064$.
*4170',0* 21,06 /$:
744(06 &1057/26,10
,06(40$. $6 ! /$:
"(,*+6 $2241:
0&4($5(' 2416(&6,10
2$,4
± !
/
-* %
1
± !
/
-* %
1
± !
/
-* %
#(5
Ordering data 4'(4 1 4'(4 1
IM 315 interface module)14 (:2$05,10 4$&-
91 /1'7.(5 9,6+ / ,0
&$%.( $4( 5722.,('
16 )14 >
IM 316 interface module)14 61 (:2$05,10 4$&-5
0( ,06(4)$&( ,5 4(37,4(' 2(4 4$&-
16 )14 >
IM 316F interface module,/,.$4 61 %76 9,6+
,0&4($5(' 2416(&6,10
.51 )14 >
6ES5 315- 8MA11
6ES5 316- 8MA12
6ES5 316-8FA12
712 connecting cable)14 &100(&6,0* 691
(0*6+ = / ,0
(0*6+ = / )6
(0*6+ = / )6
(0*6+ / )6
6ES5 712- 8AF006ES5 712- 8BC506ES5 712- 8BF006ES5 712- 8CB00
> > > 06(4)$&( /1'7.(5
,(/(05 =
IM 90 interface module
Application ",6+ 6+( ,06(4)$&(/1'7.( ,6 ,5 2155,%.( 61(:2$0' 6+( > 9,6+ 7261 5,: /1'7.(5 1) 6+(> +( ,550$22(' 1061 $ 4$,.61*(6+(4 9,6+ 6+( > $0' 6+( %75 /1'7.(5 )146+( /1'7.(5
Technical specifications
7/%(4 1) 5
9+,&+ &$0 %( &100(&6(' /$:
0276 81.6$*(
$6(' 8$.7(
(4/,55,%.( 4$0*(
(4/,55,%.( 81.6$*( ',2
,0( )4(37(0&; 1) 6+(
,0276 81.6$*(
(4/,55,%.( 4$0*(
744(06 &1057/26,10 )41/ !
744(06 &1057/26,10 )41/ !
0475+ &744(06 $6 ! !
76276 81.6$*(
41/ ! )14 (0&1'(4
41/ ! )14 2(4,2+(4$.5
!
61 ! 61 !
/5
61 <
/
/
!
!
76276 81.6$*(
41/ ! 41/ !
.1$6,0*
! !
57224(55,10 52(&,),&$6,10
19(4 .155 6;2
+146>&,4&7,6 2416(&6,10
.$55 1) 2416(&6,10
100(&6,0* &$%.(5
,/(05,105 " : : ,0 // ,0
"(,*+6
≤ ≤
#(5
1
.$55 ,0 $&& 9,6+ !
"
.(&6410,&
.$55
64$0'(' : 61 //
9,6+ (0' 5.((8(5
1.,' : 61 //
: : : :
-* %
Ordering data 4'(4 1
IM 90 interface module)14 (:2$05,10 1) 6+( >
9,6+ 72 61 /1'7.(5
6ES5 090- 8ME11
#$ #D% #D% #D%!6>-9 :<773@ 46,<3-:
#1-4-5: #$ B
PS 930 and PS 931 power supply modules, SIPAC power supply modules
Application $0- #D% )5, #D%9-8<19- ) & 76>-9:<773@ . ;0- -?;-95)3 =63;)/-:<773@ 1: & 69 & ) 76>-9 :<773@46,<3- 4<:; *- <:-,
$0- .6336>15/ 76>-9 :<773@46,<3-: )9- )=)13)*3- .69 ;01:7<976:-
!# 76>-9 :<773@46,<3- 653@ .69 #D%.69 76>-915/ +-5;9)3+65;9633-9 46,<3-: 06>-=-9>1;06<; 36),
!# 76>-9 :<773@46,<3- .69 #D% )5,#D% .69 76>-915/ ;0-!% !# )5, 36),
#! D 76>-9:<773@ 46,<3- .69 #D%)5, #D% .69 76>-915/!% !# )5, 36),
#! D 76>-9:<773@ 46,<3- .69 #D%#D% .69 76>-915/!% !#C )5, 36),$0- 76>-9 :<773@ 46,<3-:)9- :5)77-, ,19-+; 65;6 9)13: >1;06<; *<: <51; ;6 ;0-3-.; 6. ;0- #D% 69 #D%
69 .<9;0-9 15.694);1659-/)9,15/ #!#$ !76>-9 :<773@ 46,<3-::-- );)36/ #$
Technical specifications
!6>-9 :<773@ 46,<3- PS 930 PS 931Stromversorgungsbau-gruppen SIPAC
SIPAC power supply moduleStromversorgungsbaugruppen SIPAC380-1AB 380-4AB01
Supply voltage 6415)3 =)3<- 115/230 V AC
:-3-+;)*3-
115/230 V AC:-3-+;)*3-
115/230 V AC565D:-3-+;)*3-
115/230 V AC:-3-+;)*3-
!-941::1*3- 9)5/- ;6 &
;6 &
;6 &
;6 &
;6 & ;6 &
;6 &
)15: *<..-915/
15- .9-8<-5+@
!-941::1*3- 9)5/-
4:
A
;6 A
4:
A
;6 A
4: 4:
A
;6 A
4:
A
;6 A
<99-5; +65:<47;165
6415)3 =)3<-
59<:0 +<99-5; 4)?
<;7<; =63;)/-
6415)3 =)3<-
$63-9)5+-
&
;6 &
&
;6 &
&
;6 &
&
;6 &
Output current 6415)3 =)3<-
!-941::1*3- 9)5/-
1 A ;6
2 A ;6
4 A ;6
10 A ;6
#069;D+19+<1; 796;-+;165 <:- 3-+;9651+ 3-+;9651+ 3-+;9651+
3):: 6. 796;-+;165 3):: 3):: 3):: 3)::
)3=)51+ 1:63);165 (-: (-: (-: (-:
5:<3);165 ;-:; =63;)/- 157<;6<;7<; 2& 2& 2& 2&
" :<779-::165 :7-+1.1+);165
&
3):: 3):: 3):: 3)::
!6>-9 36:: ;@7 ' ' ' '
655-+;15/ +)*3-: 15 44
3-?1*3- >1;0 -5, :3--=-:
#631,
? ;6
? ;6
? ;6
? ;6
? ;6
? ;6
? ;6
? ;6
'1,;0 15 44 15 )7796?
'-1/0; )7796? 2/ * 2/ * 2/ * 2/ *
Ordering data 9,-9 6 9,-9 6
PS 930 power supply module653@ .69 #D% .69 76>-915/
;0- !% 06>-=-9 >1;06<; 36),
69 & &
PS 931 power supply module.69 #D%D% .69 76>-915/
;0- !% !# )5, ;0- 36),
69 & &
6ES5 930-8MD11
6ES5 931-8MD11
SIPAC power supply modules.69 #D%D% .69 76>-915/
;0- !% !# )5, ;0- 36),
69 & &
69 & &
Fuse for !# #7)9-
6EW1 380-1AB6EW1 380-4AB01
6ES5 980-3BC61
&$ 8 ,.+$.))(" +*0.+((". /),(" +*#&$1.0&+*
8"*".(
&")"*/ 7
S5-115U
Application
%" 8 ,.+$.))(" +*0.+((". &/ /1&0(" #+. 180+)0&+* 0/'/ &* 0%" )"!&1),".#+.)* " .*$"
0/ %&$%(5 )+!1(. !"/&$*#"01.&*$ #&2" !&##"."*0,+3".#1( / %/ /"0 *"3 /0*!.!
%" 8 &/ /1&0(" #+./1 % ."/ /
%&*" +*0.+( /5/0")/
.+ "// 10+)0&+*
.+ "// )+*&0+.&*$
%" .1$$"! +*/0.1 0&+* +#0%&/ )'"/ &0 /1&0(" #+.1/" 1*!". %./% +,".0&*$*! "*2&.+*)"*0( +*!&0&+*/"$ &* 0%" 2& &*&05 +# ,+3"."-1&,)"*0 &* .*"/ +*+ "*8$+&*$ /%&,/ +. &*+##8/%+." &*/0((0&+*/
%" /0*!.!&6"! %.!3."0" %*+(+$5 0%" %&$%(5 )+!18(. !"/&$* +# 0%" *! 0%"%&$% ,".#+.)* " ,&(&0&"/+# 0%" ,.+$.))&*$ !"2& "/$&2" 0%" /5/0") 0%" #+((+3&*$#"01."/
/5 1/" !1" 0+ /&),("//")(5 *! +**" 0&+*
&),(" .",( "&(&05 3&0%/*,8+* (+ '805," )+!1("/
!,0&(&05 0%.+1$% 0%" 1/"+# !&##"."*0 &*,10 *! +10,102+(0$"/ / 3"(( / 0%" #&*"(5$.!10"! )+!1(. "4,*8/&+* ,&(&05 +# 0%" &*,10/+10,10/ *! )")+.5
,".0&+* 3&0%+10 #*/ &* ((/0*!.! ,,(& 0&+*/
&),(" *! 2&.0&+*8."/&/80*0 )+1*0&*$ +# )+!1("/3%& % ." /&),(5 /*,,"!+*0+ 0%" /+(&! )+1*0&*$ . '*! (+ '"! &*0+ ,+/&0&+* 3&0%/ ."3/
&),(" ,.+$.))&*$ 5)"*/ +# /0.1 01."! ,.+8$.))&*$ *! 0%" 1/" +#/0*!.!&6"! ,.+$.)/" 0&+*/ #1* 0&+* (+ '/
##8(+!&*$ +# 0%" *!0%" ,.+$.) 0%.+1$% 0%" 1/"+# &*0"((&$"*0 )+!1("/"$ !&$&0( ,+/&0&+* !"8 +!". 2(2" +*0.+( )+!1("
&),(" +))1*& 0&+* 3&0%+0%". ,.+$.))(" +*0.+(("./ *! +),10"./0%.+1$% 0%" 1/" +# &*0".*( +))1*& 0&+*/ ,.+ "//+./*! /
/5 /5/0") /0.081, 5)"*/ +# ,.+$.))&*$ !"82& "/ *! /".2& " 1*&0/ 3&0%"40"*/&2" ,.+$.))&*$ *!!"1$$&*$ &!/
0. ,4:8(2 *544,*:054 5- ,>6(49054 ;40:9
&
$& $&
# #
#
&
3(>3
# #
#
33
-:-: 3(>-:
2(9: &3(> 3 -:
2(9: &3(> 3 -:
&
$&
&
# #
#
# #
0. 09:80);:,+ *544,*:054 5- ,>6(49054 ;40:9
2(9: &3(> 3 -:
2(9: &3(> 3 -:
&
$&
&
# #
#
# #
$% $A&,4,8(2
$0,3,49 $% @
S5-115U *54:04;,+
Design 4 $A& 685.8(33()2,*54:8522,8 " *54909:9 5-( *,4:8(2 *54:8522,8 =0:/# (4+ (9 3(4? ,>6(4A9054 ;40:9 (9 8,7;08,+ =0:/#
%/, *,4:8(2 *54:8522,8 (2=(?9*54:(049 ( 65=,8 9;662?35+;2, (4+ ( "& 35+;2,
%/, ,>6(49054 ;40:9 *(4 ),*54-0.;8,+ =0:/ 58 =0:/5;: (65=,8 9;662? 35+;2, +,6,4A+04. 54 :/, :?6, %/,? (8,*544,*:,+ :5 :/, *,4:8(2*54:8522,8 ;904. 04:,8-(*,35+;2,9
,6,4+04. 54 :/, (;:53(:054:(91 +0--,8,4: 046;:5;:6;:35+;2,9 *(4 ), 62;..,+ 04:5:/, "
0.0:(2 (4+ (4(25. !35+;2,9
533;40*(:0549 685*,99589 4:,220.,4: ! 35+;2,9 5+;2,9 -58 96,*0(2-;4*:0549
+(6:,8 *(904.9 (8, (<(02()2,-58 35+;2,9 =/0*/ (8, 45: 5-)25*1A:?6, *549:8;*:054
"5990)2, *54-0.;8(:0549 Central configuration4 ( *,4:8(2 *54-0.;8(:054 :/,,>6(49054 ;40:9 &9 (8,,0:/,8 04 :/, 9(3, *()04,: (9:/, *,4:8(2 *54:8522,89 958 04 ( 9,6(8(:, *()04,: 4,>::5 0: %/, 3(>03;3 2,4.:/ -58:/, *()2, *544,*:04. :/, :5 :/, -;8:/,9: & 09 3 -:
Distributed configuration4 ( +09:80);:,+ *54-0.;8(:054:/, &9 (8, 049:(22,+ (: (+09:(4*, 5- ;6 :5 3 -: -853 :/, %/8,,(++0:054(2 &9 *(4 ),*544,*:,+ 04 ( *,4:8(2*54-0.;8(:054 :5 ,(*/+09:80);:,+ &
Note%/, ,>6(49054 ;40:9 5- 5:/,8$% $ 685.8(33()2,*54:8522,89 +09:80);:,+6,806/,8(29 (4+ -0,2+ +,<0*,9*(4 (295 ), *544,*:,+
General technical specifications
49;2(:054 .85;6
,.8,, 5- 685:,*:054
3)0,4: :,36,8(:;8,
%8(49658: (4+ 9:58(., :,36,8(:;8,
04 (** =02:/ ' 204,A
90+, "(8( 85;6 -58 '
' ' 046;:5;:6;:
" -58 65=,8 9;662? 35+;2,9
58 35+;2,9 =0:/ 9*8,= :,8304(29
5:/,8=09, "
(08 042,: :,36,8(:;8,
),25=
;30+0:? 8(:04.
2:0:;+, 8(:04.
,*/(40*(2 25(+04.
04 (** =0:/
:5 454A*54+,4904.
/"(
/"( +;804. :8(49658:
(4+ 9:58(.,
5;4:04. 04 -0>,+ ,7;063,4:
=/0*/ 09 -8,, 5- <0)8(:0549
9;0:()2, 68,*(;:0549 3;9: ),
:(1,4 :5 68,<,4: 9;9:(04,+
<0)8(:054 9/5*19 (4+ );3604.
/- !7/3)/51+ 4, 45+7'9/43 4, 9.+ #@%
39+77:59574-7'2
+-9/2+574)+88/39+77:59
1'-8$/2+784:39+78
>)1/):8+7574-7'2
"+'*/35:98
=+):9+574-7'2
&7/9+4:95:98
4:3@9+7
!
!
!74)+8847 !74-7'22+247>
:95:98
35:98
/- !74-7'22/3- 9.+ #@% 574-7'22'(1+ )4397411+7
+247>8:(24*:1+!" !"
#$! 2+9.4*8 4, 7+57+8+39'9/43
!
#%
4,,1/3+ 574-7'22/3-
#
##
#
$
$
"!
431/3+ 574-7'22/3-
#
!
%5 94 !
% % #$
#$ #@%+3+7'1
#/+2+38 #$ ?
S5-115U )439/3:+*
Principle of operation $.+ 57/3)/51+ 4, 45+7'9/43 4,9.+ #@% 574-7'22'(1+)4397411+7 /8 1'7-+1> -4;+73+*(> 9.+ ,:3)9/43 )42543+398574-7'2 2+247> '3*574)+8847
3 9.+ ;+78/438 4, 9.+#@ '3* #@ 574@-7'22'(1+ )4397411+78 9.+7+*:3*'7> ,:3)9/438 '7+ '3'**/9/43'1 ,')947
Program memory$.+ 574-7'2 2+247>)439'/38 9.+ :8+7 574-7'2
Processor$.+ 574)+8847 45+7'9+8)>)1/)'11>
9 9.+ (+-/33/3- 4, +').)>)1+ 9.+ 574)+8847 7+'*89.+ 8/-3'1 89'9+8 4, '11 /35:98'3* 8947+8 9.+2 /3 ' 574)+88/35:9 /2'-+ !
$.+ 574-7'2 /8 +=+):9+*89+5 (> 89+5
$.+ 574)+8847 8947+8 9.+)'1):1'9+* 8/-3'1 89'9+8 /3 '574)+88 4:95:9 /2'-+ ! 9 9.+ +3* 4, ' )>)1+ 9.+ 574@)+8847 97'38,+78 9.+ /3,472'@9/43 ,742 9.+ 574)+88 4:95:9/2'-+ 94 9.+ 4:95:98
$.+ )>)1+ )'3 (+ 89455+* (>/39+77:598 574)+88 '3* 9/2+/39+77:598
Programming
!74-7'22/3- 1'3-:'-+ $.+ 574-7'22/3- 1'3-:'-+,47 #$ # 574@-7'22'(1+ )4397411+78 /8#$! /3 43+ 4, 9.+ ,4114</3-7+57+8+39'9/438
# @ 439741 #>89+214<).'79
@ '**+7 /'-7'2 #$ @ #9'9+2+39 /89
!74-7'28 ,47 8+6:+3)+)439741 8>89+28 )'3 (++39+7+* )1+'71> /3 9.+ ,472 4,' ,14< */'-7'2 :8/3- 9.+
"! 84,9<'7+ 5')0'-+
!74-7'22'(1+ )4397411+78 </9.!% )'3 '184 (+ 574@-7'22+* /3 9.+ # ./-.@1+;+1 1'3-:'-+
>!'/'3#-
+'.'/4 <
S5-115U %0/5+/6'&
30)3#..+/) &'7+%'4 *' (0--08+/) 130)3#..+/)&'7+%'4 %#/ $' 64'& (03 130>)3#..+/) 5*' >! 130>)3#..#$-' %0/530--'3
*' 130)3#..+/) &'7+%'4*#7' 01'3>#503 130.15+/) 50(#%+-+5#5' 130)3#..+/) #/&/6.'3064 #+&4 (03 &'$6))+/)#/& 4:45'. 45#35>61 13+/5'3%#/ $' %0//'%5'& 50 5*' 130>)3#..'3 (03 130)3#. &0%6>.'/5+/)
30)3#. +/165 *'3' #3' 580 8#:4 0('/5'3+/) 5*' 64'3 130)3#.
+3'%5 130)3#. '/53: 50 5*'! +/ 5*' %'/53#- %0/530--'30/>-+/' 130)3#..+/)
30)3#..+/) 5*' .'.03:%#3&4 03 .'.03: 46$>.0&6-'4 (-#4* #/& +/5*' 130)3#..+/) &'7+%'8+5*065 %0//'%5+/) +5 50 5*'130)3#..#$-' %0/530--'3 *' .'.03: %#3& 03.'.03: 46$.0&6-' +4 5*'/1-6))'& +/50 5*' !0((>-+/' 130)3#..+/)
30)3#. '9'%65+0/ Cyclic program execution *' $-0%,4 0( 5*' 64'3130)3#. #3' '9'%65'& +/ 5*'4'26'/%' 41'%+(+'& +/ 03)#/+>;#5+0/ $-0%,
Interrupt-driven program execution 50 "*'/ %'35#+/+/165 4+)/#- %*#/)'4 130%'44+/5'336154 0%%63 %:%-+%'9'%65+0/ +4 +/5'33615'& #5 5*'/'95 45#5'.'/5 #/& #/ 03)#/+>;#5+0/ $-0%, #44+)/'& 50 5*+4'7'/5 +4 45#35'& *' 64'3 %#/(03.6-#5' *+4 3'410/4' 130>)3#. 50 5*+4 +/5'33615 +/ 5*+403)#/+;#5+0/ $-0%, :%-+%130)3#. '9'%65+0/ +4 5*'/3'46.'& #5 5*' 10+/5 #5 8*+%*+5 8#4 +/'33615'&
Time-controlled program execution 50 *' 5+.'8*'/ 130%'44+/) 5#,'4 1-#%'&'1'/&4 0/ 5*' %#-- +/5'37#- *+4 %#/ $' 4'5 $'58''/ .4#/& .+/ ! 03$'58''/ .4 #/& .+/! 50 ! 5 +45*'3'(03' 1044+$-' 50 130%'44%'35#+/ 1#354 0( 5*' 130)3#.+/&'1'/&'/5-: 0( 5*' 4%#/5+.'
Time interrupt-controlledprogram execution (5'3 # 41'%+(+'& 1'3+0&0( 5+.' # 5+.' +/5'33615 +4+/+5+#5'& #/& 5*+4 03)#/+;#5+0/$-0%, +4 %#--'& 6$4'26'/5'9'%65+0/ &'1'/&4 0/ 5*'130)3#. %0/5'/54 0( = &'(+/'& $: 5*' 64'3 (03 5*+4163104'
*' *+)*'3>13+03+5: '9'%65+0/-'7'-4 03)#/+;#5+0/ $-0%,4%#/ +/5'33615 5*' -08'3>13+03+5:'9'%65+0/ -'7'-4 #(5'3 #/: = 01'3#5+0/ *' 03&'30( 13+03+5: +4 #4 (0--084 (30.5*' *+)*'45 50 5*' -08'4513+03+5: 5+.' +/5'33615>%0/530--'& +/5'33615>%0/530--'& 5+.'>%0/530--'&%:%-+%
,* 100(&6,105 %(69((0 241*4$//$%.( &10641..(4 $0' 12(4$614 &10641. $0' 241&(55 /10,614,0* (37,2/(06 $0' 24,06(4
41*4$//$%.( &10641..(4 9,6+&1//70,&$6,105 241&(55145
(8,&(5 )1412(4$614&10641. $0'241&(55/10,614,0*
4,06(4
! #! !
!" ! > #(0(4$.
!,(/(05 !" <
S5-115U &106,07('
Communication
1,06>61>21,06 &100(&6,10
"+( &1//70,&$6,105 241>&(55145 (0$%.( 6+( 241>*4$//$%.( &10641..(4 61&1//70,&$6( 9,6+ 16+(4 241>*4$//$%.( &10641..(45&1/276(45 12(4$614 &10641.$0' 241&(55 /10,614,0*5;56(/5 $0' 2(4,2+(4$.5 8,$21,06>61>21,06 &100(&6,10
"+(; +$8( 6+(,4 190 /(/14;)14 '$6$ 6(:65 $0' ',52.$;5"+( &1//70,&$6,105 241>&(55145 +$0'.( '$6$ &1//7>0,&$6,105 9,6+ 6+( '(8,&(5&100(&6(' 61 6+(/ &1/2.(6(.;$76101/175.; 6+(4(%;4(.,(8,0* 6+( #5 1) 6,/(>&1057/,0* &1//70,&$6,1056$5-5
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Features #2 61 01'(5 $7' 4$6( -%,65 $: &18(4$*( -/ /,.(5
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PROFIBUS local area network!(( !(&6,10
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Quality assuranceprocedures
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Installation guidelines
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S5-115H %0/5+/6'&
Principle of operation *' 13+/%+1-' 0( 01'3#5+0/ 0(5*' > (#6-5>50-'3#/5130)3#..#$-' %0/530--'3 %#/$' %0.1#3'& 8+5* #/ 01'3#5+0/ *' 130)3#..#$-'%0/530--'3 +4 +/ #/ 01'3#5+0/#-45#5' 8*'/ #5 -'#45 0/' 0( 5*'580 46$6/+54 +4 (6/%5+0/+/)%033'%5-: 4'' +)
#%* 0( 5*' %'/53#- %0/530--'34%0/5#+/4 # ! 8+5* #/'8 (+3.8#3' 7'34+0/ %0.>1#3'& 8+5* 5*#5 0( 5*'! *+4 (+3.8#3'1'3(03.4 #-- 5*' #&&+5+0/#-(6/%5+0/4 0( 5*' >+/&'1'/&'/5-: ')
#5# +/5'3%*#/)' #6-5 *#/&-+/) 48+5%*07'350 45#/&$:
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+)+5#- .0&6-'4 /#-0) .0&6-'4
Data interchange and fault handling#45'3>4-#7' 01'3#5+0/
*' > $#4+%#--: 01'3>#5'4 0/ 5*' .#45'3>4-#7'13+/%+1-' +/ *05>45#/&$: .0&'4'' 3+)*5 /' 46$6/+5 5*'.#45'3 %0/530-4 5*' 130%'44( # (#6-5 0%%634 5*' 05*'346$6/+5 5*' 45#/&$: 03 4-#7'5#,'4 07'3 5*' %0/530-(6/%5+0/4 *' (#6-5: 46$6/+5%#/ 5*'/ $' 3'1#+3'& 8+5*065+/5'33615+/) 5*' 130%'44
*' %0.$+/'& 01'3#5+0/ 0(5*' 580 46$6/+54 &+(('34 #%>%03&+/) 50 5*' %0/(+)63#>5+0/
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Synchronization 0 #70+& +/ 48+5%*+/) 07'3(30. .#45'3 50 45#/&$: 4:/>%*30/+;#5+0/ 0( 5*' 46$6/+54 +4'44'/5+#- *+4 +/%-6&'4 +/5'3>%*#/)' #/& %0.1#3+40/ 0(# 50 '/463' 5*#5 $05* 6/+54*#7' 5*' 4#.' +/(03.#5+0/ #55*'+3 &+4104#- *' 4:/%*30>/+;#5+0/ 130%'&63' 64'& (035*' > +4 '7'/5>&3+7'/4:/%*30/+;#5+0/<
7'/5>&3+7'/ 4:/%*30/+;#5+0/+4 %#33+'& 065 '7'3: 5+.' #/'7'/5 0%%634 8*+%* %06-&%*#/)' 5*' +/5'3/#- 45#5' 0(5*' 46$6/+54 ')
0..#/&4 8+5* &+3'%5#%%'44 50 5*' 4
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"*'/ 130)3#..+/) 5*' 64'3&0'4 /05 /''& 50 5*+/, #$0654:/%*30/+;#5+0/ $'%#64' 5*+4+4 5#,'/ %#3' 0( $: 5*' 01'3#5>+/) 4:45'.
&$ *8(&*" *! +##8(&*" ,-+$-))&*$
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8"*"-(
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S5-115H +*/&*0"!
Principle of operation +*/&*0"!
Self-test3/"*.&1" ."(#8/"./ #0* /&+*.-" &),(")"*/"! &* /%"8 ,-+$-))(" +*8/-+(("- %" #+((+2&*$ +),+8*"*/. *! #0* /&+*. -"/"./"!
*/"-*( 0. "*/-( +*/-+(("- (&*' 0(/ (+ /&+* .4./") . ")+-&".
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Programming,parameter assignment
Programming-+$-))&*$ +# /%" &. /%" .)" . #+- /%" (( +,"-8/&+*. ((+2"! &* /%" * " 0."!
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##8(&*" ,-+$-))&*$ &. ,+.8.&(" 0.&*$ * .08)+!0(" &* /%" ,-+$-))&*$!"1& " 2&/%+0/ +**" /&*$ &//+ /%" ,-+$-))(" +*/-+(8("- %" .0)+!0(" &. /%"* !08,(& /"! *! ,(0$$"! &*/+ /%". +# +/% .00*&/.
Parameter assignment%" 7 ,-)"/"-&85/&+* .+#/2-" .0,,+-/. /%"0."- &* ,-)"/"- ..&$*)"*/*! "--+- !&$*+./& .
*/"- /&1" ,-)"/"- .8.&$*)"*/ +# !/ .," &#& /+/%" 1"-.&+*
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S5-115H &106,07('
Subracks for the S5-115H !7%4$&-5 )14 &(064$.&10641..(45
= = = =
!7%4$&-5 )14 &(064$.,:('(92$05,10
= =
!7%4$&-5 )14 ',564,%76('(92$05,10
14 5,0*.(=5,'(' 144('70'$06 &10),*74$6,105 = = $0' =
14 58,6&+(' &10),*74$6,105 = $0' #
Interface modules for theS5-115H
0 6+( != )$7.6=61.(4$06241*4$//$%.( &10641..(4,06(4)$&( /1'7.(5 $4( 75('
)14 &100(&6,0* (92$05,1070,65 ,0 &(064$.,:(' $0' ',5=64,%76(' &10),*74$6,105 )14
58,6&+(' &10),*74$6,105 $0')14 .,0-,0* 6+( &(064$.&10641..(45
10),*74$6,10 )14 06(4)$&( /1'7.( 4(37,4(' ,0
(064$. &10641..(4 92$05,10 70,6
!,0*.(=5,'(' 14 4('70=
'$06 &10),*74$6,10
!8,6&+('
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(064$.,:(' (92$05,10
,564,%76(' (92$05,10
,0
=
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=
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9 ,0
= 14
#
CPU for the S5-115H # ,5 4(37,4(' ,0%16+ 57%70,65 1) 6+( !=)$7.6=61.(4$06 241*4$//$%.(&10641..(4
I/O modules for the S5-115H "+( )1..18,0* /1'7.(5 &$0%( 75(' )14 6+( != )$7.6=61.(4$06 241*4$//$%.(&10641..(4
/1'7.(5 $.. ',*,6$. 5(9&(26 )14 6+( 218(4176276 /1'7.( $.. $0$.1*5
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#$ # C %,5,9(3
#0,4,5: #$ B
S5-115F
Application #(-,;@ 0: ),*6405. 469, (5+469, 04769;(5; 05 46+,954(5<-(*;<905. 796*,::,:$/(; 0: >/@ :@:;,4: >/0*/9,79,:,5; ( +(5.,9 ;6 4(54(*/05, 796+<*;065 (5+ ;/,,5=09654,5; 05 ;/, *(:, 6- (-(<3; 4<:; 4,,; 05*9,(:05.3@:;905.,5; :(-,;@ 9,8<09,4,5;:
",+<5+(5; :@:;,4: 4,,;;/,:, :(-,;@ 9,8<09,4,5;:
(03:(-, :@:;,4: +,(*;0=(;,;/, +,-,*;0=, 7(9; 044,+0(;,3@0- ( -(<3; 6**<9: $/0: +6,:56; /6>,=,9 05*9,(:, ;/,(=(03()030;@
(03:(-, 67,9(;065 6- ;/,# C 796.9(44()3,*65;9633,9 0: (*/0,=,+ )@*6479,/,5:0=, 8<(30;@(::<9(5*, 4,(:<9,: (5+ )@
$/, ;>6C*/(55,3 0, 9,+<5C+(5; :;9<*;<9, >0;/ *647(90C:65 6- 9,:<3;: =0( ;/, *,5;9(3*65;9633,9 05;,9-(*,
#,3-C;,:;: 7,9-694,+ )@ ;/,67,9(;05. :@:;,4
$/, -(03:(-,;@C:7,*0-0* ,?;,9C5(3 05;,9*655,*;065 6- :
Requirement classes$/, :(-,;@ 9,8<09,4,5;:>/0*/ 4<:; ), 4,; )@ (*65;963 :@:;,4 (9, :,; +6>505 & $/0: :;(5+(9++0=0+,: ;/, *65;963 :@:;,4:05;6 ,0./; :(-,;@ 9,8<09,4,5;*3(::,:
$/, 9,8<09,4,5; *3(:: -69 (*,9;(05 (7730*(;065 *(5 ), +,C;,9405,+ )@ 4,(5: 6- ;/, 90:2.9(7/ 05 (**69+(5*, >0;/ & :/6>5 050. ",8<09,4,5; *3(:: 9,79,:,5;: ;/, 36>,:; :(-,;@9,8<09,4,5;: 3(:: 9,8<09,: ;/, /0./,:; :(-,;@:;(5+(9+
$/, ,?(473, 033<:;9(;,+ 05 ;/,90:2 .9(7/ :/6>: /6> ;/,9,8<09,4,5; *3(:: -6 ( )<95,9*65;963 0: +,;,9405,+ 964;/, -6<9 90:2 7(9(4,;,9:,?;,5; 6- +(4(., +<9(;065 6-:;(@ 05 /(A(9+6<: (9,(:+(5.,9 79,=,5;065 (5+ 796)(C)030;@ 6- 6**<9,5*, 0; 0: *3,(9;/(; ;/, :@:;,4 4<:; (; 3,(:;-<3-033 ;/, *65+0;065: 6- 9,8<09,C4,5; *3(::
5 (**69+(5*, >0;/ & ;/, -(03:(-,# C 796.9(44()3,*65;9633,9 *699,:765+: ;69,8<09,4,5; *3(::
$/, # C *(5 ;/,9,-69, ),<:,+ 05 ;/, 9,8<09,4,5;*3(::,: ;6
7730*(;065: -69 9,8<09,4,5;*3(:: 05*3<+,
<95,9 *65;963: ,. 05*6(3C-09,+ 76>,9 :;(;065:
!(::,5.,9 ;9(5:769;:@:;,4: :<*/ (: *()3, 9(03C>(@: <5+,9.96<5+ 9(03>(@:(5+ -(09.96<5+ *(96<:,3:
"6(+ ;9(--0* :0.5(3 :@:;,4: $,3,*65;963 05:;(33(;065: -69.(: (5+ 603 707,305,:
5=09654,5;(3 796;,*;065:@:;,4: ,. 7633<;(5; -03;,9:
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S5-115F "-,1(,2$#
Design '$ 8 % (*0 %$ ./-8&/ ++ !*$ "-,1/-**$/ "-,0(010-% 14- (,1$/*(,)$# "$,1/ *"-,1/-**$/0 ,*6 ./-1-16.$81$01$# "-+.-,$,10 + 6 !$20$# 0$$ $"1(-,
"-,%(&2/ 1(-, '$ "$,1/ * %2,"1(-,0 -% 1'$ 8 ./-&/ ++ !*$ "-,81/-**$/ /$ *4 60 /$#2,# ,1-/ 1'$ +-#2*$0 #(01(,"81(-, (0 + #$ !$14$$, 0 %$168/$* 1$# ,# ,-,80 %$168/$* 1$# /$ 0
Safety-related areas, 0 %$168/$* 1$# /$ 0 1'$ +-#2*$0 +201 *4 60 !$(, 14-8"' ,,$* /$#2,# ,1"-,%(&2/ 1(-, 0$$ (&'(0 " , !$ (+.*$+$,1$# (,1'$ "$,1/ * "-,1/-**$/0 -/ (,$5. ,0(-, 2,(10 '$ -.$/ 18(,& 0601$+ +201 !$ (,%-/+$#-% 4'("' +-#2*$0 /$ 3 (* !*$ (, /$#2,# ,1 "-,%(&82/ 1(-, 20(,& 1'$ . / +$1$/ 00(&,+$,1 0-%184 /$ '$ /$#2,# ,1 +-#82*$0 /$ ##/$00$# 0 0(,&*$8"' ,,$* +-#2*$0 (, 1'$20$/ ./-&/ + '$ -.$/ 1(,&0601$+ #-$0 1'$ /$01
Non-safety-related areas, ,-,80 %$168/$* 1$# /$ 00(,&*$8"' ,,$* "-,%(&2/ 1(-,-% 1'$ +-#2*$0 (0 02%%("($,10$$ (&
'$ 14-8"' ,,$*/$#2,# ,1 ,# 0(,&*$8"' ,,$* "-,%(&2/ 81(-,0 " , !$ "-+!(,$# 4(1'-,$ ,-1'$/ '$ 0 (,0(,&*$8"' ,,$* "-,%(&2/ 1(-," , !$ **-" 1$# 1- 1'$ 14-02!2,(10 0 #$0(/$#
-+ :%03/) 2* %1 "> 9-6, 5%*)6;>24-)16)( -1376 %1( 276376
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"7&71-6"7&71-6
!)%(&%'.-1376 !)%(&%'.-1376
76376625)1524 !)(71(%165)1524
%6% ):',%1+)1 '%5) 2* % *%7/664%15-6-21 -162 % 5%*)23)4%6-1+ 56%6)
"# ">$)1)4%/
"-)0)15 "# =
S5-115F '216-17)(
Principle of operation #,) 34-1'-3/) 2* 23)4%6-21 2*6,) *%-/5%*) "> 342>+4%00%&/) '21642//)4 '%1 &)'203%4)( 9-6, %1 /2+-' 23)4%6-21 6 -5 -1 6,) 23>)4%6-1+ 56%6) 21/; 9,)1 &26,57&71-65 23)4%6)3423)4/;
#,) 692 ')164%/ '21642//)45)%', '216%-1 % $ 9-6,*-409%4) 6,%6 -5 (-**)4)16 *4206,%6 2* 6,) ">$ #,-5 *-40>9%4) ):)'76)5 %// %((-6-21%/*71'6-215 2* 6,) "> -1()>3)1()16/; %5 *24 ):%03/)
%6% ):',%1+) %1(4)53215) 62 )44245
";1',421-<%6-21 ")/*>6)56
#,) *%-/5%*)6; 2* 6,) -5)1574)( &; 6,) ):6)41%/ -16)4>'211)'6-21 2* 5)15245 %1(%'67%6245 5)) -+ %1(21*-+74-1+ -1 ")'6-21
%6% ):',%1+) %1(4)53215) 62 )44245
26, 57&71-65 '%1 ):',%1+)(%6% 4%3-(/; %1( 4)/-%&/; 8-%6,) ')164%/ '21642//)4 -16)4>*%') *24 6,) *2//29-1+374325)5
203%4-521 ";1',421-<%6-21 %55-8%6-21 59-6',-1+ 2**2* *71'6-215
26, 57&71-65 23)4%6)5;1',421275/; 9-6, 6,) 5%0)75)4 342+4%0 #,); '%44; 276% ';'/-' '203%4-521 2*
#,)-4 -1376 5-+1%/5 #,)-4 276376 5-+1%/5 6,)4 (%6% 57', %5 6,)6-0)45 %1( '2716)45
-**)4)1')5 -1 6,) 4)57/65 2*6,) 692 57&71-65 -1(-'%6) %1)4424 4)53215) 62 6,%6 )4424-5 6,)1 -1-6-%6)( 1 6,) '%5) 2*6,) *%-/5%*) "> 342>+4%00%&/) '21642//)4 6,-54)53215) %1( 26,)4 3426)'6-8)*71'6-215 ,%8) 62 &) ()6)4>0-1)( -1 6,) 3%4%0)6)4 %55-+10)16 52*6>9%4)
#,) *2//29-1+ )4424 4)53215)236-215 %4) %8%-/%&/)
#,) )16-4) 71-6 -5 59-6',)(62 "#
1/; 6,) ()*)'6-8) '2032>1)165 %4) ()%'6-8%6)(
$5)4 342+4%0 4)53215)
Comparison of inputs*6)4 4)%(-1+ 6,) -1376 5-+1%/56%6)5 6,) 692 57&71-65'203%4) 6,)-4 342')55-0%+)5 * 6,); ()6)'6 %1; (-*>*)4)1')5 &)69))1 6,)-4 342>')55 -0%+)5 6,); 4)%( 6,) -1>376 5-+1%/5 %+%-1 5)8)4%/6-0)5 -* 1)')55%4; 716-/ 6,)(-5>'4)3%1'; 6-0) ):3-4)5 *6,)4) %4) 56-// %1; (-5'4)3>%1'-)5 &)69))1 6,) 692 342>')55 -0%+)5 %6 6,%6 32-16 6,-5-1(-'%6)5 )-6,)4 %1 ):6)41%/ 24-16)41%/ *%7/6 #,) 342>+4%00%&/) '21642//)4-00)(-%6)/; -1-6-%6)5 6,)4)53215) 62 6,-5 )4424 #,)75)4 '%1 342+4%0 6,)4)53215) %1( 6,) (-5>'4)3%1'; 6-0) ,-05)/* %5%+4))( 9-6, 6,) %'')36%1')%76,24-6-)5
Comparison of outputs6 6,) )1( 2* 21) ';'/) 6,)692 57&71-65 '203%4) 6,)-4342')55 -0%+)5 %+%-1-**)4)16 4)57/65 -1(-'%6) %1-16)41%/ *%7/6 #,) 5)/)'6)()4424 4)53215) -5 6,)1-1-6-%6)(
Comparison of further data1 %((-6-21 6,) 692 57&71-65'203%4)
#,) '744)16 56%6) 2* 6-0)45%1( '2716)45
#,) '744)16 56%6) 2* 6,)/2+-'%/ 342+4%0 '2716)4%1( -* 1)')55%4;
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3B1/3+574-7'22/3-
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"/+2+38 "# @
S5-115F )439/3:+*
Principle of operation)439/3:+*">3).743/?'9/43
49. 8:(:3/98 2:89 (+ )439/3B:4:81> 8>3).743/?+* #.'9 /8<.> 8>3).743/?'9/43 54/398'7+ 574;/*+* '9 9.+ (+-/33/3-'3* +3* 4, +'). 574-7'2)>)>)1+ '3* '9 +;+7> 28 /39.+ 45+7'9/3- 8>89+2 99.+8+ 54/398 *'9' '7++=).'3-+* '3* )425'7+*</9. +'). 49.+7
:7/3- :8+7 574-7'2 +=+B):9/43 9.+ " B 8:(:3/98'7+ '184 8>3).743/?+* </9. 9.+,4114</3- +;+398
/7+)9 '))+88+8 '3*)14)0 8)'38 ,9+7 8:).)422'3*8 9.+ 45+7'9/3-8>89+2 ':942'9/)'11>8>3).743/?+8 (49. 8:(:3/98
74)+88 '3* 9/2+ /39+77:598 74)+88 '3* 9/2+ /39+77:598'7+ 574)+88+* 431> ',9+7 '8>3).743/?'9/43 9 9.+45+7'9/3- 8>89+2 1+;+1 9.+" B 7+8543*8 94 '3/39+77:59 ',9+7 ' 2'=/2:2 4, 28 :7/3- :8+7 574-7'2+=+):9/43 9.+ :8+7 ./28+1,2:89 +38:7+ 8>3).743/?'9/43(> 2+'38 4, ' 89'3*'7*,:3)9/43 (14)0
"+1,B9+89 =9+38/;+ 8+1,B9+89 ,:3)9/438'7+ /251+2+39+* /3 9.+" B ,'/18',+ 574B-7'22'(1+ )4397411+7
#.+ ,4114</3- )42543+398'7+ 9+89+*
39+73'1 " (:8 +397'1 )4397411+7 /39+7,')+ 74)+88478 +247> 11 7+*:3*'39 8
#.+8+ 8+1,B9+898 )'3 +;+3*+9+)9 +77478 <./). .';+4)):7+* /3 (49. 8:(:3/988/2:19'3+4:81>
Self-test during initialization:7/3- /3/9/'1/?'9/43 /3 ,'/18',+45+7'9/43 9.+ <.41+ 7'3-+ 4,8+19B9+89 ,:3)9/438 /8 7:39.74:-. )4251+9+1> /3 +').8:(:3/9
Self-test in cyclic operation47 )>)1/) 45+7'9/43 9.+ 45+7B'9/3- 8>89+2 851/98 :5 9.+8+1,B9+89 ,:3)9/438 /394 82'119+89 8+-2+398 +5+3*/3- 439.+ 3:2(+7 4, 8 9.+8+ '7+(+9<++3 '3* 28 143-#.+ 3:2(+7 4, 9+89 8+-2+3985+7 )>)1+ /8 *+9+72/3+* (>9.+ :8+7 9.74:-. 9.+ 8+99/3- 4,9.+ 9+89 )>)1+ 9/2+
Programmming and parameter assignment
Programming&/9. 9.+ +=)+59/43 4, )+79'/37+897/)9/438 574-7'22/3- 4,9.+ " B /8 /*+39/)'1 94 9.'94, 9.+ " B $ 74-7'2 /35:9)'3 +/9.+7 (+ 43B1/3+ 47 4,,B1/3+ 8++ " B 5'-+
47 43B1/3+ 574-7'22/3- 9.+ $8 4, (49. 8:(:3/98 2:89(+ 574;/*+* </9. 9.+ 8'2+2+247> 8:(24*:1+
7+6:+391> :8+* ,:3)9/4388:). '8 '7/9.2+9/) '3*8/-3'11/3- ,:3)9/438 8',+9>B47/+39+* /39+7,')/3- 47 (:73)439741 '7+ ';'/1'(1+ /3 9.+5')0'-+ 4, 574949>5+B9+89+*89'3*'7* ,:3)9/43 (14)08#.+8+ ,:3)9/43 (14)08 .';+'17+'*> (++3 9+89+* (> 9.++72'3 #+).3/)'1 385+)947B'9+ #A% '3* 9.+7+,47+ ,')/1/B9'9+ 9.+ 8>89+2 '))+59'3)+574)+*:7+ 8++ "+)9/43
Note3 9.+ ,'/18',+ 24*+ 9.+)439741 574-7'2 2:89 (+8947+* 43 '3 ! 47 ! 8:(24*:1+
Parameter assignment#.+ 5'7'2+9+7/B?'9/43 84,9<'7+ 8:554798 9.+:8+7 /3 5'7'2+9+7 '88/-32+39'3* +7747 */'-3489/)8
'7'2+9+7 '88/-32+39 4,8',+9>B85+)/,/) *'9' /3 /39+7B')9/;+ 24*+
+3+7'9/43 4, 9.+ 5'7'2+B9+7/?'9/43 *'9' (14)0 ,7429.+ 5'7'2+9+7 '88/-32+39*'9'
">89+2 */'-3489/)8 ;/' +7747*'9' (14)0 '3* /39+77:597+-/89+7
4):2+39'9/43 4, 8',+9>B85+)/,/) *'9' ;/' 57/39+7
+3+7'1 8>89+2 .'3*1/3-+- 14'*/3- 4, (14)0 477+'*/3- 4, *'9'
'/18',+ )422:3/)'9/43 ;/'"
., 3.27>73>43.27 0.2/ 3+ 7-* !> :.7- & 35 9.&& 453,5&11.2, )*9.(* .27*5+&(*
#6* 3+
5.27*5
!
27*00.,*276
!" "
!!8'82.7
!!8'82.7
., !.2,0*>(-&22*0 6&+*7<>35.*27*) 0.2/
&67*5*, !#
!8'82.7
!!8'82.7
!8'82.7
*&(7.32>+5**75&261.66.32
&.06&+* 75&261.66.32
!!8'82.7
!
!" !>#*2*5&0
!.*1*26 !" =
S5-115F (327.28*)
Communication3.27>73>43.27 0.2/
43.27>73>43.27 0.2/ :.7- 7-*!> 453,5&11&'0* (32>75300*5 .6 1&)* 4366.'0* 86.2,7-* (31182.(&7.326453(*6635 7 .6 45.1&5.0<86*) +35
322*(7.32 3+ 45.27*56$#6 /*<'3&5)6 *7(
&7& *;(-&2,* :.7- 37-*5!">! 82.76
&.06&+* )&7& *;(-&2,* :.7-7-* !>
&7& *;(-&2,* :.7- &2<82.7 :.7- & 1 ""%.27*5+&(*
35 +857-*5 )*7&.06 3+ 7-* (31182.(&7.326453(*6635 6** !*(7.32
! 03(&0 &5*& 2*7:35/ "-* 13)*5&7*0< 45.(*)! 03(&0 &5*& 237:35/:-.(- .6 )*6.,2*) +35 *;7*2>6.9* (31182.(&7.3262*7:35/6 *2&'0*6 84 73 !> &2) !> 453>,5&11&'0* (3275300*56 73(31182.(&7* :.7- *&(- 37-*5"-* 6 &5* (322*(7*) 737-* 9.& 7-* # 3+ 32* 3+7-* 7:3 68'82.76
Features !># !># 35!># 453,5&11&'0*(3275300*56 :.7- (31182.(&7.326 453(*6635635 37-*5 )*9.(*6 :.7-! 1&67*5 (&4&'.0.7<*, 6 (&2 '* 86*) &6&(7.9* 23)*6 1&67*56
"-* !> &2) !>453,5&11&'0* (3275300*56(&2 '* 34*5&7*) &2).27*553,&7*) +531 7-* 1&67*5
! 34*5&7.32 .65*&(7.32>+5** .* +&8076 3+7-* .2).9.)8&0 23)*6 7-&71.,-7 -&9* 3((85*) &5* 23775&26+*5*)
27*00.,*27 13)80*6 &2)(31182.(&7.326 453(*66356(&2 '* 86*) .2 7-* 1&67*582.76
"-* !> +&.06&+*453,5&11&'0* (3275300*56(&2 86* 7-*6* 13)80*69.& 7-* !
+&.06&+* 0.2/ :.7- 7-*!> 453,5&11&'0*(3275300*5 .6 &063 4366.'0*
,* !91>&+$00(. 5$)(6;>4(.$6(' .,0-
7%70,6
7%70,6
7%70,6
)14 57%70,6
$56(4( * "
$56(4( * "
)14 57%70,6
7%70,6
! > "(0(4$.
,(/(05 ! =
S5-115F &106,07('
Communication &106,07(' .1&$. $4($ 0(6914-&106,07('
Possible configurations ,0*.(>&+$00(. 010>5$)(6;>4(.$6(' .,0-
!+( 010>5$)(6;>4(.$6(' .,0- ,575(' )14 &1//70,&$6,10%(69((0 241*4$//$%.(&10641..(45 1) 6+( " 4$0*( $5/$56(4 14 5.$8( $0' )$,.5$)( > 14 > 241>*4$//$%.( &10641..(45$5 5.$8(5
,0*.(>&+$00(. 5$)(6;>4(.$6(' .,0-
!+( 5$)(6;>4(.$6(' .,0- &$0 %((56$%.,5+(' 10.; 9,6+ $ 241>*4$//$%.( &10641..(4 1) 6+( "4$0*( $5 /$56(4 $)(6;>4(.$6(' .,0-5 &$0 10.;%( (56$%.,5+(' 9,6+ > 14 > 241*4$//$%.( &10>641..(45 !+( > )$,.5$)(241*4$//$%.( &10641..(45 $4(&100(&6(' 61 6+( 8,$ 10(1) 6+( 691 57%70,65 $6$(:&+$0*( ,5 &$44,(' 176 %;/($05 1) 52(&,$. 24161&1.59+,&+ $4( ,0 $&&14'$0&( 9,6+6+( 5$)(6; 4(37,4(/(065 !+(&100(&6,10 61 6+( /$56(4 ,5016 5$)(6;>4(.$6(' %76 10.;4($&6,10>)4((
!91>&+$00(. 5$)(6;>4(.$6(' .,0-
$6$ (:&+$0*( ,5 &$44,(' 176,0 6+( 5$/( 9$; $5 9,6+ 6+(5,0*.(>&+$00(. 5$)(6;>4(.$6(' .,0- !+( ',))(4(0&( ,56+$6 ($&+ 57%70,6 ,5&100(&6(' 61 ,65 190 .1&$.$4($ 0(6914- 16+ .1&$. $4($0(6914-5 12(4$6( ,0'(2(0>'(06.; /(4(.; 6+( &106(065 1)
6+( 5(0' $0' 4(&(,8( %7))(451) 6+( 691 57%70,65 $4( &;&.,>&$..; &1/2$4(' 9,6+ ($&+16+(4 $,.74( 1) 10( (*6+417*+ .,0( ,06(44726,10 '1(5016 ,06(44726 '$6$ (:&+$0*($5 6+(4( 4(/$,05 $ 5,0*.(>&+$00(. 5$)(6;>4(.$6(' .,0-8,$ 6+( 16+(4 56,.. )70&6,10,0*
" .1&$. $4($ 0(6914- #,6+ 6+( &1//70,>&$6,105 241&(5514 5(( (&6,10 6+( > 241>*4$//$%.( &10641..(4 &$0 %(&100(&6(' 61 6+( " !+75 &1//70,&$6,109,6+ 6+( 9+1.( 4$0*( 1) ! 241*4$//$%.(&10641..(45 ,5 2155,%.(
,-( ,0 6+( &$5( 1) 6+( '$6$ 64$05/,55,106$-(5 2.$&( 4($&6,10>)4(( $0'6+( 5$/( 6;2(5 1) .,0-
,0*.(>&+$00(. 010>5$)(6;>4(.$6(' .,0-
,0*.(>&+$00(. 5$)(6;>4(.$6(' .,0- $0'
!91>&+$00(. 5$)(6;>4(.$6(' .,0-
&$0 %( 4($.,<('
Operator-control and process monitoring
14 6+( > 241>*4$//$%.( &10641..(4 '(8,&(5)14 12(4$614 &10641. $0' 241>&(55 /10,614,0* &$0 %( 75(',) 6+(; $4( &100(&6(' 8,$ 6+( &1//70,&$6,105 241>&(5514 6 ,5 $.51 2155,%.( 61&100(&6 6+( 241*4$//,0* '(>8,&( 6(4/,0$. 1) 6+( > ,05(4,(5 9,6+ $016+(4 ! 241*4$//$%.(&10641..(4 1) 6+( " 4$0*( (*8,$ 6+( 5(&10' 241*4$//,0*>'(8,&( 6(4/,0$. 1) $ > "
!+( > 241*4$//$%.(&10641..(4 &$0 %( .,0-(' 61 '(>8,&(5 )14 12(4$614 &10641. $0'241&(55 /10,614,0* 8,$ 6+( >
',4(&6 &100(&6,10 1) !55 61 6+( 241*4$//,0* '(>8,&( ,06(4)$&( 1) 6+( > ,5 016 2155,%.(
14 )746+(4 ,0)14/$6,10 10 12>(4$614 &10641. $0' 241&(55/10,614,0* 5;56(/5 5(( (&6,10 $0' $6$.1*5 !
!" !?#)1)5%/
!-)0)16 !" >
S5-115F '217-18)(
Subracks for the S5-115F !8&5%'.6 *25 ')175%/'21752//)56
? ?
",) '20321)176 72 &) 86)(:-7, 7,) !? 68&5%'.63%57/< (-**)5 *520 7,26) 2* 7,)!?# 68&5%'.6 6))!)'7-21 1/< 352727<3)?7)67)( 02(8/)6 0%< &)-167%//)( -172 7,) !?*%-/6%*) 352+5%00%&/)'21752//)5
!8&5%'.6 *25 ')175%/-=)();3%16-21
? ? %1( ?)%', :-7,287 32:)5 6833/<
!8&5%'.6 *25 (-675-&87)();3%16-21
? ?
Interfaces modules for theS5-115F
1 7,) !? *%-/6%*) 352?+5%00%&/) '21752//)5 -17)5?*%') 02(8/)6 %5) 86)( *25
'211)'7-1+ );3%16-21 81-76 -1')175%/-=)( %1( (-675-&87)('21*-+85%7-216 *25 6:-7',)(
'21*-+85%7-216 %1( *25 /-1.-1+7,) ')175%/ '21752//)56
21*-+85%7-21 *25 17)5*%') 02(8/) 5)48-5)( -1
)175%/ '21752//)5 ;3%16-21 81-7
)175%/-=)( );3%16-21
-675-&87)( );3%16-21
-1
?
-1
?
CPU for the S5-115F # -6 5)48-5)( -1&27, 68&81-76 2* 7,) !?*%-/6%*) 352+5%00%&/)'21752//)5
I/O modules for the S5-115F ",) 23)5%7-1+ 6<67)0 2* 7,)!? 68332576 7,) 86) 2*
-+-7%/ -1387 02(8/)6 ! ? ! ? ! ? ! ?
-+-7%/ 287387 02(8/)6 ! ? ! ? ! ? ! ? ! ?
! ? ! ?#
-+-7%/ -1387287387 02(8/)6 ! ? ! ? ! ? ! ?
1%/2+ -1387 02(8/)6 ! ? ! ?# ! ?#
1%/2+ 287387 02(8/)6 ! ? ! ? ! ?
",) '20081-'%7-216352')6625 '%1 %/62 &) 86)(*25 7,) !? ",) -6 86)( %6
%8/7 -1(-'%7-21 02(8/) !%*) '20081-'%7-21602(8/) 72 *857,)5 !?352+5%00%&/) '21752//)56
)%'7-21?*5)) '20081-?'%7-216 02(8/) 72 27,)56<67)06
25)29)5 7,) '20081-?'%7-216 352')66256 %1(-17)//-+)17 02(8/)6 -1 %352+5%00%&/) '21752//)5 2*7,) # 5%1+) '%1 );',%1+)(%7% :-7, 7,) !? 352?+5%00%&/) '21752//)5 9-% 7,)! 25 #! )9)57,)/)66 7,)< '%1127 &)3/8++)( (-5)'7/< -172 7,)!?
Note$,)1 86-1+ 27,)5 02(8/)6 -17,) !? 7,) 23)5%7-1+3)50-66-21 );3-5)6
25 1): 6<67)06 7,) 86) 2* 7,) ! ?# 02(8/) -6 68++)67)(
!" !@#)175%/ 352')66-1+ 81-76
!-)0)16 !" >
CPU 941, CPU 942, CPU 943 and CPU 944 central processing units for the S5-115U
Application ",) 6)/)'7-21 2* 7,) # 72&) 86)( ()3)1(6 21 7,)7)',1-'%/ 5)48-5)0)176 2* 7,)%8720%7-21 7%6. )63)'-%//<:-7, 5)+%5( 72 352')66-1+7-0)6 0)025< '%3%'-7-)6 %1(*81'7-216 ",)6) '5-7)5-% %5)7,) 0267 -03257%17 (-67-1'7-9)*)%785)6 2* 7,) #6
",) # # # %1( # '%1 &) 352@+5%00)( -1 7,) !" 352@+5%00-1+ /%1+8%+) 25 352@+5%00-1+ 81()5 7,) 67%1(%5( *81'7-21 &/2'. 2*7,) 6%0) 1%0) -6 5)48-5)(
Design ",) # 72 # ')1@75%/ 352')66-1+ 81-76 '217%-1
!" 352')6625 *25 352@')66-1+ 7,) 86)5 352+5%0
17)51%/ 352+5%0 0)025<
17)+5%/ ,%5(:%5) '/2'. -1#6 :-7, -17)5*%')6
)')37%'/) *25 0)025<68&02(8/)
#!" 6:-7', :-7,'255)6321(-1+ 6
!:-7', *25 6)77-1+ 5)7)17-9)@1)66 2* &-7 0)025-)6 7-0)56%1( '2817)56
!:-7', *25 29)5%// 5)6)75)6)77-1+ 7,) )17-5) 86)5 2* 7,) #
8-/7@-1 0 '855)17 /223-17)5*%') *25 '211)'7-21 2* %352+5%00-1+ ()9-') 25 23@)5%7253%1)/ 25 *25 '211)'7-21 727,) !
# %1( # 21/<37-21%/ 1( -17)5*%') *25'211)'7-21 2* % 352+5%0@0-1+ ()9-') 25 23)5%7253%1)/ 25 *25 '211)'7-21 727,) !
27 %// 352+5%00-1+ ()9-')*81'7-216 '%1 &) 86)( %7 7,)1( -17)5*%') "5%160-66-21:-7,287 35272'2/ -6 3266-&/):-7, 7,) ! (5-9)5 1 7,)# 7,) 1( -17)5*%')'%1 %/62 &) 86)( *25 /-1.6 )0@3/2<-1+ 7,) 25 '20081-'%7-216 35272'2/63)'-%/ 23)5%7-1+ 6<67)0 72&) 25()5)( 6)3%5%7)/<
68&02(8/)6 );7)1( 7,)-17)51%/ %1( %5) 5)48-5)(*25 7,-6 385326) -1 7,)# %1( # $,)17,) 68&02(8/)6 %5)5)029)( *520 7,)-5 5)')3@7%'/)6 -1 7,) # 7,) (%7% -6)5%6)( ",) # %1(# %5) %/5)%(<)48-33)( :-7, 7,) 1)')66%5<%02817 2*
52+5%06 %1( (%7% '%1 &)6725)( 21 0)025<68&02(8/)6 25 72 3527)'7 7,)0*520 32:)5 *%-/85)6 ",)0)025< 68&02(8/)6 %5) 352@+5%00)( 21 7,) 352+5%0@0-1+ ()9-') 86-1+ 7,) 5)')3@7%'/) 3529-()( *25 7,-6385326) %1( %5) 7,)13/8++)( -172 7,) #
Functions ",) *81'7-216 2* 7,) # # # %1(# %5) %6 *2//2:6
Program execution <'/-' )%(@-1 2*-1387 67%786)6 );)'87-21 2*7,) '21752/ 352+5%0 %1( 287@387 2* 7,) 287387 67%786)6
"-0)@'21752//)( 72 285 -1()3)1()17/)9)/6 *25 :,-', 7,) 7-0) 2*352')66-1+ '%1 &) -1(-9-(@8%//< ()*-1)( 7-0)6 *520 06 72 0-1
17)55837@'21752//)( 72 '7-9%7-21 2* *285-1()3)1()17 );)'87-21/)9)/6 &< 352')66 -17)558376
"-0) -17)55837@'21752//)( ",-6 /)9)/ -6 %'7-@9%7)( %*7)5 );3-5< 2* %352+5%00)( 7-0) 7-0)6*520 06 72 0-1
;)'87-21 /)9)/6 2* ,-+,)535-25-7< '%1 -17)55837 7,26) 2*/2:)5 35-25-7< %*7)5 %1< !"?23)5%7-21 25()5 2* 35-25-7<67%57-1+ :-7, 7,) ,-+,)67 7-0)-17)55837@'21752//)( -17)55837@'21752//)( 7-0)@'21752//)('<'/-'
Monitoring",) #6 021-725 6'%1 7-0)&%77)5< *%-/85) 25 %'.12:/@)(+)0)17 ()/%< *25 );%03/)
Software protection forRAM operation",) 62*7:%5) 3527)'7-21*)%785) 35)9)176 -1%(9)57)1729)5:5-7-1+ 25 5)%(@287 2*352+5%06 &< 81%87,25-=)(3)56216
Scan time measurement",) '855)17 0%;-080 %1(0-1-080 6'%1 7-0)6 %5)0)%685)(
"# "C$+397'1 574)+88/3- :3/98
"/+2+38 "# @
CPU 941, CPU 942, CPU 943 and CPU 944 central processing units for the S5-115U )439/3:+*
Functions)439/3:+*
Clock#.+ )14)0 )'3 (+ 8+9 '3*7+'* 9 )'3 '184 (+ :8+* ,47)4:39/3- 45+7'9/3- .4:78 47,47 /39+77:59 ,:3)9/438
Integral function blocks#.+ 45+7'9/3- 8>89+2 /3)47C547'9+8 ' 3:2(+7 4, ,:3)9/43(14)08 574-7'22+* /32')./3+ 1'3-:'-+ <./). )'3+=+):9+ '9 +=97+2+1> ./-.85++* '3* *4 349 4)):5> '3>85')+ /3 9.+ /39+73'1 !#.+8+ /39+-7'1 ,:3)9/43 (14)08'7+ )'11+* /3 9.+ 8'2+ <'> '8'3> 49.+7 (14)08 /3 9.+ :8+7574-7'2 '3* )'3 431> (+/39+77:59+* (> 574)+88/39+77:598
43;+78/43 (14)08 )4*+ )43;+79+78
7/9.2+9/) (14)082:19/51/)'9/43 */;/8/43
3'14- ;'1:+ 574)+88/3-
'9' .'3*1/3- (14)08 9.+8++3'(1+ )422:3/)'9/438574)+88478 '3* /39+11/-+39 24*:1+8 94 (+ :8+* '3*)439741 9.+ +=).'3-+ 4, *'9'</9. 9.+ $
! ,:3)9/43 (14)0 ,47)4257+88/3- 9.+ )439+398 4,9.+ /39+73'1 !
# ,:3)9/43 (14)0,47 *+1+9/3- (14)08
Integral organization blocks ")'3 9/2+ 97/--+7/3- %'7/'(1+ 9/2+ 14457'3-+ µ8 94 28
)439741 '1-47/9.2 ")'3 )>)1+C/3*+5+3*+397+'*C/3 4, */-/9'1 /35:98 '3*4:5:9 4, 9.+ 574)+88 /2'-+
Restart modes '3:'1 )41* 7+89'79 :8/3-24*+ 8+1+)947 47 574-7'2C2/3- *+;/)+
41* 7+89'79 ,4114</3-54<+7 ,'/1:7+
COM DB1 parameterizationsoftware#.+ A 5'7'2+9+7/?'C9/43 84,9<'7+ +3'(1+8 9.+ :8+794 '88/-3 5'7'2+9+78 94 9.+ $ 6:/)01> '3* +'8/1> '3*</9.4:9 +77478 #.+ 84,9<'7+)477+)91> '551/+8 '11 9.+ 7:1+8,47 )7+'9/3- 3> +77478 /3 47 /35:9 +77478 '7+54/39+* 4:9 94 9.+ :8+7:79.+7 *'9' (14)08 7+3*+7+*3+)+88'7> (> 9.+ 5'7'2+9+784, )'3 '184 (+ )7+'9+*</9.
)'3349 (+ :8+* ,47'88/-3/3- 5'7'2+9+78 94 9.+8+)43* /39+7,')+ 4, $ '3* $
For technical specifications 8++ 5'-+
Ordering data 7*+7 4 7*+7 4
CPU 941 6ES5 941-7UB11 3964, 3964R communicationsprotocol
6ES5 816-1BB21
CPU 942 6ES5 942-7UB11protoco l'8 '3 +=9+38/43 94 9.+ 45+7'9/3-
CPU 943&/9. 8+7/'1 /39+7,')+
&/9. 8+7/'1 /39+7,')+8
6ES5 943-7UB116ES5 943-7UB21
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Principle of operation Enable input1/1<)4 168=< F 764A$0- 168=< ;1/6)4; +)6 *-,1;F)*4-, *A 5-)6; 7. -6)*4-168=< $01; -6)*4- 168=< +)6*- ,-)+<1>)<-, *A :-57>16/ )2=58-: 76 <0- 57,=4-
Interrupt processing1/1<)4 168=< F 764A /:7=8 ;1/6)4 /-6-:)<-; )616<-::=8< 16 <0- !% ?0-6 )8):<1+=4): 168=< ;1/6)4+0)6/-; $0- /:7=8 ;1/6)4,:1>-; ) 4)<+016/ :-4)A 76 <0-57,=4- <0- :-4)A +76<)+< 1; )++-;;1*4- .:75 <0-.:76< 8)6-4 ?01+0 +)6 *-:-;-< >1) ) & 168=<"#$
6 <0- =;-: 8:7/:)5 <0- =;-:+)6 ;8-+1.A .7: -)+0 168=<?0-<0-: <0- 16<-::=8< 1; <7 *-;-< *A <0- 87;1<1>-F 7:6-/)<1>-F/716/ -,/-
. 16<-::=8< 8:7+-;;16/ 1; 67<-;;-6<1)4 <0- F 57,=4-+)6 *- =;-, 16 )6A <A8- 7.;=*:)+3 6<-::=8< ->)4=)<176*A <0- F ,1/1<)4 168=<57,=4- 1; 764A 87;;1*4- 16 )+-6<:)4 +76<:744-: $0- 57,=4-<)3-; =8 <?7 *A<-; .7: 168=<),,:-;;-; )6, <?7 *A<-; .7:7=<8=< ),,:-;;-;
6<-::=8< ->)4=)<176 1; 764A87;;1*4- 16 )6 -@8)6;176 =61<" F ;=*:)+3 ?01+0 1;+766-+<-, =;16/ <0- )6, 16<-:.)+- 57,=4-;)6, 1. <0- F ,1/1<)4 168=<57,=4- #FF% 1;=;-, 16 <0- -@8)6;176 =61<16;<-), 7. <0- F ,1/1<)4168=< 57,=4- /-6-:)<16/ <0-16<-::=8<
Note44 ,1/1<)4 168=< 57,=4-;7. <0- #F%F% 8:7F/:)55)*4- +76<:744-:; ;--#-+<176 +)6 *- =;-, 16 <0-#F% ?1<0 ),)8<-:+);16/;
$0- F ,1/1<)4 168=< 57,=4-:-9=1:-; )6 ),)8<-: +);16/;-- 8)/-
Technical specifications
Digital input module # F # F # F # F # F # F%
Number of inputs 32 32 16 16 8 ?1<0 /:7=8;1/6)4
;-- 8)/-
#F%
#F%
)4>)61+ 1;74)<176
6 /:7=8; 7.
7
G
(-; 78<7+7=84-:
(-; 78<7+7=84-:
(-; 78<7+7=84-:
(-; 78<7+7=84-:
Input voltage ")<-, >)4=-
:-9=-6+A ?1<0
7: C ;1/6)4
7: C ;1/6)4
24 V DCG
EE E &
EEE &
24 V DCG
EE E &
EEE &
24/48 V UCE B
E &
E &
48/60 V UCE B
E &
E &
24 V DCG
EE E &
EEE &
68=< +=::-6< .7: C ;1/6)4 <A8 5 5 5 5 5
-4)A
< C → C
< C → C
E 5;
E 5;
E 5;
E 5;
E 5;
E 5;
E 5;
E 5;
E 5;
E 5;
7), .)+<7:
)< °
'1<0 :-;8-+< <7 6=5*-: 7. 168=<; 16 ) /:7=8
!" !C#/-/9'1 /35:94:95:9 24*:1+8
!/+2+38 !" A
Digital input modules )439/3:+*
Technical specifications )439/3:+*
Digital input module )439 ! C ! C ! C ! C ! C ! C #
'(1+ 1+3-9.
#38./+1*+* 2'=
!./+1*+* 2'=
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
8++ 5'-+
!C#
!C#
39+77:59 4:95:9
+72/88/(1+ 14'* 2'=
!</9)./3- )'5')/9> 2'=
D
D
D
D
D
D
D
D
D
D
D
D
'9)./3- 7+1'>
)439')9
$
% $
+8+9 /35:9 D D D D $
38:1'9/43 ;419'-+ 7'9/3-
+=9+73'1 )433+)9/438 94
.4:8/3- /39+73'1 )433+)9/438
49.+7 -74:58
3 ')) </9. $
"+89+* </9.
D
D
$
$
$
$
$
$
$
$
:77+39 )438:259/43
39+73'1 ,742 54<+7
8:551> 24*:1+ $ 2'= 2 2 2 2 2
4<+7 1488 7'9+* 45+7'9/43 9>5 % % % % %
7439 )433+)947 C5/3 C5/3 C5/3 C5/3 C5/3
%+/-.9 '5574= 0- 1( 0- 1( 0- 1( 0- 1( 0- 1(
Digital input module ! C ! C ! C ! C ! C ! C
Number of inputs 16 16 8 16 16 8'1;'3/) /841'9/43
/3 -74:58 4,
&+8 4594)4:51+7
&+8 4594)4:51+7
&+8 4594)4:51+7
&+8 4594)4:51+7
&+8 4594)4:51+7
&+8 4594)4:51+7
Input voltage '9+* ;'1:+
7+6:+3)> </9.
47 @ 8/-3'1
47 @ 8/-3'1
115 V UC B ?
B $
BB $
115 V UC B ?
B $
BB $
115 V UC B ?
B $
BB $
230 V UC B ?
BB $
BB $
230 V UC B ?
BB $
BB $
230 V UC B ?
BB $
BB $
35:9 ):77+39
'9 @ 8/-3'1 9>5
2
2
2
2
2
2
2
2
2
2
2
2
+1'>
9 @ → @
9 @ → @
B 28
B 28
B 28
B 28
B 28
B 28
B 28
B 28
B 28
B 28
B 28
B 28
4'* ,')947
9 ° 9 °
'(1+ 1+3-9.
#38./+1*+* 2'=
!./+1*+* 2'=
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
2 ,9
38:1'9/43 ;419'-+ 7'9/3-
+=9+73'1 )433+)9/438 94
.4:8/3- /39+73'1 )433+)9/438
49.+7 -74:58
3 ')) </9. $
"+89+* </9.
$
$
$
$
$
$
$
$
$
$
$
$
:77+39 )438:259/43
39+73'1 ,742 54<+7
8:551> 24*:1+ $ 2'= 2 2 2 2 2 2
4<+7 1488 7'9+* 45+7'9/43 9>5 % % % % % %
7439 )433+)947 C5/3 C5/3 C5/3 C5/3 C5/3 C5/3
%+/-.9 '5574= 0- 1( 0- 1( 0- 1( 0- 1( 0- 1( 0- 1(
%/9. 7+85+)9 94 3:2(+7 4, /35:98 /3 ' -74:5
7)')3"+ )-/43.43/43 ,.$4+%2
)%,%-2 6
Digital input modules #.-3)-4%$
Ordering data 1$%1 . 1$%1 .
.-7&+."3)-'
420-7 digital input module&.1 7
)-/432
+."3)-'
430-7 digital input module&.1 7
)-/432
)- '1.4/2 .&
431-7 digital input module&.1 7
)-/432
)- '1.4/2 .&
432-7 digital input module&.1 7
)-/432
)- '1.4/2 .&
434-4 digital input module forNAMUR sensor &.1 7 )-/432
434-7 digital input module&.1 7
5)3( )-3%114/3 '1.4/ 2)'-"+
)-/432
)- '1.4/2 .&
435-7 digital input module&.1 7
)-/432
)- '1.4/2 .&
)- '1.4/2 .&
&.1 7
)-/432
)- '1.4/2 .&
6ES5 420-7LA11
6ES5 430-7LA12
6ES5 431-7LA11
6ES5 432-7LA11
6ES5 434-4UA12
6ES5 434-7LA12
6ES5 435-7LA116ES5 435-7LB11
6ES5 435-7LC11
436-7 digital input module
&.1 7
)-/432
)- '1.4/2 .&
)- '1.4/2 .&
&.1 7
)-/432
)- '1.4/2 .&
(% ./%1"3)-' )-2314#3).-2 "1%
)-#+4$%$ )- 3(% 7 ,"-4"+
2%% /"'%
490 front connector
.1 2#1%5 3%1,)-"+2
7/)-
7/)-
.1 #1),/ 3%1,)-"+2 7/)-
!)3( #1),/ #.-3"#32
!)3(.43 #1),/ #.-3"#32
.1 2-"/7.- #+)/ 3%1,)-"+2 7/)-
497 front connector&.1 7 $)')3"+ )-/43 ,.$4+%
1),/ 3%1,)-"+2 2)-'+%75)$3(
7/)-
#1%5 3%1,)-"+2 2)-'+%75)$3(
7/)-
Adapter casing
6ES5 436-7LA116ES5 436-7LB11
6ES5 436-7LC11
6ES5 490-7LB116ES5 490-7LB21
6ES5 490-7LA116ES5 490-7LA21
6ES5 490-7LC11
6ES5 497-4UA12
6ES5 497-4UB31
2%% /"'%
!.1*)-' '1.4/ .- 23"-$"1$2 )- 3(% ,%"241%,%-3 3%#(-)04% "-$ #.-31.+ %-')-%%1)-'
'& +**$"/'+* #'!&-!). %+- #'&'/!( '*,0/ )+#0($.
2 '&'/!( '*,0/+0/,0/ )+#0($.
'$)$*. 1
Digital input modules "+*/'*0$#
Connection diagrams
(& ,++$"0(,+ #(!&.!*/ %,. #(&(0!) (+-10 *,#1)$/
2(0' /$+/,./
2(0' /$+/,./
4 (&(0!) (+-10,10-10 *,#1)$/
($*$+/ 3
Digital input modules ",+0(+1$#
Connection diagrams",+0(+1$#
! <",*,5$- ,/165065165 .0'6-(4
,(.(/4 ! ;
Digital output modules
Application !+( ',*,5$- 065165 .0'6-(4&0/7(35 5+( ,/5(3/$- 4,*/$--(7(-4 0) 5+( 130*3$..$%-(&0/530--(34 ,/50 5+( %,/$3:4,*/$- -(7(-4 3(26,3(' (95(3</$--: %: 5+( 130&(44
Design ,*,5$- 065165 .0'6-(4 $3($7$,-$%-( 8,5+ 03 065<1654 $/' )03 $ 3$/*( 0) 4611-:70-5$*(4 -0$' $/' 3$5(' -0$'&633(/54 !+( .0'6-(4 3(26,3(0/( 4-05
(1(/',/* 0/ 5+( 7(34,0/ 5+(.0'6-(4 &0.13,4(
3((/ 4 )03 ,/',&$5,/*4,*/$- 45$564
+035<&,3&6,5 '(5(&5,0/
3061 4,*/$--,/* 065165 )034+035<&,3&6,54 -$5&+,/* 3(-$:8,5+ 3(4(5 ,/165
(' 4 )03 ,/',&$5,/* $4+035<&,3&6,5
!+( 4,*/$- -($'4 .645 %(&0//(&5(' 8,5+ )30/5&0//(&5034 !+(: &$/ %(-$%(--(' ,/ 5+( ),(-' /(95 505+( 4
!+( .0'6-( $''3(44 %:5(1$3$.(5(3 8+(/ 130<*3$..,/* ,4 4-05<'(1(/'(/5$/' /((' 5+(3()03( /05 %( 4(50/ 5+( .0'6-(
Principle of operation !+( .0'6-( &0/7(354 5+(,/5(3/$- 065165 4,*/$-4 0) 5+(130*3$..$%-( &0/530--(3 505+( -0$' 70-5$*( -(7(-4 03 64(' 50 &0/530- 5+(130&(44 !+( 065165 70-5$*(3$/*(4 $3( ),9(' 4(-(&5,0/0) 03 3$/*(4 ,4 $7$,-$%-(0/ 40.( .0'6-(4
Short-circuit protection!+( ',*,5$- 065165 .0'6-(4$3( 4+035<&,3&6,5<1305(&5('(9&(15 )03 5+( 3(-$: 0651654$/' 5+( < ',*,5$-065165 .0'6-(
305(&5,0/ ,4 1307,'(' (,5+(3(-(&530/,&$--: 03 %: .($/4 0))64(4 / 5+( < $/'< .0'6-(4 5+( 4+035<&,3&6,5 4,*/$- ,4 4503(' 7,$ $-$5&+,/* 3(-$: &0/5$&5 $/',/',&$5(' %: $ 3(' )03($&+ *3061 / %05+ .0'6-(4$ 4,*/$- &$/ %( 3(4(5 8,5+ $4(1$3$5( # ,/165 03,/5(3/$--: %: $ 4,*/$-/ 5+( .0'6-(4 1305(&5('8,5+ )64(4 3(' 4 $-40,/',&$5( 8+(/ $ )64( +$4%-08/
Parallel connection of outputs$3$--(- &0//(&5,0/ 0) 5+(0651654 ,4 0/-: 1044,%-( 8,5+5+( 3(-$: 065165 .0'6-(4
Note-- 5+( ',*,5$- 065165 .0'6-(40) 5+( <"<" 130<*3$..$%-( &0/530--(34 4(( (&5,0/ &$/ %( 64(' ,/ 5+( <" 8,5+ $'$15(3&$4,/*4
$ % $F&202<*4 268=<7=<8=< 57-=4.;
$2.5.6; $% D
Digital output modules ,76<26=.-
Technical specifications
Digital output module 6ES5 441-7LA12 6ES5 451-7LA11 6ES5 451-7LA21 6ES5 453-7LA11 6ES5 453-4UA12
Number of outputs*4>*62, 2;74*<276
6 0:7=8; 7/
Supply voltage87; /7: 47*-
#*<.- >*4=.
#2884. 88 5*@
".:52;;2+4. :*60.
?2<1 :2884.
'*4=. *< <EE ; 5*@
Output current *< C ;206*4 #*<.- >*4=.
".:52;;2+4. :*60.
*58 47*- 5*@
$17:<F,2:,=2< 8:7<.,<276
$17:<F,2:,=2< -2;84*A
$17:<F,2:,=2< 0:7=8
;206*4 7=<8=<
".:52;;2+4. 47*-
$?2<,1260 ,*8*,2<A
#.;.< 268=<
6-=,<2>. ;=:0. >74<*0. 76 ,2:,=2<
26<.::=8<276 26<.:6*4 4252<.- <7
$?2<,1260 /:.9=.6,A
#.;2;<2>. 47*-; 5*@
*58 47*-; 5*@
6-=,<2>. 47*-; 5*@
7*- /*,<7:
<
<
#.;2-=*4 ,=::.6< *< C ;206*4 5*@
$206*4 4.>.4 7/ <1. 7=<8=<;
< C ;206*4 5*@
< C ;206*4 526
*+4. 4.60<1
&6;12.4-.- 5*@
$12.4-.- 5*@
6;=4*<276 >74<*0. :*<260
.@<.:6*4 ,766.,<276; <7
17=;260 26<.:6*4 ,766.,<276;
7<1.: 0:7=8;
6 *,, ?2<1 '
%.;<.- ?2<1
=::.6< ,76;=58<276
6<.:6*4 *< ' <A8
@<.:6*4 *< ' 67 47*- <A8
"7?.: 47;; :*<.- 78.:*<276 <A8
:76< ,766.,<7:
(.201< *88:7@
32!7
G
24 V DC '
EE '
'
0.5 A 5EE
(
4.,<:762,
G
G
G
G
G
E '
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
G
G
5
50:7=8
(
F826
30 4+
32).; 78<7,7=84.:
24 V DC '
EE '
'
0.5 A 5EE
(
4.,<:762,
G
G
G
G
G
E '
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
50:7=8
(
F826
30 4+
32).; 78<7,7=84.:
24 V DC '
EE '
'
0.5 A 5EE
(
4.,<:762,
0:7=8 ?2<1
76. ,75576
0:7=8 ;206*4
*<,1260 :.4*A ,76<
' 5
( '
'
E '
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
50:7=8
(
F826
30 4+
16).; 78<7,7=84.:
24/48/60 V DC '
EE '
'
0.5 A 5EE
(
4.,<:762,
0:7=8 ?2<1
76. ,75576
0:7=8 ;206*4
*<,1260 :.4*A ,76<
' 5
( '
'
E '
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
50:7=8
(
F826
30 4+
;.. 8*0.
$F&
$F&
#./.::.- <7 <1. ;=5 7/ <1. :*<.- ,=::.6<; >2* *6 E ;=884A
$% $G&202<*4 268=<7=<8=< 57-=4.;
$2.5.6; $% D
Digital output modules ,76<26=.-
Technical specifications
Digital output module 6ES5 454-7LA12 6ES5 454-7LB11 6ES5 455-7LA11 6ES5 456-7LA11 6ES5 456-7LB11 6ES5 457-7LA11
Number of outputs*4>*62, 2;74*<276
6 0:7=8; 7/
Supply voltage8 87; /7: 47*-
#*<.- >*4=.
:.9=.6,A
#2884. 88 5*@
".:52;;2+4. :*60.
?2<1 :2884.
'*4=. *< <EE ; 5*@
Output current *< C ;206*4 #*<.- >*4=.
".:52;;2+4. :*60.
*58 47*- 5*@
$17:<G,2:,=2< 8:7<.,<276
$17:<G,2:,=2< -2;84*A
6-=,<2>. ;=:0. >74<*0. 76 ,2:,=2<
26<.::=8<276 26<.:6*4 4252<.- <7
$?2<,1260 /:.9=.6,A
#.;2;<2>. 47*-; 5*@
*58 47*-; 5*@
6-=,<2>. 47*-; 5*@
7*- /*,<7:
<
<
#.;2-=*4 ,=::.6< *< C ;206*4 5*@
$206*4 4.>.4 7/ <1. 7=<8=<;
< C ;206*4 5*@
< C ;206*4 526
*+4. 4.60<1
&6;12.4-.- 5*@
$12.4-.- 5*@
6;=4*<276 >74<*0. :*<260
.@<.:6*4 ,766.,<276; <7
<1. 17=;260 26<.:6*4
,766.,<276; 7<1.: 0:7=8;
6 *,, ?2<1 '
%.;<.- ?2<1
=::.6< ,76;=58<276
6<.:6*4 *< ' <A8
@<.:6*4 *< ' 67 47*- <A8
"7?.: 47;; :*<.- 78.:*<276 <A8
:76< ,766.,<7:
(.201< *88:7@
16).; 78<7,7=84.:
24 V DCH
'
EE '
'
2 A 5EE
(
4.,<:762,
H
E '
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
50:7=8
(
G826
30 4+
8).; 78<7,7=84.:
24 V DCH
'
EE '
'
2 A 5EE
(
=;.
;
E '
B
B
B
E
FE
5
E '
87; E '
5 /<
5 /<
'
'
5
H
(
G826
30 4+
16).; 78<7,7=84.:
48/115 V ACEE B
H
EE'
H
2 A/group 5EE
(0:7=8
=;.
0:7=8
H
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
H
(
G826
30 4+
16).; 78<7,7=84.:
115/230 V ACEE B
H
EE '
H
1 A 5EE
(
=;.
0:7=8
H
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
H
(
G826
30 4+
8
115/230 V ACEE B
H
EE '
H
2 A 5EE
(
=;.
;
H
B
B
B
E
E
5
E '
87; E '
5 /<
5 /<
'
'
5
H
(
G826
30 4+
32 5 ;?2<,1).; 78<7,7=84.:
5/12/24 V DCH
' *< '
EE'
'
100 mAH
H
76.
H
E '
B
F B
B
E
E
µ
!8.6 ,744.,<7:
7=<8=<
5 /<
5 /<
'
'
5
5
(
G826
30 4+
#./.::.- <7 <1. ;=5 7/ <1. :*<.- ,=::.6<; >2* *6 E 7: ;=884A
! B".,.9&1 .35:94:95:9 24):1*8
.*2*38 ! @
Digital output modules (439.3:*)
Technical specifications
Digital output module 6ES5 458-7LA111) 6ES5 458-7LB11 6ES5 458-7LC11
Number of outputs&1;&3.( .841&9.43
3 ,74:58 4+
Continuous current 9- <.9(-.3, (&5&(.9> 4+ 9-* (439&(98
*8.89.;* 14&)8 2&=
3):(9.;* 14&)8 2&=
*7;.(* 1.+* <.9(-.3, (>(1*8
# &79
-479B(.7(:.9 5749*(9.43
<.9(-.3, +7*6:*3(>
*8.89.;* 14&)8 2&=
3):(9.;* 14&)8 2&=
38:1&9.43 ;419&,* 7&9.3,
*=9*73&1 (433*(9.438 94
-4:8.3, .39*73&1 (433*(9.438
49-*7 ,74:58
3 &(( <.9- #
!*89*) <.9-
Supply voltage 548
&9*) ;&1:*
.551* 55 2&=
*72.88.'1* 7&3,*
<.9- 7.551*
#&1:* &9 9AA 8
:77*39 (438:259.43
39*73&1 &9 # 9>5
=9*73&1 &9 # 9>5
4<*7 1488 7&9*) 45*7&9.43 9>5
7439 (433*(947
$*.,-9 &5574=
16%*8 7*1&> (439&(98
0.5 A
$ # "
49 5*72.99*)
94 B
43*
?
49 5*72.99*)
#
#
#
#
AA #
#
2
2
$
B5.3
0, 1'
8%*8 7*1&> (439&(98
5 A
&9 #
&9 #
&9 #
&9 #
94 B
94 B
43*
?
?
#
#
#
#
AA #
#
2
2
$
B5.3
0, 1'
16%*8 7*1&> 4:95:98
5 A
&9 #
&9 #
&9 #
&9 #
&9 #
&9 #
94 B
94 B
43*
?
?
#
#
#
#
AA #
#
2
2
$
B5.3
0, 1'
Ordering data 7)*7 4 7)*7 4
43B+14&9.3,
441-7 digital output module +47
B" 4:95:98 #
6ES5 441-7LA12457-7 digital output module
+47 B" 4:95:98
# 2
458 7 digital output module
6ES5 457-7LA11
14&9.3,
451-7 digital output module +47
B" 4:95:98 #
6ES5 451-7LA12
458-7 digital output module+47 B"
7*1&> (439&(9 4:95:98
# "
6ES5 458-7LA11
451-7 digital output module +47
B" 4:95:98 #
<.9- 8-479B(.7(:.9 .3).(&9.43
6ES5 451-7LA21 # "
7*1&> (439&(9 4:95:98
#
+47 B"
6ES5 458-7LB11
453-7 digital output module +47
B" 4:95 #
453-4 digital output module +47
B" 4:95:98 #
6ES5 453-7LA11
6ES5 453-4UA12
+47 B"
7*1&> (439&(9 4:95:98
# #
!-* 45*7&9.3, .3897:(9.438 &7*
.3(1:)*) .3 9-* B" 2&3:&1
6ES5 458-7LC11
454-7 digital output module +47 B"
4:95:98 #
4:95:98 #
6ES5 454-7LA126ES5 454-7LB11
.3(1:)*) .3 9-* " 2&3:&1
8** 5&,*
490 front connector47 8(7*< 9*72.3&18
B5.3 6ES5 490-7LB11455-7 digital output module +47
B" 4:95 #
6ES5 455-7LA11 B5.3
B5.3
47 (7.25 9*72.3&18 B5.3
6ES5 490-7LB116ES5 490-7LB21
456-7 digital output module+47 B" 4:95:98 #
+47 B"
4:95:98 #
6ES5 456-7LA11
6ES5 456-7LB11
47 (7.25 9*72.3&18 B5.3
$.9- (7.25 (439&(98
$.9-4:9 (7.25 (439&(98
47 83&5B43 (1.5 9*72.3&18 B5.3
6ES5 490-7LA116ES5 490-7LA216ES5 490-7LC11
47 3*< 8>89*28 9-* :8* 4+ 9-* B" 24):1* .8 8:,,*89*) )&59*7 (&8.3, 7*6:.7*) &(- (439&(9 .8 /:25*7*) <.9- & ;&7.8947 7*8.):&1 (:77*39 2&= 2 &9 # **) 7*1&> +47 2*&8:7.3, (.7(:.98
'& +**$"/'+* #'!&-!). %+- #'&'/!( +0/,0/ )+#0($.
2 '&'/!( '*,0/+0/,0/ )+#0($.
'$)$*. 1
Digital output modules "+*/'*0$#
Connection diagrams
'& +**$"/'+* #'!&-!). %+- #'&'/!( +0/,0/ )+#0($.
2 '&'/!( '*,0/+0/,0/ )+#0($.
'$)$*. 1
Digital output modules "+*/'*0$#
Connection diagrams"+*/'*0$#
!" !B#.,.8&0 .2498398498 13)90*7
!.*1*27 !" ?
Digital input/output modules
Application "-* ).,.8&0 .249839849813)90*7 (31'.2* 8-*+92(8.327 3+ 8-* ).,.8&0 .2498&2) 398498 13)90*7 32 32*13)90* 2 8-* ).,.8&0 .24987*(8.32 *<8*62&0 '.2&6=7.,2&07 +631 8-* 463(*77 &6*(32:*68*) 83 8-* .28*62&07.,2&0 0*:*07 3+ 8-* 463B,6&11&'0* (3286300*6
2 8-* ).,.8&0 398498 7*(8.328-* .28*62&0 7.,2&0 0*:*07 3+8-* 463,6&11&'0* (3286300*6&6* (32:*68*) 83 8-* '.2&6=7.,2&0 0*:*07 6*59.6*)*<8*62&00= '= 8-* 463(*77
Design .,.8&0 .2498398498 13)90*7&6* &:&.0&'0* ;.8- .24987&2) 3984987 .24987 &2) 3984987 36 .24987 &2) 3984987 "-* 13)90*7 6*59.6* 36 7038)*4*2).2, 32 8-* 79'6&(/
"-* 7.,2&0 0*&)7 1978 '*(322*(8*) ;.8- +6328(322*(8367 "-*= (&2 '*0&'*00*) .2 8-* +.*0) 2*<8 838-* 7
"-* .24987 &2) 3984987 (&2'* &))6*77*) ;.8- 8-* 7&1*&))6*77*7 *, 83 &2) 83 "-* .2498398498 (322*(8.32 7.2/ .24987396(* .2498 36 7.2/ 3984987396(* 398498 .7 +.<*) +36 8-*B &2) B 13)90*7 '984&6&1*8*6B7*0*(8&'0* +36 8-*B 13)90*
Principle of operation Interrupt processingB ).,.8&0 .249839849813)90* 320="-* B ).,.8&0 .249839849813)90* (&2 '* 34*6&8*) ;.8-36 ;.8-398 .28*66948 463B(*77.2, 396 3+ 8-* 838&0 3+ .24987 (&2 '* 97*) 83 ,*2*B
6&8* & ,6394 7.,2&0 ;-.(-86.,,*67 &2 .28*66948 ;-*2 32*3+ 8-* .2498 7.,2&07 (-&2,*732 8-* 437.8.:*B,3.2, *),*28*66948 *:&09&8.32 .7 320=4377.'0* .2 8-* (*286&0(3286300*6
Note00 8-* ).,.8&0 .249839849813)90*7 3+ 8-* !B #B# 463,6&11&'0* (32B86300*67 7** !*(8.32 (&2'* 97*) .2 8-* !B# ;.8-&)&48*6 (&7.2,7
Technical specifications
Digital input/output module 6ES5 482-7LA11 6ES5 482-7LF11 6ES5 482-7LF21 6ES5 482-7LF31 6ES5 485-7LA11
Number of inputs&0:&2.( .730&8.32
2 ,63947 3+
28*66948 .24987
!9.8&'0* +36 7&+*8= 7.,2&07
Input voltage &8*) :&09*
36 > 7.,2&0
36 > 7.,2&0
2498 (966*28 &8 > 7.,2&0 8=4
*0&=
8
8
36 .28*66948 .24987
&'0* 0*2,8-
#27-.*0)*) 1&<
!-.*0)*) 1&<
16, 7.2/ .2498%*7 3483(3940*6
C
3
24 V DC@ @@@ $
@ @@@ $
1
@@ 17
@@ 17
C
A 1 +8
1 +8
16, 7396(* 6*&)'&(/%*7 3483(3940*6
C
%*7
24 V DC@@@@ $
@ @@@ $
1
@@ 17
@@ 17
C
A 1 +8
1 +8
16, 7.2/ 6*&)'&(/%*7 3483(3940*6
C
%*7
24 V DC@ @@@ $
@ @@@ $
1
@@ 17
@@ 17
C
A 1 +8
1 +8
8, 7396(*7.2/ 6*&)'%*7 3483(3940*6
C
%*7
24 V DC@ @@@ $
@@@ $
@@@@ $
@ @@ $
1
@@ 17
@@ 17
C
A 1 +8
1 +8
243
C
3
24 V DC@ @@@ $
@ @@@ $
1
17
17
17
A 1 +8
1 +8
$&09*7 +36 7396(* .2498
% & %H'313=+5 379>=8>=9>= 68.>5/<
%3/6/7< %& E
Digital input/output modules -87=37>/.
Technical specifications -87=37>/.
Digital input/output module 6ES5 482-7LA11 6ES5 482-7LF11 6ES5 482-7LF21 6ES5 482-7LF31 6ES5 485-7LA11
Number of outputs+5?+73- 3<85+=387
7 1;8>9< 80
Supply voltage 98< 08; 58+.
$+=/. ?+5>/
$3995/ 99 6+A
#/;63<<3,5/ ;+71/
@3=2 ;3995/
(+5>/ += =FF < 6+A
Output current += D <317+5 $+=/. ?+5>/
#/;63<<3,5/ ;+71/
+69 58+. 6+A
7.>-=3?/ 58+. 6+A
%28;=H-3;->3= 9;8=/-=387
(85=+1/ 37.>-/. 87 -3;->3=
37=/;;>9=387 37=/;7+5 5363=/. =8
%@3=-2371 0;/:>/7-B
$/<3<=3?/ 58+.< 6+A
+69 58+.< 6+A
7.>-=3?/ 58+.< 6+A
8+. 0+-=8;
=
=
$/<3.>+5 ->;;/7= += D <317+5 6+A
%317+5 5/?/5 80 =2/ 8>=9>=<
= D <317+5 6+A
= D <317+5 637
+,5/ 5/71=2
'7<23/5./. 6+A
%23/5./. 6+A
7<>5+=387 ?85=+1/ ;+=371
/A=/;7+5 -877/-=387< =8
28><371 37=/;7+5 -877/-=387<
8=2/; 1;8>9<
7 +-- @3=2 (
&/<=/. @3=2
>;;/7= -87<>69=387
7=/;7+5 += (
A=/;7+5 += ( 78 58+.
#8@/; 58<< ;+=/. 89/;+=387 =B9
;87= -877/-=8;
)/312= +99;8A
16, <8>;-/ 8>=9>=*/< 89=8-8>95/;
24 V DC (
F (
(
0.5 A 6FF
)
)
5/-=;873-
98< F (
C
C
C
F
F
6
F (
98< F (
G 6 0=
6 0=
(
(
6
6
)
H937
41 5,
16, <8>;-/ 8>=9>=*/< 89=8-8>95/;
24 V DC (
F (
(
0.5 A 6FF
)
)
5/-=;873-
98< F (
C
C
C
F
F
6
F (
98< F (
G 6 0=
6 0=
(
(
6
6
)
H937
41 5,
16, <374 8>=9>=*/< 89=8-8>95/;
24 V DC (
F (
(
0.5 A 6FF
)
)
5/-=;873-
98< F (
C
C
C
F
F
6
98<
F (
G 6 0=
6 0=
(
(
6
6
)
H937
41 5,
8, <8>;-/<374 8>=9>=*/< =;+7<08;6/;
24 V DC (
F (
(
2.5 A 6FF
)
)
5/-=;873-
98< F (
C
C
C
F
F
6
F ( 98<
98< F ( F (
G 6 0=
6 0=
(
(
6
G 6
)
H937
41 5,
16!8
I
24 V DCI
F (
(
1.5 A 6FF
)
5/-=;873-
0;86
F (
C
C
C
F
F
6
98< F (
G 6 0=
6 0=
(
(
6
G 6 9/;
8>=9>= 68.>5/
)
H937
41 5,
$/0/;;/. =8 =2/ <>6 80 ;+=/. ->;;/7=< 80 + 1;8>9 (+5>/< 08; <374 8>=9>=
Ordering data ";./; !8 ";./; !8
482-7 digital input/output module
08; %H'
379>=< ( +7.
8>=9>=< (
<8>;-/ 379>= <8>;-/ 8>=9>=
<374 379>= <8>;-/ 8>=9>=
<8>;-/ 379>= <374 8>=9>=
379>=< ( +7.
8>=9>=< ( /3=2/;
<8>;-/ 379>= <374 379>= 8;
<8>;-/ 8>=9>= <374 8>=9>=
6ES5 482-7LA11
6ES5 482-7LF116ES5 482-7LF21
6ES5 482-7LF31
485-7 digital input/output module08; %H'
379>=< ( +7.
8>=9>=< (
490 front connector8; <-;/@ =/;637+5< H937
8; -;369 =/;637+5< H937
)3=2 -;369 -87=+-=<
)3=28>= -;369 -87=+-=<
8; <7+9H87 -539 =/;637+5< H937
6ES5 485-7LA11
6ES5 490-7LB21
6ES5 490-7LA116ES5 490-7LA21
6ES5 490-7LC11
"9/;+=371 37<=;>-=387< +;/ 37-5>./. 37 =2/ %H' 6+7>+5 <// 9+1/
&% +**#!/&+* "& %- ). $+- "&%&/ ( &*,0/+0/,0/ )+"0(#.
+0-!# &*,0/ &*' &*,0/ &)&( - .0,,(2 1+(/ %# $+-
4&%&/ ( &*,0/+0/,0/ )+"0(#.
&#)#*. 3
Digital input/output modules !+*/&*0#"
Connection diagrams
"# "B$3'14- /35:94:95:9 24*:1+8
"/+2+38 "# ?
Analog input modules
Application #.+ '3'14- /35:9 24*:1+8)43;+79 9.+ '3'14- 8/-3'18,742 9.+ 574)+88 /394 */-/9'1;'1:+8 <./). )'3 (+ 574B)+88+* (> 9.+ 574-7'22'(1+)4397411+7
Design 4*:1+8 </9. 47 /35:98'7+ ';'/1'(1+ #.+ 24*:1+8+'). 7+6:/7+ 43+ 8149
#.+ 8/-3'1 1+'*8 2:89 (+)433+)9+* </9. ,7439)433+)9478 #.+> )'3 (+1'(+11+* /3 9.+ ,/+1* 43 9.+,7439 5'3+1
+'8:7/3- 7'3-+ 24*:1+87+6:/7+* ,47 8/-3'1 )43B*/9/43/3- '7+ 51:--+* /394 9.+24*:1+ '). 24*:1+ 8+98 9.+2+'8:7/3- 7'3-+ ,47 ' -74:54, ).'33+18 /35:98
#.+ B '3* B 24*:1+8'7+ 7+')9/43B,7++ 9.+ B 24*:1+ /8 '184 8:/9'(1+ ,47,'/18',+ 45+7'9/43
:3)9/438 8:). '8 </7+ (7+'08/-3'11/3- 1/3+ ,7+6:+3)> 472+'8:7/3- 7'3-+ '7+ 8+9 :8B/3- 8</9).+8 '9 9.+ 7+'7 4, 9.+24*:1+
Principle of operation #.+ '3'14- /35:9 24*:1+8.';+ */,,+7+39 2+9.4*8 4, 45B+7'9/43 #.+ B B '3* B 24*:1+8 <470 43 '3 /3B9+-7'9/3- 2+'8:7/3-57/3)/51+ <.+7+'8 9.+ B'3'14- /35:9 24*:1+ :8+8/389'39'3+4:8 ;'1:+ +3)4*B/3- 3'14-B*/-/9'1 )43;+78/43/8 5+7,472+* /3 9.+ B '3* B 24*:1+8 (>;419'-+B9/2+ )43;+78/43 '3*/3 9.+ B (> ;419'-+B,7+6:+3)> )43;+78/43 #.+ B 24*:1+ +2514>88:))+88/;+ '5574=/2'9/43'3* .'8 9.+ 8.479+89+3)4*/3- 9/2+
11 24*:1+8 /3*/)'9+ 4;+7B7'3-+ +77478 #.+ B '3* B )'3 '184 *+9+)9 </7+(7+'0'-+ /3 9.+ 8+3847 1/3+ ,479.+ 9 :8+7B)43,/-:7'(1+
11 24*:1+8 .';+ ' ./-.*+-7++ 4, 34/8+ 8:557+88/43
Note11 9.+ '3'14- /35:9 24*:1+84, 9.+ "B$B$ 574B-7'22'(1+ )4397411+78 8++"+)9/43 )'3 (+ :8+* /3 9.+"B$ </9. '*'59+7)'8/3-8
3 '*'59+7 )'8/3- /8 7+6:/7+*,47 9.+ B '3* B'3'14- /35:9 24*:1+85'-+
#.+ B 24*:1+ 2:89 349(+ 45+7'9+* /3 9.+ 9./7* )+3B97'11> )433+)9+* ! B8:(7')0 ,47 "B
Technical specifications
Analog input module 6ES5 460-7LA13 6ES5 465-7LA13 6ES5 463-4U.12
Number of inputs
'1;'3/) /841'9/43
8 ;419'-+):77+39 /35:9847
8 /35:98 ,47 9 7+8/89'3)+ 9.+7242+9+7
&+8
16 ;419'-+):77+39 /35:9847
8 /35:98 ,47 9 7+8/89'3)+ 9.+7242+9+7
4
4 ;419'-+):77+39 /35:98
&+8
Input ranges 7'9+* ;'1:+8
35:9 7+8/89'3)+ /3 9.+
/3*/;/*:'1 7'3-+8
± 50 mV; ± 500 mV; Pt 100; ± 1 V; ± 5 V; ± 10 V;± 20 mA; + 4 ... 20 mA35:9 7'3-+8 )'3 (+ 8+1+)9+* ,47 ).'33+18 '9 ' 9/2+ :8/3- 2+'8:7/3-
7'3-+ 24*:1+8
A 2%@ Ω A % 0Ω; @C 2 Ω; @C 2%@ Ω A % 0Ω; @C @@ 2 Ω; @C 9 @@@ Ω % 0Ω; @C
0 ... 1 V, 0 ... 10 V, 0 ... 20 mA+ 4 ... 20 mA ,47 9<4B</7+ '3*,4:7B</7+ 2+'8:7/3- 97'38*:)+78
%@ Ω % 0Ω; 2 Ω @@ 2 Ω
#>5+8 4, )433+)9/43 4, 8+38478
/-/9'1 7+57+8+39'9/43
4, 9.+ /35:9 8/-3'1
#<4B</7+ )433+)9/43 ,4:7B</7+ )433+)9/43 ,47 9
(/9 8/-3 47 (/9 9<48 )4251+2+39
:3/98 7'9+* ;'1:+
#<4B</7+ )433+)9/43
(/9 9<48 )4251+2+39
:3/98 7'9+* ;'1:+
$% $E&6)47/ 168<;7<;8<; 57,<4-:
$1-5-6: $% B
Analog input modules +76;16<-,
Technical specifications
Analog input module 6ES5 460-7LA13 6ES5 465-7LA13 6ES5 463-4U.12
-):<916/ 8916+184-
76=-9:176 8916+184-
6;-/9);176 ;15- ),2<:;)*4- .79
78;15<5 671:- :<889-::176
6+7,16/ ;15- 5)?
:16/4- =)4<- -6+7,16/ 87::1*4-
6;-/9);16/ 6;-/9);16/
'74;)/-E;15- +76=-9:176 '74;)/-E;15- +76=-9:176
5: ); A 5: ); A
5: ); A 5: ); A
5: ); A 5: ); A
5: ); A 5: ); A
9-.-99-, ;7 67516)4 =)4<- 9-.-99-, ;7 67516)4 =)4<-
6;-/9);16/
'74;)/-E;15- +76=-9:176
5: ); A
5: ); A
5: ); A
5: ); A
@+4- ;15- .79 168<;:
D 168<;:
168<;:
F
: ); A
F
F
: ); A
: ); A
5: ); A
5: ); A
F
F
"-951::1*4- =74;)/- *-;>--6
168<;: 79 *-;>--6 168<;: )6,
;0- +-6;9)4 -)9;016/ 8716;
,-:;9<+;176 4151; 5)? ±C ' 79 5)? ±C ' .79 5:>1;0 ) 8<4:- 9-8-); 9);- 7. 8<4:-::-+76,
±C ' 79 5)? ±C ' .79 5:>1;0 ) 8<4:- 9-8-); 9);- 7.
8<4:-::-+76,
"-951::1*4- =74;)/- *-;>--6
;0- 9-.-9-6+- 87;-6;1)4 7. )
676E.47);16/ :-6:79 )6, ;0-
+-6;9)4 -)9;016/ 8716; 5)? ' ' ±C ' ' '
9979 16,1+);176 .79
!=-99)6/16/
(19- *9-)3)/- 7. ;0- :-6:79 416-
; C 7. ;0- 67516)4 =)4<- <61;:
; +)6 *- ,-:1/6-, .79 ;0- 9)6/-: 5' 5' )6, ";
; C 7. ;0- 67516)4 =)4<-
7
71:- :<889-::176 .79
. 6 A ±C 6 C 75576 57,- 671:-
8 ' 516
$-91-: 57,- 671:- 516
8-)3 671:- =)4<-
9);-, =)4<- 7. ;0- 9)6/-
,
D ,
,
,
,
,
):1+ -9979 4151;:
!8-9);176)4 -9979 4151;:
;7
)*4- 4-6/;0 :01-4,-, 5)?
$<884@ =74;)/-
#);-, =)4<-
#1884- 88 "-951::1*4- 9)6/-
16+4<,16/ 91884-
')4<- ); ; :
D 5'C± CG D ' C± G 5 C± G 5'C± CG D ' C± G CC 5 C± G"; C± CG ' C± G
D 5'C± CG D ' C± G 5 C± G 5'C± CG D ' C± G CC 5 C± G"; C± CG ' C± G
5 .; 5 .;
5)? 5 .; ); 5' 5)? 5 .; ); 5'
C ' C '
' '
CC ' CC '
' '
G
G
5 .;
C '
'
CC '
'
<99-6; +76:<58;176
6;-96)4 ); ' ;@8
?;-96)4 ); ' ;@8
976; +766-+;79
(-1/0; )8897?
E816
3/ 4*
F
E816
3/ 4*
E816
3/ 4*
6 )++79,)6+- >1;0 9-.-99-, ;7 67516)4 5-):<916/ 9)6/- ' :<884@ .975 87>-9 :<884@ 57,<4-
% !& %G'7+581 379=<8=<9=< 68.=5/;
%3/6/7; %& D
Analog input modules -87<37=/.
Technical specifications
Analog input module 6ES5 466-3LA11
Number of inputs
+5>+73- 3;85+<387
Input ranges :+</. >+5=/;
79=< :/;3;<+7-/ 37 <2/
37.3>3.=+5 :+71/;
&A9/; 80 -877/-<387
80 ;317+5 ;/7;8:;
313<+5 :/9:/;/7<+<387
80 <2/ 379=< ;317+5
!/+;=:371 9:37-395/
87>/:;387 9:37-395/
7-8.371 <36/
9/: -2+77/5 6+@
A-5/ <36/ 08:
F 379=<; 6+@
379=<; 6+@
$/:63;;3,5/ >85<+1/ ,/<?//7
379=<; 8: ,/<?//7 379=<; +7.
<2/ -/7<:+5 /+:<2371 9837<
./;<:=-<387 5363< 6+@
$/:63;;3,5/ >85<+1/ ,/<?//7
<2/ :/0/:/7-/ 98</7<3+5 80 +
787G058+<371 ;/7;8: +7. <2/
-/7<:+5 /+:<2371 9837< 6+@
::8: 37.3-+<387 08:
#>/::+71371
)3:/ ,:/+4+1/ 80 <2/
;/7;8: 537/
"83;/ ;=99:/;;387 08:
0 7 B ±E 7 E
86687 68./ 783;/ 637
9 (
%/:3/; 68./ 783;/ 637
9/+4 783;/ >+5=/
:+</. >+5=/ 80 <2/ :+71/
+;3- /::8: 5363<;
+<
#9/:+<387+5 /::8: 5363<;
<8 08: 87/ A/+:
+,5/ 5/71<2 ;23/5./. 6+@
=::/7< -87;=69<387
7</:7+5 +< ( <A9
@</:7+5 +< ( <A9
:87< -877/-<8:
)/312< +99:8@
8 .300/:/7<3+5 379=<; 8:
16 37.3>3.=+5 379=<; :/0/::/. <8 1:8=7.
37 8: 1:8=9; ;/5/-<+,5/
*/;
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Analog input modules +54914:-,
Ordering data !7,-7 5 !7,-7 5
460-7 analog input module.57 $B&
146:98 +:77-49;529)/- 57
"9 146:9 7)4/- 8-9 *=
3-)8:714/ 7)4/- 35,:2- .25)914/
6ES5 460-7LA13 466-3 analog input module.57 $B&
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6ES5 466-3LA11
465-7 analog input module.57 $B&
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490 front connector.57 B B
57 8+7-< 9-7314)28 B614 6ES5 490-7LB21%5 *- 57,-7-, )8 ) 8-6)7)9- 19-3
498 measuring range module.57 +0)44-28
±A 3' ±A 3' "9 ±A '±A '±A '±A 3A AA 3
.57 B<17- 97)48,:+-7
A AA 3
.57 B<17- 97)48,:+-7
6ES5 498-1AA116ES5 498-1AA216ES5 498-1AA616ES5 498-1AA316ES5 498-1AA416ES5 498-1AA51
6ES5 498-1AA71
57 8+7-< 9-7314)28 614
57 +7136 9-7314)28 B614
(190 +7136 +549)+98
(1905:9 +7136 +549)+98
57 84)6B54 +216 9-7314)28 B614
497 front connector.57 B
7136 9-7314)28 B614
$+7-< 9-7314)28 B614
K front connector .57 B
7136 9-7314)28
814/2-B<1,90 B614
6ES5 490 7LB21
6ES5 490-7LA116ES5 490-7LA21
6ES5 490-7LC11
6ES5 497-4UA126ES5 497-4UB31
6XX3 068
463-4 analog input module.57 $B&
146:98 .25)914/
57 > 8=89-38
57 > 8=89-38
6ES5 463-4UA126ES5 463-4UB12
814/2- <1,90 614
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814/2-B<1,90 B614
Adapter casing.57 B B )4)25/
146:9 35,:2-8
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Connection diagrams
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Connection diagrams
$ % $D&6*470 268=<7=<8=< 57-=4.;
$2.5.6; $% B
Analog output modules
Application %1. *6*470 7=<8=< 57-=4.;,76>.:< -202<*4 >*4=.; /:75 <1.8:70:*55*+4. ,76<:744.: 26<7<1. *6*470 ;206*4; :.9=2:.- +A<1. 8:7,.;;
Design %1:.. *6*470 7=<8=< 57-=4.;*:. *>*24*+4. ?2<1 7=<8=<;.*,1 *6- * :*60. 7/ 7=<8=<>74<*0.; %1. 57-=4.; .*,1:.9=2:. 76. ;47<
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Principle of operation %1. "& 7/ <1. ,.6<:*4 ,76D<:744.: <:*6;52<; 7=<8=< >*4=.;26 -202<*4 /7:5 <7 <1. 8:7D,.;;7: 7/ <1. *6*470 7=<8=<57-=4. %1.;. *:. ,76>.:<.-<7 *6*470 >74<*0.; +A *-202<*4D*6*470 ,76>.:<.: *6- *;*584.D*6-D174- 8:7,.-=:.
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Note44 <1. *6*470 7=<8=< 57-=4.;7/ <1. $D&& 8:7D0:*55*+4. ,76<:744.:; ;..$.,<276 ,*6 +. =;.- 26 <1.$& ?2<1 *-*8<.: ,*;260;
Technical specifications
Analog output module 6ES5 470-7L.13 Analog output module 6ES5 470-7L.13
Number of outputs>74<*0. *6- ,=::.6< 7=<8=<;
*4>*62, 2;74*<276
Output ranges :*<.- >*4=.; $ D
$ D
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7: >74<*0. 7=<8=<; 526
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Analog output modules %/.3+.4'&
Ordering data 1&'1 / 1&'1 /
470-7LA analog output module(/1 8!
/430432 ±7 " -
470-7LB analog output module(/1 8!
/430432 ±7 "
470-LC analog output module(/1 8!
/430432
7 7" 7 -
6ES5 470-7LA13
6ES5 470-7LB13
6ES5 470-7LC13
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490 front connector/1 2%1'5 3'1-+.$,2 80+.
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#+3* %1+-0 %/.3$%32
#+3*/43 %1+-0 %/.3$%32
/1 2.$08/. %,+0 3'1-+.$,2 80+.
6ES5 490-7LB21
6ES5 490-7LA116ES5 490-7LA21
6ES5 490-7LC11
Connection diagrams
0$)"" $) #%*"(
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Intelligent I/O modules
Overview $)"" $) #%*"( '*( %' 0(& *'.
"%(0"%%& %$)'%" %( ) %$ $ %*$) $ $ &'%&%') %$ $ '%(( $
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For further information,see Section 4.
Overview
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Overview
Special tasks
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Application /1 2+-4,#3+.) $+.#17 +.0432+).#,2 /. 3*' 9!01/)1#--#$,' %/.31/,,'1
Design *' 2+-4,#3+/. %/..'%3/12-423 $' 0,4))'& +.3/ &+)+3#,+.043 -/&4,'2 +. 3*' 2#-'6#7 #2 (1/.3 %/..'%3/12 #.&-423 $' 2400,+'& 6+3* 3*'2+).#, 5/,3#)' *'7 *#5'26+3%*'2 6*+%* %#. $' 42' -#+.3#+.'&9%/.3#%326+3%*'2 40 0/2+3+/. /1 #2-/-'.3#179%/.3#%3 26+3%*'2&/6. 0/2+3+/.
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Ordering data 1&'1 /
Simulation connectors"+3* 26+3%*'2
"+3* 26+3%*'2
6ES5 490-7SA116ES5 490-7SA21
8,**2+'!1',+0 *,"2)#0
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Communications modules and bus systems
Overview ,**2+'!1',+0 -/,!#00,/0/# 20#" $,/ "1 '+1#/!&+%# #14##+ 1&# 8 -/,8%/** )# !,+1/,))#/0 +"1&# 0 ,/ ,1&#/ -/,8%/** )# !,+1/,))#/0!,++#!1#" 1, 1&#*
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+" !,**2+'!1',+0 -/,!#00,/0!+ )0, # 20#" �# -/'8*/')6 /#)'#3# 1&# ,$ 1&#/#0-,+0' ')'16 $,/ !,**2+'!81',+0 1&20 #+ )'+% )/%#+2* #/ ,$ 0 1, # !,+8+#!1#"
Bus systems0 /# 20#" $,/ '+1#/)'+('+% +2* #/ ,$ +,"#0 ,00' )#+,"#0 '+!)2"#
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For further information, selection and ordering data,see Section 4.
< /--5.*$"4*/.3 -/%5,&3
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CP 523 communications processor for the S5-115F
Application )& $/--5.*$"4*/.302/$&33/2 -"+&3 ,*.+*.( 4/".9 %&3*2&% %&6*$&3 7*4)3&2*", *.4&2'"$&3 0/33*#,&)& -/%5,& *3 &30&$*",,935*4"#,& '/2
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*.+ 7*4) " 0&23/.",$/-054&2 "3 7&,, "3/0&2"4/2 $/.42/, ".% 02/<$&33 -/.*4/2*.( &15*0-&.4
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Design . 4)& < 02/(2"--"#,&$/.42/,,&2 *4 -534 #& /#3&26&%4)"4 4)& ! *.4&2'"$& -534/.,9 #& 53&% *' 4)& 0"24.&2%&6*$& &.352&3 ". &,&$42*$",3&0"2"4*/. *. "$$/2%".$& 7*4)!
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Message printout. 4)& < 02/(2"--"#,&$/.42/,,&2 4)& $". #&53&% '/2 4)& /54054 /' 3934&-'"5,4 3*(.",3 /2 4)"4 *4"33*(.3 4)& 4/0 3*(.",3".% *. 4)& &6&.4 /' 3934&-'"5,43 (*6&3 /54 /.& /' 4)&3&3*(.",3 "54/-"4*$",,9 )&3*(.", 4&843 '/2 4)& 3934&-'"5,4 3*(.",3 "2& $/.4"*.&%*. 4)& %*3+&44& 7*4) 4)& 0"2"-&4&2*:"4*/.3/'47"2& "3 ". &8"-0,&
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CR 700-0LA subrack for S5-115U central controllers
Application 4.#-- %'/53#- %0/530--'3 8+5*61 50 (063 .0&6-'4 %#/ $'%0/(+)63'& 8+5* 5*' = 46$3#%, 108'3 4611-: #/& !.0&6-' #3' #-8#:4 3'26+3'&8#3' +/5'33615 '7#-6#5+0/+4 1044+$-' 0/ #-- #&.+44+$-'4-054 (03 5*' %033'410/&+/).0&6-'4
Design !1 50 5*3'' '91#/4+0/ 6/+54%#/ $' %0//'%5'& +/ 4'3+'4 +/%'/53#-+;'& %0/(+)63#5+0/ 7+# #/& +/5'3(#%'.0&6-'4
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Ordering data 3&'3 0
CR 700-0LA subrack 6ES5 700-0LA12
! =" 7%4$&-5
,(/(05 ! <
CR 700-0LB subrack for S5-115U central controllers
Application 5/$.. &(064$. &10641..(4 9,6+72 61 5,: /1'7.(5 &$0 %(&10),*74(' 9,6+ 6+( = 57%4$&- 219(4 5722.; $0' "/1'7.( $4( $.9$;5 4(37,4('
Design !91 5,0*.(=9,'6+ /1'7.(5 ,010( $'$26(4 &$5,0* &$0 %(2.7**(' ,061 5.165 $0' #+(4( 691 14 /14( /1'7.(5$4( ,056$..(' ,0 10( &$5,0* $)$0 57%$55(/%.; ,5 $.9$;54(37,4('
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=
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$0' 176276 /1'7.(5 %.1&- 6;2( =
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Ordering data 4'(4 1
CR 700-0LB subrack 6ES5 700-0LB11
! >" 7%4$&-5
,(/(05 ! =
CR 700-1 subrack for S5-115U central controllers
Application &(064$. &10641..(4 9,6+ 72 615(8(0 /1'7.(5 &$0 %(&10),*74(' 9,6+ 6+( >57%4$&- 219(4 5722.; $0'" /1'7.( $4( $.9$;5 4(>37,4(' $4'9$4( ,06(44726(8$.7$6,10 ,5 2155,%.( 10 6+($'/,55,%.( 5.165 )14 6+(&144(5210',0* /1'7.(5
Design "2 61 (:2$05,10 70,65 &$0%( &100(&6(' ,0 5(4,(5 ,0&(064$.,<(' &10),*74$6,10
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,*,6$. ,0276 $0' 176276 ',*,6$. ,0276176276 $0$.1* ,0276 $0'
176276 /1'7.(5 %.1&- 6;2( > 219(4 176276
,*,6$. ,0276 $0' 176276 $0$.1* ,0276 $0' 176276 /1'7.(5
&1/2$&6 /1'7.(5 > >
1//70,&$6,105 241&(55145
06(..,*(06 /1'7.(5
1'7.( .1&$6,105
.161
6(&-2.$6<%(.(*70*5,(+($6$.1*6(,.
6(&-2.$6<%(.(*70*5,(+($6$.1*6(,.
"
145.16$55,*0/(065(( (&6,10
145.16$55,*0/(065(( (&6,10
0$.1* /1'7.(5 ,0 5.165 $0' 10.; 2155,%.( 9+(0 75,0* 6+( ,06(4)$&( /1'7.(
Ordering data 4'(4 1
CR 700-1 subrack 6ES5 700-1LA12
! =" 6$3#%,4
+'.'/4 ! <
CR 700-2 subrack for S5-115U central controllers
Application %'/53#- %0/530--'3 8+5* 61 504'7'/ .0&6-'4 %#/ $'%0/(+)63'& 8+5* 5*' =46$3#%, 108'3 4611-: #/&" .0&6-' #3' #-8#:43'26+3'&
#3&8#3' +/5'33615 '7#-6#5+0/+4 1044+$-' 0/ 5*' #&.+44+$-'4-054 (03 5*' %033'410/&+/).0&6-'4
Design / %'/53#-+;'& %0/(+)63#5+0/61 50 '91#/4+0/ 6/+54 %#/$' %0//'%5'& +/ 4'3+'4
/ &+453+$65'& %0/(+)63#5+0/5*' (0--08+/) %#/ $'%0//'%5'&
"1 50 . 61 50 5+.'4 '91#/4+0/ 6/+54 7+#
"1 50 . 61 50 '91#/4+0/ 6/+54 7+#
03 # &+45#/%' 0( 50 . $'58''/ +/5'3(#%'.0&6-'4 .#9 '91#/4+0/6/+54 7+#
"1 50 ,. .#9 ! &+453+$65'& .0&6-'4 +/ 580 1*#4'47+# =
/ #&&+5+0/ 50 5*#5 61 50 '91#/4+0/ 6/+54 %#/ $'%0//'%5'& +/ %'/53#-+;'&%0/(+)63#5+0/ 50 &+453+$65'&'91#/4+0/ 6/+54
!:1' &+.'/4+0/4 #/& 8'+)*54'' = 46$3#%,
=
108'3 4611-: .0&6-'
" 50 "
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165
#/& 065165 .0&6-'4 $-0%, 5:1' =
+)+5#- +/165 #/& 065165 #/#-0) +/165 #/& 065165 .0&6-'4
%0.1#%5 .0&6-'4 = =
0..6/+%#5+0/4 130%'44034
/5'--+)'/5 .0&6-'4
0&6-' -0%#5+0/4
-050
"
034-05#44+)/.'/54'' '%5+0/
034-05#44+)/.'/54'' '%5+0/
/#-0) .0&6-'4 +/ 4-054 #/& 0/-: 1044+$-' 8*'/ 64+/) 5*' +/5'3(#%' .0&6-' = &+)+5#- +/165 .0&6-' /05 +/ 4-05 0 +/5'33615 130%'44+/) 1044+$-' +/ 4-05
Ordering data 3&'3 0
CR 700-2 subrack 6ES5 700-2LA12
! =" 7%4$&-5
,(/(05 ! <
CR 700-3 subrack for S5-115U central controllers
Application &(064$. &10641..(4 9,6+ 72 61(.(8(0 /1'7.(5 &$0 %(&10),*74(' 9,6+ 6+( =57%4$&- 219(4 5722.; $0'" /1'7.( $4( $.9$;54(37,4('
Design !91 5,0*.(=9,'6+ /1'7.(5 ,010( $'$26(4 &$5,0* &$0 %(2.7**(' ,061 5.165 $0' #+(4( 691 14 /14(/1'7.(5 $4( ,056$..(' ,0 10(&$5,0* $ )$0 57%$55(/%.; ,5$.9$;5 4(37,4('
$4'9$4( ,06(44726 (8$.7$6,10,5 2155,%.( ,0 6+( $'/,55,%.(5.165 )14 6+( &144(5210',0*/1'7.(5
100(&6,10 1) (:2$05,10 70,656+( 5$/( $5 )14 6+( =57%4$&- %76 ,06(4)$&(
/1'7.(5 &$0 %( 75(' )14',564,%76(' &10),*74$6,10 ,010( $'$26(4 &$5,0* ,0 5.16
!;2( ',/(05,105 $0' 9(,*+65(( = 57%4$&-
=
219(4 5722.; /1'7.(
" 61 "
,*,6$. ,0276 $0' 176276 ',*,6$. ,0276176276 $0$.1* ,0276
$0' 176276 /1'7.(5 %.1&- 6;2( =
,*,6$. ,0276 $0' 176276 $0$.1* ,0276 $0' 176276 /1'7.(5
&1/2$&6 /1'7.(5 = =
1//70,&$6,105 241&(55145
06(..,*(06 /1'7.(5
1'7.( .1&$6,105
.161
"
145.16$55,*0/(065(( (&6,10
145.16$55,*0/(065(( (&6,10
0$.1* /1'7.(5 ,0 5.165 $0' 10.; 2155,%.( 9+(0 75,0* 6+( ,06(4)$&( /1'7.( 1 ,06(44726 241&(55,0* 2155,%.( ,0 5.16
Ordering data 4'(4 1
CR 700-3 subrack 6ES5 700-3LA12
=!5#2"$+3
*&-&.3 ;
ER 701-0 subrack for S5-115U expansion units
Application . &80".3*/. 5.*4 $/.4"*.*.(50 4/ 3*8 -/%5,&3 $". #&$/.'*(52&% 7*4) 4)& =35#2"$+ /7&2 3500,9 #9 4)&$&.42", $/.42/,,&2 /2 ". &80".=3*/. 5.*4 7*4) 4)& = /2 = 35#2"$+
Design . &80".3*/. 5.*4 7*4) 4)&<= 35#2"$+ -534",7"93 #& $/..&$4&% *.$&.42",*:&% $/.'*(52"4*/. /2 *.4&2'"$&-/%5,&
.4&22504 &6",5"4*/. *3 ./40/33*#,& *. 4)*3 &80".3*/.5.*4
90& %*-&.3*/.3 ".% 7&*()43&& = 35#2"$+
*(*4", *.054 ".% /54054 %*(*4", *.054/54054 ".",/( *.054
".% /54054 -/%5,&3 #,/$+ 490& /.,9 =
/%5,& ,/$"4*/.3
,/4/
8$&04 '/2 = %*(*4", *.054 -/%5,& '/2 ".",/( -/%5,&3
4)& *.4&2'"$& -/%5,& *3 2&15*2&%
Ordering data 2%&2 /
ER 701-0 subrack 6ES5 701-0LA11
=!5#2"$+3
*&-&.3 ;
ER 701-1 subrack for S5-115U expansion units
Application . &80".3*/. 5.*4 $/.4"*.*.(50 4/ .*.& -/%5,&3 $". #&$/.'*(52&% 7*4) 4)& =35#2"$+ /7&2 3500,9 #9 4)&$&.42", $/.42/,,&2 /2 ". &80".=3*/. 5.*4 7*4) 4)& = /2 = 35#2"$+
Design . &80".3*/. 5.*4 7*4) 4)&<= 35#2"$+ -534",7"93 #& $/..&$4&% *.$&.42",*:&% $/.'*(52"4*/. /2 *.4&2'"$&-/%5,&
.4&22504 &6",5"4*/. *3 ./40/33*#,& *. 4)*3 &80".3*/.5.*4
90& %*-&.3*/.3 ".% 7&*()43&& = 35#2"$+
*(*4", *.054 ".% /54054 %*(*4", *.054/54054 ".",/( *.054
".% /54054 -/%5,&3 #,/$+ 490& /.,9 =
/%5,& ,/$"4*/.3
,/4/
8$&04 '/2 = %*(*4", *.054 -/%5,& '/2 ".",/( -/%5,&3
4)& < *.4&2'"$& -/%5,& *3 2&15*2&%
Ordering data 2%&2 /
ER 701-1 subrack 6ES5 701-1LA12
! = " 6$3#%,4
+'.'/4 ! ;
ER 701-2 subrack for S5-115U expansion units
Application / '91#/4+0/ 6/+5 %0/5#+/+/)61 50 4'7'/ .0&6-'4 %#/$' %0/(+)63'& 8+5* 5*' = 46$3#%, 108'34611-: .0&6-' #/& 5*' +/5'3(#%' .0&6-' (03.0&6-'4 +/ $-0%, &'4+)/ #3'#-8#:4 3'26+3'&
Design / '91#/4+0/ 6/+5 8+5* 5*'<= 46$3#%, .645#-8#:4 $' %0//'%5'& +/&+453+$65'& %0/(+)63#5+0/ 03 +/5'3(#%' .0&6-'4
/5'33615 '7#-6#5+0/ +4 /051044+$-' +/ 5*+4 '91#/4+0/6/+5
!:1' &+.'/4+0/4 #/& 8'+)*54'' 46$3#%,
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165
#/& 065165 .0&6-'4 $-0%, 5:1' =
.0/+503+/) .0&6-'
108'3 4611-: .0&6-'
+)+5#- +/165 #/& 065165 #/#-0) +/165 #/& 065165 .0&6-'4
%0.1#%5 .0&6-'4 = =
0..6/+%#5+0/4 130%'44034
0&6-' -0%#5+0/4
!*' +/5'3(#%' .0&6-' +4 /'%'44#3: (03 .0&6-'4 +/ $-0%, &'4+)/ (03 #&&3'44 4'55+/)
-050
03 4-05 #44+)/.'/5 4'' '%5+0/
Ordering data 3&'3 0
ER 701-2 subrack 6ES5 701-2LA12
! > " 7%4$&-5
,(/(05 ! <
ER 701-3 subrack for S5-115U expansion units
Application 0 (:2$05,10 70,6 &106$,0,0*72 61 5(8(0 /1'7.(5 &$0%( &10),*74(' 9,6+ 6+( > 57%4$&- 219(45722.; /1'7.( $0' 6+( ,06(4)$&( /1'7.( )14/1'7.(5 ,0 %.1&- '(5,*0 $4($.9$;5 4(37,4('
Design 0 (:2$05,10 70,6 9,6+ 6+(=> 57%4$&- /756$.9$;5 %( &100(&6(' ,0',564,%76(' &10),*74$6,10 14 ,06(4)$&( /1'7.(5 #+(0 75>,0* 14 ,06(4)$&(/1'7.(5 $.51 &1//70,&$>6,105 241&(55145 $0',06(..,*(06 /1'7.(5 9,6+2$*( )4$/( $''4(55 &$0 %(2.7**(' ,0
0 6+( > (:2$05,1070,6 ,06(44726 241&(55,0* ,510.; 2155,%.( 9+(0 75,0* 6+( ),%(4 126,&,06(4)$&( /1'7.(5
!;2( ',/(05,105 $0' 9(,*+65(( > 57%4$&-
,*,6$. ,0276 $0' 176276 $0$.1* ,0276 $0' 176276
/1'7.(5 %.1&- 6;2( >
$.51 14
219(4 5722.; /1'7.(
,*,6$. ,0276 $0' 176276 ',*,6$. ,0276176276 $0$.1* ,0276 $0'
176276 /1'7.(5 &1/2$&6 /1' > >
1//70,&$6,105 241&(55145
06(..,*(06 /1'7.(5
$.9$;5 4(37,4('
1'7.( .1&$6,105
:&(26 )14 > ',*,6$. ,0276 /1'7.(
1 ,06(44726 241&(55,0* 2155,%.( ,0 5.16
!+( ,06(4)$&( /1'7.( ,5 0(&(55$4; )14 /1'7.(5 ,0 %.1&- '(5,*0 )14 $''4(55 5(66,0*
/10,614,0* /1'7.(
.161
14 5.16 $55,*0/(06 5(( (&6,10
14 5.16 $55,*0/(06 5(( (&6,10
Ordering data 4'(4 1
ER 701-3 subrack 6ES5 701-3LA13
! <" 6$3#%,4
+'.'/4 ! ;
CR 700-0LB subrack for S5-115H central controllers
Application 4.#-- %'/53#- %0/530--'3 7+5*61 50 (063 .0&6-'4 %#/ $'%0/(+)63'& 7+5* 5*' < 46$3#%, 107'3 4611-9 #/& ".0&6-' #3' #-7#94 3'26+3' 7'-- #4 #/ 03 +/5'3(#%' .0&6-' (03-+/,+/) 5*' 570 %'/53#-%0/530--'34
Design "1 50 5*3'' '81#/4+0/ 6/+54%#/ $' %0//'%5'& +/ %'/53#<-+:'& %0/(+)63#5+0/ (033'&6/&#/5 03 4+/)-'<4+&'&%0/(+)63#5+0/4
"1 50 570 5+.'4 (063 '81#/<4+0/ 6/+54 '#%* 7+5* 5*3''#&&+5+0/#- "4 +/ %'/53#-+:'&%0/(+)63#5+0/ %#/ $'%0//'%5'& +/ &+453+$65'&%0/(+)63#5+0/ 61 50 . (5
(03 -+/,+/) %'/53#- %0/530--'34 03 (03 &+453+$65'& '81#/4+0/
107'3 4611-9 .0&6-'
"
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165 #/&
065165 .0&6-'4 $-0%, 591' <
+)+5#- +/165 #/& 065165 #/#-0) +/165 #/& 065165 .0&6-'4
%0.1#%5 .0&6-'4 < <
0..6/+%#5+0/4 130%'44034
/5'--+)'/5 .0&6-'4
0&6-' -0%#5+0/4
(03 -+/,+/) %'/53#- %0/530--'34
-05 0 "
03 4-05 #44+)/.'/5 4'' '%
03 4-05 #44+)/.'/5 4'' '%
Ordering data 3&'3 0
CR 700-0LB subrack 6ES5 700-0LB11
;!5#2"$+3
*&-&.3 :
CR 700-2 subrack for S5-115H central controllers
Application $&.42", $/.42/,,&2 6*4) 50 4/3*7 -/%5,&3 $". #& $/.;'*(52&% 6*4) 4)& ;35#2"$+ 0/6&2 3500,8 ".%! -/%5,& "2& ",6"832&15*2&% "3 6&,, "3 ". /2 *.4&2'"$& -/%5,&'/2 ,*.+*.( 4)& 46/ $&.42",$/.42/,,&23
Design !0 4/ 4)2&& &70".3*/. 5.*43$". #& $/..&$4&% *. $&.42";,*9&% $/.'*(52"4*/. '/22&%5.%".4 /2 3*.(,&;3*%&%$/.'*(52"4*/.3
70".3*/. 5.*43 *. 36*4$)&%/2 %*342*#54&% $/.'*(52"4*/.3$"../4 #& 53&% 6*4) 4)*335#2"$+
'/2 ,*.+*.( $&.42", $/.42/,,&23
0/6&2 3500,8 -/%5,&
!
*(*4", *.054 ".% /54054 %*(*4", *.054/54054 ".",/( *.054
".% /54054 -/%5,&3 #,/$+ 480& ;
*(*4", *.054 ".% /54054 ".",/( *.054 ".% /54054 -/%5,&3
$/-0"$4 -/%5,&3 ; ;
/--5.*$"4*/.3 02/$&33/23
.4&,,*(&.4 -/%5,&3
/%5,& ,/$"4*/.3
; %*(*4", *.054 -/%5,& ./4 *. 3,/4
".% #"3*$ #/"2%3 /.,8
'/2 ,*.+*.( $&.42", $/.42/,,&23
,/4 /
/2 3,/4 "33*(.-&.4 3&& &$4*/.
/2 3,/4 "33*(.-&.4 3&& &$4*/.
!
Ordering data 2%&2 /
CR 700-2 subrack 6ES5 700-2LA12
;!5#2"$+3
*&-&.3 :
CR 700-2F subrack for S5-115H central controllers
Application $&.42", $/.42/,,&2 6*4) 50 4/3*7 -/%5,&3 $". #& $/.;'*(52&% 6*4) 4)& ;35#2"$+ 0/6&2 3500,8 ".%! -/%5,& "2& ",6"832&15*2&% "3 6&,, "3 ". /2 *.4&2'"$& -/%5,&'/2 ,*.+*.( 4)& 46/ $&.42",$/.42/,,&23
Design !0 4/ 4)2&& &70".3*/. 5.*43$". #& $/..&$4&% *. $&.42";,*9&% $/.'*(52"4*/. '/22&%5.%".4 /2 3*.(,&;$)"..&, $/.'*(52"4*/.3
!0 4/ 46/ 4*-&3 '/52 &70".;3*/. 5.*43 $". #& $/..&$4&%*. %*342*#54&% $/.'*(52"4*/.50 4/ - '4
'/2 ,*.+*.( $&.42", $/.42/,,&23 /2
'/2 %*342*#54&% &70".3*/.
0/6&2 3500,8 -/%5,&
!
*(*4", *.054 ".% /54054 %*(*4", *.054/54054 ".",/( *.054
".% /54054 -/%5,&3 #,/$+ 480& ;
*(*4", *.054 ".% /54054 ".",/( *.054 ".% /54054 -/%5,&3
$/-0"$4 -/%5,&3 ; ;
/--5.*$"4*/.3 02/$&33/23
.4&,,*(&.4 -/%5,&3
/%5,& ,/$"4*/.3
".% "3 #"3*$ #/"2% /.,8
,/4 /
'/2 ,*.+*.( $&.42", $/.42/,,&23
/2 3,/4 "33*(.-&.4 3&& &$4*/.
/2 3,/4 "33*(.-&.4 3&& &$4*/.
!
Ordering data 2%&2 /
CR 700-2F subrack 6ES5 700-2LA22
<!6$3#%,4
+'.'/4 ;
CR 700-3 subrack for S5-115H central controllers
Application %'/53#- %0/530--'3 7+5* 61 50/+/' .0&6-'4 %#/ $' %0/<(+)63'& 7+5* 5*' <46$3#%, 107'3 4611-9 #/&! .0&6-' #3' #-7#943'26+3'& #4 7'-- #4 #/ 03 +/5'3(#%' .0&6-'(03 -+/,+/) 5*' 570 %0/530--'34
Design 70 4+/)-'<7+&5* .0&6-'4 +/0/' #'3 %#4+/) %#/ $'1-6))'& +/50 4-054 #/& "*'3' 570 .0&6-'4 #3'+/45#--'& +/ 0/' %#4+/) # (#/46$#44'.$-9 +4 #-7#943'26+3'& 4'' 1#)'
!1 50 5*3'' '81#/4+0/ 6/+54%#/ $' %0//'%5'& +/ %'/53#<-+:'& %0/(+)63#5+0/ (033'&6/&#/5 03 4+/)-'<%*#//'- %0/(+)63#5+0/4
!1 50 570 5+.'4 (063 '81#/<4+0/ 6/+54 %#/ $' %0//'%5'&+/ &+453+$65'& %0/(+)63#5+0/61 50 . (5
70 +/5'3(#%' .0&6-'4 +/ 0/'#'3 %#4+/) %#/ $'1-6))'& +/50 4-05
(03 -+/,+/) %'/53#- %0/530--'34 03
(03 &+453+$65'& '81#/4+0/
107'3 4611-9 .0&6-'
!
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165
#/& 065165 .0&6-'4 $-0%, 591' <
+)+5#- +/165 #/& 065165 #/#-0) +/165 #/& 065165 .0&6-'4
%0.1#%5 .0&6-'4 < <
0..6/+%#5+0/4 130%'44034
/5'--+)'/5 .0&6-'4
0&6-' -0%#5+0/4
-05 0
(03 -+/,+/) %'/53#- %0/530--'34
03 4-05 #44+)/.'/5 4'' '%5+0/
03 4-05 #44+)/.'/5 4'' '%5+0/
!
Ordering data 3&'3 0
CR 700-3 subrack 6ES5 700-3LA12
! =" 6$3#%,4
+'.'/4 ! <
ER 701-3LH subrack for I/O modules in switched configuration with S5-115H
Application / '91#/4+0/ 6/+5 +/ 48+5%*'&%0/(+)63#5+0/ %0/5#+/+/) 61 504+9 .0&6-'4 %#/ $' %0/=(+)63'& 8+5* 5*' =46$3#%, 108'3 4611-:.0&6-' #/& #/ +/5'3=(#%' .0&6-' (03 #&&3'444'55+/) #3' #-8#:4 3'26+3'&
Design 48+5%*'& '91#/4+0/ 6/+58+5* 5*' = 46$3#%,+4 %0//'%5'& 50 5*' %'/53#-%0/530--'34 +/ &+453+$65'& %0/=(+)63#5+0/ 7+# 580 +/5'3(#%' .0&6-'4
Note on single-sided andtwo-channel configuration:!*' = #/& =46$3#%,4 %#/ #-40 $' 64'&(03 4+/)-'=4+&'& #/& 580=%*#//'- %0/(+)63#5+0/ (03 5*' = 130)3#..#$-'%0/530--'3
!*' 1044+$-' %0/(+)63#5+0/4#3' 5*' 4#.' #4 5*04' (03 5*' =" 03 (635*'3 &'5#+-4 0(5*'4' 46$3#%,4 1-'#4' 4''1#)'4 #/&
#-8#:4 3'26+3'&
108'3 4611-: .0&6-'
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165
#/& 065165 .0&6-'4 $-0%, 5:1' =
+)+5#- +/165 #/& 065165 #/#-0) +/165 #/& 065165 .0&6-'4
%0.1#%5 .0&6-'4 = =
0..6/+%#5+0/4 130%'44034
/5'--+)'/5 .0&6-'4
0&6-' -0%#5+0/4
'9%'15 = &+)+5#- +/165 .0&6-'
-05 0
5'%,1-#5;$'-')6/) 4+'*' #5#-0)5'+-
5'%,1-#5;$'-')6/) 4+'*' #5#-0)5'+-
03 4-05 #44+)/.'/5 4'' '%5+0/
03 4-05 #44+)/.'/5 4'' '%5+0/
Ordering data 3&'3 0
ER 701-3LH subrack 6ES5 701-3LH11
! <" 6$3#%,4
+'.'/4 ! ;
CR 700-0LB subrack for S5-115F central controllers
Application %'/53#- %0/530--'3 7+5* 61 50(063 .0&6-'4 %#/ $' %0/<(+)63'& 7+5* 5*' <46$3#%, 107'3 4611-9 #/&" .0&6-' #3' #-7#943'26+3'& #4 7'-- #4 #/ 03 +/5'3(#%' .0&6-'(03 -+/,+/) 5*' 570 %'/53#-%0/530--'34
Design !70 %0..6/+%#5+0/4 130<%'44034 +/ 0/' #'3 %#4+/)%#/ $' 1-6))'& +/50 4-05 570 +/5'3(#%' .0&6-'4 +/ 0/'#'3 %#4+/) %#/ $'1-6))'& +/50 4-05
"1 50 5*3'' '81#/4+0/ 6/+54%#/ $' %0//'%5'& +/ %'/53#<-+:'& %0/(+)63#5+0/ (033'&6/&#/5 03 4+/)-'<4+&'&%0/(+)63#5+0/4
"1 50 570 5+.'4 (063 '81#/<4+0/ 6/+54 '#%* 7+5* 5*3''#&&+5+0/#- "4 +/ %'/53#-+:'&%0/(+)63#5+0/ %#/ $'%0//'%5'& +/ &+453+$65'&%0/(+)63#5+0/ 61 50 . (5 (03 3'&6/&#/5 034+/)-'<%*#//'- %0/(+)6<3#5+0/4
107'3 4611-9 .0&6-'
"
+)+5#- +/165 #/& 065165 &+)+5#- +/165065165 #/#-0) +/165
#/& 065165 .0&6-'4 $-0%, 591' <
<" #/#-0) +/165 .0&6-'
<" &+)+5#- 06165 .0&6-' %0.1#%5 .0&6-'4
%0..6/+%#5+0/4 130%'4403
(03 -+/,+/) %'/53#- %0/530--'34 03
(03 &+453+$65'& '81#/4+0/
0&6-' -0%#5+0/4
(03 -+/,+/) %'/53#- %0/530--'34
-050 "
Ordering data 3&'3 0
CR 700-0LB subrack 6ES5 700-0LB11
; 4"1!#*2
)%,%-2 9
CR 700-2F subrack for S5-115F central controllers
Application #%-31!+ #.-31.++%1 5)3( 4/ 3.2)6 ,.$4+%2 #!- "% #.-;&)'41%$ 5)3( 3(% ;24"1!#* /.5%1 24//+7 !-$ ,.$4+% !1% !+5!721%04)1%$ !2 5%++ !2 !- .1 )-3%1&!#% ,.$4+%&.1 +)-*)-' 3(% 35. #%-31!+#.-31.++%12
Design / 3. 3(1%% %6/!-2).- 4-)32#!- "% #.--%#3%$ )- #%-31!;+)8%$ #.-&)'41!3).- &.11%$4-$!-3 .1 2)-'+%;#(!--%+ #.-&)'41!3).-2
/ 3. 35. 3),%2 &.41 %6/!-;2).- 4-)32 %!#( 5)3( 3(1%%!$$)3).-!+ 2 )- #%-31!+)8%$#.-&)'41!3).- #!- "%#.--%#3%$ )- $)231)"43%$
#.-&)'41!3).- 4/ 3. , &3 &.1 1%$4-$!-3 .12)-'+%;#(!--%+ #.-&)'41!;3).-2
/.5%1 24//+7 ,.$4+%
)')3!+ )-/43 !-$ .43/43 $)')3!+ )-/43.43/43 !-!+.' )-/43
!-$ .43/43 ,.$4+%2 "+.#* 37/% :;:
; !-!+.' )-/43 ,.$4+%
; $)')3!+ .43/43 ,.$4+% #.,/!#3 ,.$4+%2
#.,,4-)#!3).-2 /1.#%22.1
&.1 +)-*)-' #%-31!+ #.-31.++%12 .1
&.1 $)231)"43%$ %6/!-2).-
.$4+% +.#!3).-2
+.3.
&.1 +)-*)-' #%-31!+ #.-31.++%12
Ordering data 1$%1 .
CR 700-2F subrack 6ES5 700-2LA22
; 4"1!#*2
)%,%-2 9
ER 701-1 subracks for S5-115F expansion units
Application #%-31!+ #.-31.++%1 5)3( 4/ 3.-)-% ,.$4+%2 #!- "% #.-;&)'41%$ 5)3( 3(% ; 24";1!#* .5%1 24//+7 "7 3(%#%-31!+ #.-31.++%1 .1 !- %6/!-;2).- 4-)3 5)3( 3(% ; .1 ; 24"1!#*
Design - %6/!-2).- 4-)3 5)3( 3(%; 24"1!#* ,423!+5!72 "% #.--%#3%$ )-#%-31!+)8%$ #.-&)'41!3).-
(% )-3%1&!#% ,.$4+%)2 1%04)1%$ &.1 3(% %6/!-2).-4-)3
-3%114/3 /1.#%22)-' )2 -.3/.22)"+% )- 3()2 %6/!-2).-4-)3
)')3!+ )-/43 !-$ .43/43 $)')3!+ )-/43.43/43
!-!+.' )-/43 !-$ .43/43 ,.$4+%2
"+.#* 37/% :;:
.$4+% +.#!3).-2
+.3.
Ordering data 1$%1 .
ER 701-1 subrack 6ES5 701-1LA12
;3!0 ")1
($+$,1 9
ER 701-2 subrack for S5-115F expansion units
Application "$,20 * "-,20-**$0 5(2' 3. 2-1$4$, +-#3*$1 " , !$"-,%(&30$# 5(2' 2'$ ;13!0 ") '$ (,2$0% "$+-#3*$ (1 *5 71 0$/3(0$# %-0 ##0$11 1$22(,&
Design 6. ,1(-, 3,(21 5(2' ;13!0 ")1 " , !$ "-,,$"2$#2- "$,20 * "-,20-**$0 -0 ,$6. ,1(-, 3,(2 5(2' .-5$013..*7 5(2' 2'$ (,2$0;% "$ +-#3*$ (, "$,20 *(8$#"-,%(&30 2(-, -0 (, #(120(!32$#"-,%(&30 2(-, 5(2' 2'$ (,2$0% "$ +-#3*$ 2- "$,20 *"-,20-**$0
, "$,20 *(8$# "-,%(&30 2(-,,- .-5$0 13..*7 +-#3*$ +312!$ .*3&&$# (,2- 2'$ ;13!0 ") , #(120(!32$# "-,%(&;30 2(-, .-5$0 13..*7+-#3*$ (1 !1-*32$*7,$"$11 07
'(1 13!0 ") + )$1 25-;"' ,,$* 0$#3,# ,2 "-,%(&30 ;2(-, -% +-#3*$1 .-11(!*$1$$ . &$
,2$003.2 $4 *3 2(-, (1 ,-2.-11(!*$ (, $6. ,1(-, 3,(21
-5$0 13..*7 +-#3*$
(&(2 * (,.32 ,# -32.32 #(&(2 * (,.32-32.32 , *-& (,.32
,# -32.32 +-#3*$1 !*-") 27.$ : ;:
-#3*$ *-" 2(-,1
,*7 .-11(!*$ (, 2'(1 1*-2 %-0 "$,20 *(8$# *(,)1 5(2'-32 .-5$0 13..*7 (, 2'$ ; 13!0 ")
*-2-
Ordering data 0#$0 -
ER 701-2 subrack 6ES5 701-2LA12
=!5#2"$+3
*&-&.3 ;
ER 701-3 subrack for S5-115F expansion units
Application $&.42", $/.42/,,&2 7*4) 50 4/&*()4 -/%5,&3 $". #&$/.'*(52&% 7*4) 4)& =35#2"$+ )& *.4&2'"$&-/%5,& *3 ",7"93 2&15*2&% '/2"%%2&33 3&44*.(
Design 80".3*/. 5.*43 7*4) =35#2"$+3 $". #& $/..&$4&%4/ " $&.42", $/.42/,,&2 /2 ".&80".3*/. 5.*4 7*4) 0/7&23500,9 7*4) 4)& *.4&2='"$& -/%5,& *. $&.42",*:&%$/.'*(52"4*/. /2 *. %*342*#54&%$/.'*(52"4*/. 7*4) 4)& *.4&2'"$& -/%5,& 4/ " $&.42",$/.42/,,&2
. $&.42",*:&% $/.'*(52"4*/../ 0/7&2 3500,9 -/%5,& -534#& 0,5((&% *.4/ 4)& =35#2"$+ . %*342*#54&% $/.'*(=52"4*/. " 0/7&2 3500,9-/%5,& *3 "#3/,54&,9.&$&33"29
. ". &80".3*/. 5.*4 7*4) 4)*335#2"$+ ",3/ 4)& ".",/(*.054 -/%5,& $". #& 0,5((&%*.
)*3 35#2"$+ -"+&3 47/=$)"..&, 2&%5.%".4 $/.'*(52"=4*/. /' -/%5,&3 0/33*#,&3&& 0"(&
.4&22504 &6",5"4*/. *3 ./40/33*#,& *. &80".3*/. 5.*43
/7&2 3500,9 -/%5,&
*(*4", *.054 ".% /54054 %*(*4", *.054/54054 ".",/( *.054
".% /54054 -/%5,&3 #,/$+ 490& <=<
=! ".",/( *.054 -/%5,&
=! %*(*4", /54054 -/%5,& $/-0"$4 -/%5,&3
$/--5.*$"4*/.3 02/$&33/2
/%5,& ,/$"4*/.3
,/4/
8$&04 '/2 = %*(*4", *.054 -/%5,&
.,9 0/33*#,& *. 4)*3 3,/4 '/2 $&.42",*:&% $/.'*(52"4*/. 7*4)/54 0/7&2 3500,9 *. 4)& = 35#2"$+
. $&.42",*:&% ,*.+ 7*4) = 35#2"$+3 4)& ".",/( *.054 -/%5,& -534 /.,9 #& 53&% *. 4)& $&.42",
$/.42/,,&2 ".% *. 4)& '*234 ".% 3&$/.% &80".3*/. 5.*4 .,9 4)& = $"#,& ,&.(4) -
-"9 #& 53&% '/2 4)"4
Ordering data 2%&2 /
ER 701-3 subrack 6ES5 701-3LA13
< 6$3#%,4
+'.'/4 ;
Fan subassembly
Application (#/ 46$#44'.$-: +43'26+3'&
( 5*' 108'3 4611-: .0&6-'*#4 #/ 065165 -0#& 0( .03'5*#/
( 4'7'3#- .0&6-'4 #3'+/45#--'& +/ 0/' #'3%#4+/) '9%'15 (03 +/ 0/' %#4+/)
( %'35#+/ .0&6-'4 #3' 64'&4'' '%5+0/ (03 (635*'3&'5#+-4
Design *' (#/ 46$#44'.$-: %0/<5#+/4 580 (#/4 # &645 (+-5'3#/& (#/ .0/+5034 8+5* (-0#5+/)%0/5#%54
*' (#/ 46$#44'.$-: #/&.06/5+/) #%%'4403+'4 #3'#7#+-#$-' +/ 580 7'34+0/4
03 -0/) 46$3#%,4 ..
03 4*035 46$3#%,4 ..
*' (#/ 46$#44'.$-: 4*06-&$' +/45#--'& 6/&'3 5*' 64+/) 5*' 3'-'7#/5 .06/5+/)#%%'4403+'4 8+3+/) &6%5 +44611-+'& #-0/) 5*' .06/5+/)#%%'4403+'4 *' (+'-& %#$-'4%#/ $' 36/ 0(( /'#5-: 50 5*'4+&'4 +/ 5*+4 &6%5
Technical specifications
For long subracks For short subracks
611-: 70-5#)' ! 03 ! ! 03 !
633'/5 %0/46.15+0/ 03 03
+.'/4+0/4 " 9 9 +/ .. +/ 9 9 9 9 9 9 9 9
"'+)*5
#$-' &6%5 8+5*
.06/5+/) $3#%,'54 #11309
#/ 46$#44'.$-: #11309
,) -$
,) -$
,) -$
,) -$
Ordering data 3&'3 0 3&'3 0
Fan subassembly !
!
Mounting accessories
Dust filter (filter mat)
03 -0/) 46$3#%,4
03 4*035 46$3#%,4
6ES5 981-0H116ES5 981-0H21
6ES5 981-0G11
6ES5 981-0J11
AB
Replacement fan(03 #$07' (#/ 46$#44'.$-:
%0.13+4+/)
(#/ 1-6)<+/ %0//'%503
3'1-#%'.'/5 +/4536%5+0/4
6ES5 988-7NA11
#$ #E%!6>-9 :<773@ 46,<3-:
#1-4-5: #$ B
PS 951 power supply modules for the S5-115U/H
Application !6>-9 :<773@ 46,<3-: /-5-9E);- ;0- =63;)/-: 9-8<19-, *@;0- 796/9)44)*3- +65;9633-9.964 ;0- -?;-95)3 76>-9:<773@
D &): :<773@ =63;)/- .69 )3346,<3-:
D &): :<773@ =63;)/- .69 ;0-! 796/9)44-9 ;0- ! )5, ! 67-9);697)5-3: )5, ;0- $ 6*:-9=- 4)? +<99-5;
D &.69 ;0- 4 +<99-5; 366715;-9.)+-:
Design !6>-9 :<773@ 46,<3-: )9-)=)13)*3- >1;0 65- 69 ;>6*)+2<7 *);;-91-: ,-7-5,15/65 ;0- 46,-3 $0-:- +)5 *-9-73)+-, -=-5 >0-5 ;0-76>-9 :<773@ 1: :>1;+0-, 6..5 ;0- +):- 6. ;0- 76>-9
:<773@ 46,<3-: >1;0 653@ 65-*)+2<7 *);;-9@ ;0- *)+2<7=63;)/- 1: :<7731-, =1) :6+2E-;: ,<915/ 9-73)+-4-5; 5;06:- >1;0 ;>6 *)+2<7 *);;-9E1-: ;0- :-+65, *);;-9@ *-E/15: ;6 :<773@ ;0- *)+2<7
=63;)/- ): :665 ): ;0- .19:;65- .)13: $01: )3:6 )7731-:>0-5 1; 1: 9-46=-, .69 9-E73)+-4-5;1=- 76>-9 :<773@ 46,<3-:)9- )=)13)*3- .69 ;0-#E% 796/9)44)*3-+65;9633-9
Technical specifications
Power supply module 6ES5 951-7LB21 6ES5 951-7LD21 6ES5 951-7NB21 6ES5 951-7ND51 6ES5 951-7ND41
Supply voltage ");-, =)3<-
"1773- 77 4)?
!-941::1*3- 9)5/-
15+3<,15/ 91773-
9-8<-5+@ 9)5/-
<99-5; +65:<47;165
");-, =)3<- 59<:0 +<99-5; 4)?
C
230/120 V ACF
DD &
DD &
DD A
D?DD?D :
:
230/120 V ACF
DD &
DD &
DD A
D?DD?D :
:
24 V DC &
DD &
F
D?D :
24 V DC &
DD &
F
D?D :
24 V DC &
DD &
F
D?D :
)15: *<..-915/
<;7<; =63;)/-
<?131)9@ =63;)/-:
& -/ .69 796/9)44-9:
-/ .69 !
Output current
");-, =)3<- .69 67-9);165
'1;06<; .)5
'1;0 .)5
!-941::1*3- 9)5/-
)+2<7 *);;-9@
4:
D & ±DD
D &
D &
3 A3 ADD
D?DD31;01<4 *);;-9@
#1A-
& 0
4:
D & ±DD
D &
D &
7 A15 ADD
D?DD31;01<4 *);;-9@
#1A-
&D?D 0
4:
D & ±DD
D &
D &
3 A3 ADD
D?DD31;01<4 *);;-9@
#1A-
& 0
4:
D & ±DD
D &
D &
7 A15 ADD
D?DD31;01<4 *);;-9@
#1A-
&D?D 0
4:
D & ±DD
D &
D &
7 A15 ADD
D?D31;01<4 *);;-9@
#1A-
&D?D 0
)+2<7 ;14- 415
?;-95)3 *)+2<7 =63;)/-
#069;E+19+<1; 796;-+;165
7-5E+19+<1; 796;-+;165
<:- 7914)9@ +19+<1;
3):: 6. 796;-+;165
@-)9 ); 4 )5, <515;-99<7;-, *<..-915/
D DDD &
3-+;9651+
(-:
5;-/9)3
3)::
)3=)51+ 1:63);165
$-:; =63;)/-
" :7-+1.1+);165
'-1/0; )7796?
(-:
2&
15 )++ >1;0
&
2/ 3*
(-:
2&
15 )++ >1;0
&
2/ 3*
6
F
15 )++ >1;0
&
2/ 3*
6
F
15 )++ >1;0
&
2/ 3*
(-:
&
15 )++ >1;0
&
2/ 3*
)5 :<*)::-4*3@ 9-8<19-, .69 6<;7<; +<99-5;: .964 ;6 7)/-
8-4$0 13..*5 +-#3*$1
($+$,1 7
PS 951 power supply modules for the S5-115U/H "-,2(,3$#
Ordering data 0#$0 - 0#$0 -
PS 951 power supply module%-0 (,2$0, * .-4$0 13..*5
-% 2'$ 8
4(2'-32 ! ")3. ! 22$05
,-,8%*- 2(,&
,-,8%*- 2(,&
%*- 2(,&
.$0 2(,& (,1203"2(-,1 (,"*3#$#
(, 2'$ 8 + ,3 *
1$$ . &$
6ES5 951-7LB21
6ES5 951-7LD21
6ES5 951-7NB21
6ES5 951-7ND51
6ES5 951-7ND41
Backup battery, *(2'(3+ ! 22$05
(6$ '
(6$ '
6EW1 000-7AA6ES5 980-0AE11
, 13! 11$+!*5 0$/3(0$# (, 2'$ 13!0 ") 1$$ . &$
"# "C$ 5=,8 9;662? 35+;2,9
"0,3,49 "# A
PS 951 power supply module for the S5-115F
Application #/, " 65=,8 9;662?35+;2, .,4,8(:,9 :/, 04:,84(256,8(:04. <52:(., 5- % 8,7;08,+ )? :/, 685C.8(33()2, *54:8522,8 -853:/, ,>:,84(2 65=,8 9;662? % 42? :/, " C 09 (6685<,+-58 :/, "C -(029(-,685.8(33()2, *54:8522,8
58,5<,8 :/, 35+;2, 3(1,9)(*1;6 9;662? 5- :/, !35+;2,9 5- :/, $ 65990)2,#=5 )(*1;6 )(::,80,9 (8,049:(22,+ -58 :/(: 04 :/, " C #/,9, *(4 ),8,62(*,+ ,<,4 =/,4 :/,65=,8 9;662? 09 9=0:*/,+ 5--#/, 9,*54+ )(::,8? ),.049 :59;662? :/, )(*1;6 <52:(., (99554 (9 :/, -089: 54, -(029 58 098,35<,+ -58 8,62(*,3,4:
Design #/, " 65=,8 9;662?35+;2, 09 65:,4:0(2C0952(:,+(4+ 09 9;0:()2, -58 (6620*(C:0549
=/,8, :/, 046;: *08*;0: 5- :/, 35+;2,9 09 56,8(:,+ =0:/C5;: .85;4+ *544,*:054
#/, 204,9 =0:/ :/, 9;662?<52:(., (8, *544,*:,+ :5 :/,)5::53 5- :/, 65=,8 9;662?35+;2, =0:/ :/, /,26 5- 9*8,=:,8304(29
Technical specifications
Supply voltage !(:,+ <(2;,
!0662, 66 3(>
,830990)2, 8(4.,
04*2;+04. 80662,
Current consumption !(:,+ <(2;,
48;9/ *;88,4: 3(>
(049 );--,804.
;:6;: <52:(.,
;>020(8? <52:(.,
% ,. -58 685.8(3304. +,<0*,9
% ,. -58
24 V DC %
%
> 9
39
B % ±BB
B %
B %
Output current !(:,+ <(2;, -58 56,8(:054
&0:/5;: -(4
&0:/ -(4
,830990)2, 8(4.,
(*1;6 )(::,8?
(*1;6 :03, 304
>:,84(2 )(*1;6 <52:(.,
"/58:C*08*;0: 685:,*:054
6,4C*08*;0: 685:,*:054
;9, 6803(8? *08*;0:
2(99 5- 685:,*:054
(2<(40* 0952(:054
#,9: <52:(.,
! 96,*0-0*(:054
&,0./: (6685>
> 20:/0;3 )(::,8?
"0@, % > /
?,(8 (: 3 B (4+
;404:,88;6:,+ );--,804.
B %
2,*:8540*
',9
4:,.8(2
2(99
',9
%
04 (** =0:/ %
1. 2)
Ordering data 8+,8 5 8+,8 5
PS 951 power supply modulefor S5-115F-58 04:,84(2 65=,8 9;662?
=0:/5;: )(*1;6 )(::,8?
% %
454C-25(:04.
6ES5 951-7ND41 Backup battery 20:/0;3 )(::,8?
"0@, % /
6ES5 980-0AE11
; -3%1&!#% ,.$4+%2
)%,%-2 :
Interface modules
Overview (% &.++.6)-' 3!"+% 2(.62 3(%)-3%1&!#% ,.$4+%2 !-$#.--%#3)-' #!"+%2 1%04)1%$ 3.
+)-* 3(% 5!1).42 %7/!-2).-4-)32 3. 3(% #%-31!+ #.-31.++%12
.-&)'41!3).-
1!-2,)22).- ,.$%
%-31!+ #.-31.++%1 7/!-2).- 4-)3 .--%#3)-' #!"+%
38/% 8/% .& )-3%1&!#% 38/%
&.1 ;
38/%
&.1 ;
;
8/% .& )-3%1&!#% 8/%
%-'3(
%-31!+)9%$
4/ 3. ,
!28,,%31)#
;
;
;
;
;
IM 305
IM 306
;
;
;
;
IM 305
IM 306
%1,!-%-3+8
#.--%#3%$
, &3 .1
, &3
;
, &3
, &3
)231)"43%$
4/ 3. ,
28,,%31)#
;
;IM 3012%% %#3).-
;
; IM 310
2%% %#3).-
;
, &3
, &3
)231)"43%$
4/ 3. ,
28,,%31)#
;
;
;
;
IM 304
IM 304
;
;
;
IM 314
IM 314R
;
, &3
, &3
;
, &3
, &3
)231)"43%$
,
"%36%%- %5%18
,.$4+%2
2%1)!+ ./3)#!+
; IM 307 ;
;
;
IM 317
IM 307
;
&)"%1 ./3)# #!"+%
)231)"43%$
4/ 3. ,
2%1)!+ %+%#31)#!+
; IM 308 ;
;
IM 318-3
IM 318-8
()%+$%$ 36)23%$
36.;6)1% #!"+%
.- 1%04%23
)231)"43%$
4/ 3. *,
2%1)!+ %+%#31)#!+
.1 ./3)#!+
;
;IM 308-B IM 318-B/C ()%+$%$ 36)23%$
36.;6)1% #!"+%
.- 1%04%23
.1
&)"%1 ./3)# #!"+%
; 6)3( 36.;#(!--%+ ,.$4+%2 &4++8 1%$4-$!-3 #.-&)'41!3).- .1 2)-'+%;#(!--%+2)-'+%;2)$%$ #.-&)'41!3).- - )-3%1&!#% ,.$4+% )2 1%04)1%$ &.1 2%33)-' 3(% !$$1%22%2 .& ,.$4+%2 .& "+.#* $%2)'- ; 6)3( 2)-'+%;2)$%$ 26)3#(%$ (% !-!+.' )-/43 ,.$4+% #!- .-+8 "% 42%$ )- 3(% 23 !-$ -$ !-$ .-+8 6)3( ! , &3 #!"+%
*( 0//&$5*0/ 0' &91"/4*0/ 6/*54 50 5)& $&/53"- $0/530--&3 */$&/53"-*;&% $0/'*(63"5*0/ 64*/( -&'5 "/% 3*()5*/5&3'"$& .0%6-&4
!
!
."9.
..
!
!
$0//&$5$"#-&
'5 '5
."9'5
=!/5&3'"$& .0%6-&4
*&.&/4 <
IM 305 and IM 306 interface modules; centralized configuration with S5-115U
Application )& "/% */5&3='"$& .0%6-&4 &/"#-& &91"/=4*0/ 6/*54 !4 50 #&$0//&$5&% */ $&/53"-*;&%$0/'*(63"5*0/ )& */5&3'"$& .0%6-& *4 64&% '03$0//&$5*/( 0/& &91"/4*0/6/*5 50 5)& $&/53"- $0/530--&3
)& */5&3'"$& .0%6-&$"/ #& 64&% '03 $0//&$5*/(61 50 5)3&& &91"/4*0/ 6/*54 505)& $&/53"- $0/530--&3 0350 "/ &91"/4*0/ 6/*5 8*5) "108&3 4611-: .0%6-&
Design IM 305 interface module
)& */5&3'"$& .0%6-&$0/4*454 0' 580 .0%6-&48)*$) "3& 1&3."/&/5-:$0//&$5&% #: " $"#-& 03 . '5 03 '5 -0/(5 1307*%&4 5)& &91"/4*0/ 6/*5*/ "/ = 03 =46#3"$, 8*5) 5)& 4611-:70-5"(& "/% 5)& 4*(/"-4 '30.5)& */5&3/"- #64 )& &91"/=4*0/ 6/*5 .645 #& 104*5*0/&%&*5)&3 "#07& 5)& $&/53"-$0/530--&3 03 8*5) " . '5 $"#-& "%+"$&/5 50 *5
/ 5)*4 $0/'*(63"5*0/ 5)&"%%3&44&4 '03 5)& */165 "/%065165 .0%6-&4 "3& 1&3."=/&/5-: "44*(/&% 50 5)& 4-05403 &9".1-& 4-05 */ 5)&$&/53"- $0/530--&3 *4 3&4&37&%'03 #:5& "%%3&44&4 50 #*/"3: 4*(/"-4 50 */1654 03 0651654 "/% 4-05 '03 #:5& "%%3&44&4 50
IM 306 interface module
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IM 305 and IM 306 interface modules; centralized configuration with S5-115U #.-2)-3%$
Technical specifications
IM 305 interface module IM 306 interface module
300%-2 13//+)%$ 2. ,!5
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Application &# +" '+1#/9$!# *,"2)#0 /# 20#" $,/"'01/' 21#" !,+$'%2/1',+ ,$#5-+0',+ 2+'10 0 4'1& !#+1/) !,+1/,))#/ &##5-+0',+ 2+'10 !+ # 2- 1, * $1 46 $/,* 1&#!#+1/) !,+1/,))#/
Design &# '+1#/$!# *,"2)#'0 -)2%%#" '+1, 1&# !#+1/)!,+1/,))#/ +" 02 /!(0 +" 1&# '+1#/$!# *,"2)# '+1, 1&##5-+0',+ 2+'1 +" 02 /!(0
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IM 304 and IM 314 interface modules; distributed configuration up to 600 m (1968 ft) with S5-115U !,+1'+2#"
Technical specifications
2//#+1 !,+02*-1',+ 1
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6ES5 314-3UA11
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6ES5 760-1AA11
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IM 308 and IM 318 interface modules; distributed configuration up to 3000 m with S5-115U
Application ".+ '3* /39+7D,')+ 24*:1+8 '7+ :8+* ,47)433+)9/3- 24*:1+8 /3 9.+,4114</3- +=5'38/43 :3/98#8 94 ' )+397'1 )4397411+7 /3 */897/(:9+* )43,/-:D7'9/43
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Design ".+ /39+7,')+ 24*:1+/8 51:--+* /394 9.+ )+397'1)4397411+7 '3* 9.+ D/39+7,')+ 24*:1+ /394 9.+ +=D5'38/43 :3/9 47 9.+ D/39+7,')+ 24*:1+ /394 9.+" # +1+)9743/) 9+72/3'947
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IM 308 and IM 318 interface modules; distributed configuration up to 3000 m with S5-115U *54:04;,+
Design *54:04;,+
Technical specifications
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6ES5 318-8MA12
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IM 308-C interface module; PROFIBUS-DP interface for the S5-115U/H (up to S5-155U/H)
Application %0- E 1: )"#!&$E" 4):;-9)5,69 :3)=- 46,<3-.69 $% $E&<7 ;6 $E&
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Design %0- E 15;-9.)+-46,<3- 4<:; *- 73<//-, 15;6;0- :36; ,-:1/5-, .69 1; 15 ;0-$E& <7 ;6 $E&796/9)44)*3- +65;9633-9
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Technical specifications
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IM 308-C interface module.69 +655-+;15/ ;0- $%
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IM 304 and IM 324R interface modules, for interfacing the S5-115H central controllers
Application '$ ,# (,2$09% "$ +-#3*$1 0$ 31$# %-0*(,)(,& 2'$ 25- "$,20 *"-,20-**$01 -% , 9% (*1 %$ .0-&0 ++ !*$"-,20-**$0
Design '$ (,2$0% "$ +-#3*$(1 .*3&&$# (,2- 2'$ %(012"$,20 * "-,20-**$0 13!3,(2 ,# 2'$ (,2$0% "$+-#3*$ (,2- 2'$ 1$"-,#"$,20 * "-,20-**$0 13!3,(2 '$ 25- (,2$0% "$ +-#3*$1 0$"-,,$"2$# 4( "-,,$"2(,& " !*$3. 2- + %2'$ (,2$0% "$ +-#3*$' 1 25- +$+-07 0$ 1 5'$0$2'$ ,$"$11 07 .0-"$11 # 2 %-0 # 2 "-++3,(" 2(-,1!$25$$, 2'$ 25- "$,20 *"-,20-**$01 (1 12-0$#
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Technical specifications
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6ES5 304-3UB11
6ES5 324-3UR11
Adapter casing
721 connecting cable
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IM 304 and IM 314R interface modules, for distributed configuration of I/O modules at S5-115H
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Design 4 04:,8-(*, 35+;2, 0962;..,+ 04:5 ,(*/ 5- :/, :=5*,4:8(2 *54:8522,89 $=5 " 04:,8-(*, 35+;2,9(8, 62;..,+ 04:5 ,(*/ ,>6(4@9054 ;40: $/, 04:,8-(*, 35+@;2,9 3;9: ), 04:,8*544,*:,+<0( *544,*:04. *()2,9 ;6:5 3 -: :,830@4(:58 3;9: ), 62;..,+ 04:5:/, 2(9: 04:,8-(*, 35+;2, 04,(*/ */(04
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$/, 04:,8-(*, 35+;2,*(4 (295 ), ;9,+ -58 *544@4,*:04. (++0:054(2 ,>6(49054;40:9 :5 ,(*/ 5- :/, ,>6(49054;40:9 *544,*:,+ 04 9=0:*/,+*54-0.;8(:054 58,5<,8 (225:/,8 04:,8-(*, 35+;2,9 5- :/,# @ % 685.8(33()2,*54:8522,8 *(4 ), ;9,+ 04 :/,# @ -(029(-, [email protected](33()2, *54:8522,8
Technical specifications
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Ordering data 8+,8 5 8+,8 5
IM 304 interface module-58 :/, # @ 685.8(33()2,
*54:8522,8
IM 314R interface module-58 :/, ,>6(49054 ;40:
6ES5 304-3UB11
6ES5 314-3UR11
Terminator for the IM 314R
Adapter casing
721 connecting cable ;6 :5 3 -:
6ES5 760-0HA119,, 6(.,
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IM 304 and IM 324 interface modules; for interfacing the S5-115F central controllers
Application '$ ,# (,1$/8% "$ +-#2*$0 /$ 20$# %-/*(,)(,& 1'$ 14- "$,1/ *"-,1/-**$/0 -% , 8% (*0 %$ ./-&/ ++ !*$"-,1/-**$/
Design '$ (,1$/% "$ +-#2*$(0 .*2&&$# (,1- 1'$ %(/01 "$,81/ * "-,1/-**$/ 02!2,(1 ,#1'$ (,1$/% "$ +-#2*$(,1- 1'$ 0$"-,# "$,1/ *"-,1/-**$/ 02!2,(1 '$ 14-(,1$/% "$ +-#2*$0 /$"-,,$"1$# 3( "-,,$"81(,& " !*$ 2. 1- + %1
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Technical specifications
2//$,1 "-,02+.1(-, 1
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Ordering data /#$/ - /#$/ -
IM 304 interface module%-/ *(,)(,& 1'$ "$,1/ * "-,1/-**$/0 -%
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IM 324 interface module%-/ *(,)(,& 1'$ "$,1/ * "-,1/-**$/0 -%
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6ES5 304-3UB11
6ES5 324-3UA12
Adapter casing
721 connecting cable
6ES5 491-0LB11
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IM 306 interface module; for centralized configuration of I/O modules at S5-115F
Application !+( ,05(3)$&( /1'6.(,4 64(' )13 &100(&5,0* 62 515+3(( (92$04,10 60,54 ,0 $&(053$.,;(' &10),*63$5,10 51 $&(053$. &10531..(3 13 ',453,%>65(' (92$04,10 60,5
Design !+( > > $0' > 46%3$&-4 8,5+165218(3 4622.: /1'6.(4 &$0%( 64(' )13 5+( (92$04,1060,54 !+( ,05(3)$&(/1'6.( /645 %( 2.6**(' ,0515+( &(053$. (92$04,10 60,54$0' ,051 5+( &(053$. &10531..(313 ',453,%65(' (92$0,410 60,5!+( ,05(3)$&( /1'6.(4 $3(&100(&5(' 7,$ $ &100(&5,0* &$%.(
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Principle of operation !+( ,05(3)$&( /1'6.(4+$0'.( $.. '$5$ &1//60,&$>5,104 %(58((0 5+( &100(&5('&(053$. &10531..(3 $0' (92$0>4,10 60,54 !+( $''3(44(4 515+( ,0265 $0' 165265 /1'6.(4
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Ordering data 3'(3 1 3'(3 1
IM 306 interface module2(3$5,0* ,04536&5,104 ,0&.6'('
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6ES5 306-7LA11 705 connecting cable
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6ES5 705-0AF006ES5 705-0BB206ES5 705-0BB506ES5 705-0BC50
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%0//'%5+/) %#$-' 8+5* 61 50 (635*'3 "4 +/ %'/53#- %0/(+)63#5+0/
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IM 304 and IM 314 interface modules for distributed configuration of I/O modules at S5-115F
Application !*' #/& +/5'3=(#%' .0&6-'4 #3' 64'& (03%0//'%5+0/ 0( '91#/4+0/ 6/+5450 5*' = (#+-4#(' 130=)3#..#$-' %0/530--'3 +/ #&+453+$65'& %0/(+)63#5+0/
Design !*' = #/& =46$3#%,4 8+5*065 108'34611-: .0&6-'4 %#/ $' 64'&(03 5*' '91#/4+0/ 6/+54 !*' +/5'3(#%' .0&6-' +41-6))'& +/50 5*' %'/53#-%0/530--'3 #/& 5*' +/5'3(#%' .0&6-' +/50 5*''91#/4+0/ 6/+5 !*' +/5'3(#%'.0&6-'4 .645 +/ +/5'3=%0//'%5'& 7+# 5:1' %0/=/'%5+/) %#$-'4 .#9 . (5 5'3.+/#503 .645$' 1-6))'& +/50 5*' -#45 +/5'3=(#%' .0&6-' +/ '#%* %*#+/
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Principle of operation !*' #/& +/5'3=(#%' .0&6-'4 *#/&-' #-- #%0..6/+%#5+0/4 $'58''/ 5*'%'/53#- %0/530--'3 #/& 5*''91#/4+0/ 6/+5 #/& $'58''/5*' '91#/4+0/ 6/+54
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Ordering data 3&'3 0 3&'3 0
IM 304 interface module(03 5*' %'/53#- %0/530--'3
IM 314 interface module(03 5*' '91#/4+0/ 6/+5
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6ES5 304-3UB11
6ES5 314-3UA11
Terminator for IM 314 interfacemodule
Adapter casing
721 connecting cable
6ES5 760-1AA11
4'' 1#)'
4'' 1#)'
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Front connector
Application 30/5 $0//&$5034 "3& 3&26*3&%'03 $0//&$5*/( 4*(/"- -&"%4 50*/165 "/% 065165 .0%6-&4)&: 4*.1-*': 5)& */45"--"5*0/"/% *' /&$&44"3: 3&1-"$&<.&/5 0' .0%6-&4
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Technical specifications
Front connector 6ES5 490-7LB11 6ES5 490-7LB21 6ES5 490-7LA.. 6ES5 490-7LC11 6ES5 497- ...
0//&$5034 $3&8 5&3.*/"-4
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Ordering data 3%&3 0 3%&3 0
490 front connector03 4$3&8 5&3.*/"-4
<1*/
<1*/
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!*5) $3*.1 $0/5"$54
!*5)065 $3*.1 $0/5"$54
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'30/5 $0//&$503
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497 front connector'03 < "/"-0( */165 .0%6-&
6ES5 490-7LB116ES5 490-7LB21
6ES5 490-7LA116ES5 490-7LA21
6ES5 490-7LC11
6ES5 763-7LA 11
4&& &$5*0/
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< "/"-0( */165 .0%6-&
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4*/(-&<8*%5) <1*/
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4*/(-&<8*%5) <1*/
Crimp contacts 1"$,"(& $0/5"*/4 $0/5"$54
Crimping tool'03 $3*.1*/( 5)& $3*.1 $0/5"$54
Extraction tool'03 $3*.1 $0/5"$54
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6XX3 081
6XX3 068
6XX3 070
6XX3 071
6ES5 497-8MA11
6ES5 497-7LA11
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Adapter casings
Application /-0"$4 -/%5,&3 %&3*(. $". ",3/ #&53&% *. 4)& ; 02/;(2"--"#,& $/.42/,,&2 7*4)"%"04&2 $"3*.(3
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Technical specifications
Adapter casing 6ES5 491-0LB11 6ES5 491-0LD11 6ES5 491-0LC11
!*%4) *.(,&;7*%4) /5#,&;7*%4) 2*0,&;7*%4)
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Ordering data 2%&2 /
Adapter casing7*4) 02/4&$4*6& $/6&2
*.(,&;7*%4)
'/2 50 4/ $/-0"$4 -/%5,&3
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'/2 50 4/ $/-0"$4 -/%5,&3
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'/2 50 4/ $/-0"$4 -/%5,&3
6ES5 491-0LB11
6ES5 491-0LD11
6ES5 491-0LC11
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Text Display TD 390
Application "-* " 8*<8 ).740&= .7 &(314&(8 8*<8 ).740&= 92.8 +36!" ! 7=78*17 8771&00 ).1*27.327 *2&'0* .8 83'* .278&00*) ;-*6* 74&(* .70.1.8*)"-* " (&2 '* 97*) ;.8-8-*
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Design "-* " 8*<8 ).740&= .7(322*(8*) 83 8-* 463,6&11&@'0* (3286300*6 ).6*(8 :.& 8-*463,6&11*6 .28*6+&(* 3+ 8-* # 8 (&2 '* .278&00*) ).@6*(80= .2 & (&'.2*8 )336 36(328630 4&2*0 ;.8-398 & 74*(.&013928.2, +6&1*
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Application 36 8-* 8.1*3+)&= 463148*6.28*6:&0 &2) 34*6&8.2, -3967(3928.2, 8-* " &((*77*78-* 6*0*:&28 +92(8.32 .2 8-* # 3+ 8-* 463,6&11&'0*(3286300*6 ).6*(8
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Technical specifications
.740&=
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Ordering data 6)*6 3
TD 390 text display.2(0 463)9(8 1&29&0
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6ES5 390-0UA11
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Technical specifications
Digital output module 6ES5 441-4UA14 6ES5 451-4UA14 6ES5 453-4UA124) 6ES5 454-4UA145) 6ES5 455-4UA12
Number of outputs , "
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Technical data 7)(8
Digital output module 6ES5 456-4UA12 5) 6ES5 456-4UB125) 6ES5 457-4UA126) 6ES5 458-4UA12 6ES5 458-4UA12
Number of outputs , "
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Technical specifications 7)(8
Digital output module 6ES5 456-4UA12 1) 6ES5 456-4UB121) 6ES5 457-4UA122) 6ES5 458-4UA12 6ES5 458-4UA12
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Design 7)(8 > ) ()0
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Technical specifications
Analog input module 6ES5 460-4UA13 6ES5 465-4UA13!8 6ES5 463-4U.12
Number of inputs
, "
8 ,) )"
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Input ranges 7( ,)8
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± 12.5 mV 7* ># -8D ± 50 mV; ± 500 mV; Pt 100;± 1 V; ± 5 V; ± 10 V; ± 20 mA; + 4 ... 20 mA ) "( * '"
)" ") ()"
! C0# Ω 1 ##0# Ω # C0 # +Ω; ! X
# C0# Ω C0 %# +Ω; ! X !# 0! +Ω; X
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Analog input modules 7)(8
Technical specifications 7)(8
Analog input module 6ES5 460-4UA13 6ES5 465-4UA132) 6ES5 463-4U.12
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Analog input module 6ES5 466-3LA11
Number of inputs
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Input ranges 7( ,)"8
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0 ... 1.25 V; 0 ... 2.5 V; 0 ... 5 V; 1 ... 5 V; 0 ... 10V '" ,)" * '"
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Analog input modules 7)(8
Technical specifications 7)(8
Analog input module 6ES5 466-3LA11 7)(8
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460-4 analog input module& )" " " ,
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6ES5 466- 3LA11
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6ES5 498-1AA116ES5 498-1AA216ES5 498-1AA616ES5 498-1AA316ES5 498-1AA416ES5 498-1AA51
6ES5 498- 1AA71
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6ES5 497-4UA12
6ES5 497-4UA22
6ES5 497-4UB31
6ES5 497-4UB12
6XX3 068
6XX3 081
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Analog output modules
Application ' ) ) ()", ' ( ,)" *' "" :)(- ' ""
Design ' ) ) ()" , 3' ' ) )" ' ( * ) ) ," ' ()" :) "
" )"( * ' " "()" ( * "- "( ( ,()( 3
('", " ") (* (*- ()" (* "
Principle of operation 5 )
' ) )"( (" ' ) ) * 3
,)" ' " ) ) ,)" ( ' ) (,( -
, ' " ,E) ' ()
Technical specifications
Number of outputs 8 , ( ) ) )" 5 )
, " P" 7 3 ' ) )"8 ) ,
Output ranges7( ,)"8
>5 A#!
>5 A#<!
>5 A#!
± 10 V; 0 ... 20 mA± 10 V+ 1 ... 5 V; + 4 ... 20mA
9( ,)
5
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Analog output modules 7)(8
Ordering data .( ? .( ?
470-4UA analog output module& ) )" ± # C # !# D*
6ES5 470-4UA13 497 front connector "
"3(' !
6ES5 497-4UA12
470-4UB analog output module!8
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6ES5 470-4UB13 "
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6ES5 497-4UA22
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6ES5 470-4UC133 "
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6ES5 497-4UB31
6ES5 497-4UB12
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Overview
Application . ()" )"( * ''" ( '' )-
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Signal preprocessing
"( 1 1" 1
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IP 240 counter, position decoder and positioning module
Application ' 1 !# ) "(( ( " () " )"( * :) ( "" )" " *) "
(( " (" ( ") 3' '1 !! "( () 73' )" 8
' 3' 1 !!" - "" '
Design ' () " 3'" ' )"( ( (- * ' ' *) ("0
) 7"" * )"(" *:)" *) A# +28
1" (( 7 E) 3' " ("8
1" , )** " ( ") * '1 !! "( () 7 E) 3'
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! ) )" 7 C! CD # 8* * )"
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Principle of operation )
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IP 240 counter, position decoder and positioning module 7)(8
Principle of operation7)(8
' (," )"( (, ( ! "" ' "( '() ' "" 3' ' 2" 3'' " ' )** " ( '
-'2 " ( ,0
9* ' *3 "-'2
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I###! ##>
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B + 3' C "- " ("
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' ""- *' 1 " , '* * "(( *)+" 7" A8
Technical specifications
Pulse inputs
, "
1" (( "
/** )" 7 C
"-8 * "" *"
9 !! "
) *:)- 6
'
7"'((8 6
C!C )"
7"-8
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Binary outputs
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IP 240 counter, position decoder and positioning module
(( " " 0
Configuring package for IP 240 " ) ( "((
<8 * ) " :)"
( "
5"'
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6ES5 240-1AA21
6ES5 240-5AA116ES5 240-5AA216ES5 240-5AA316ES5 240-5AA51
705-3 connecting cables* " " (
>N !##! 3' " G C
Q 7> *8
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6ES5 705-3 BF016ES5 705-3 CB016ES5 705-3 CC016ES5 705-3 CD21
6ES5 750-2AA21
8 (" " 1 A#%
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IP 242A and IP 242B counter modules
Application ' 1 !! ( 1 !!<) ()" )"( *:) ( "") )"" ) *:)- * ## +2 '- ") * )" )*:)- ( (," ( * ") *:)- ( " (
' 1 !!< ) ()" ("( * "
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' ""- "*3 *' 1 " , '* * "(( *)+" 7" A8
Technical specifications
Counter module IP 242A IP 242B
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IP 242A and IP 242B counter modules 7)(8
Technical specifications 7)(8
Counter module IP 242A IP 242B
, "
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IP 242A counter module!8
Upgrade kit* 1 !! ( 1 !!<
IP 242B counter module
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6ES5 242-1AA32 :)"
6ES5 242-1AA41
6ES5 242-5AB116ES5 242-5AB216ES5 242-5AB316ES5 242-5AB51
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6ES5 983-2AB11
6ES5 242-1AU11
6ES5 705-2BF006ES5 705-2CB006ES5 705-2CC00
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IP 243-3 analog module
Application ' () 1 !;3" ' ) ) ) "" ( ) * "" 3' "' ""
Design ' () " ' *3 "0
( ,7;# U #C ! " "83' & )"
! ( ,"7;# U#C ! "8
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' " '- ( 3' ' ,)" ' 1 !; (,() ,)" ( ( *'" ,)" * ( " " *' '1!; ')' ' / ,
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Technical specifications
A/D converter, 12 bit?) * )"
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IP 243-3 analog module 7)(8
Technical specifications 7)(8
D/A converter, 8 bit73' *8
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IP 243-3 analog module
(( " "
0
IP 243-3 manual
5"'
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6ES5 243-1AA13
6ES5 998-0KF116ES5 998-0KF216ES5 998-0KF31
Front connector K *
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Standard-function blocks* 1 !8
6XX3 0686XX3 081
6ES5 848-7MA01
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IP 244 temperature control module
Application ' 1 ! ) () " )"( * ( )" ( * ")( ,)"'" () """ ) " ')"**( ' 1' 1 ! ) (,() "
Design ' 1 ! " "" 3'' "' *)" ) 6 ( " " "" ""
' () :)" "
Inputs - ) * "3'' ( **7' "3'8D "- " * 3'' 3" *)(
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IP 244 temperature control module 7)(8
Principle of operation7)(8
Controller self-optimization' () '" "* 2 *- 7" 8") * () """ 7 ' "" ()"-8 ' () (" ' ) " ') '"
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IP 244 temperature control module 7)(8
Principle of operation7)(8
Actual-value processing ," * ),)" ( ,)"
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Technical specifications
Analog inputs
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Technical specifications 7)(88Analog inputs 7)(8
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General specifications
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7 C8 -
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Ordering data .( ? .( ?
IP 244 temperature control module
(( " " 0
Configuring package for IP 244 " ) ( "((
<8
5"'
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6ES5 244-3AB31
6ES5 244-5AA116ES5 244-5AA216ES5 244-5AA316ES5 244-5AA51
721 connecting cables"'((D
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76 ## 7># *88
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6ES5 721-4 BC506ES5 721-4 BD206ES5 721-4 BF006ES5 721-4 CB006ES5 721-4 CD20
6ES5 721-5 BC506ES5 721-5 BF006ES5 721-5 CB006ES5 721-5 CD206ES5 721-5 CF00
8 (" " 1 A!
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IP 246I and IP 246A positioning modules
Application ' 1 !> " ()" )"( * " ( " * 3 ( ( 6" 3' ," ( (,"
Design 3 ,"" * ' 1 !> " () ,0
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1 !> * ") 7(8 " ("
Principle of operation ' ( ( ":)( * " "( ' 9 * '1 !> " () '" ' . !> 2 "*3 7" A8 )" (( ' (,)"(
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' - *' 1 !> " () 73' ' . !> 2 "*38
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IP 246I and IP 246A positioning modules 7)(8
Principle of operation7)(8
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IP 246I and IP 246A positioning modules
Technical specifications
Position detection, incremental
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IP 246I and IP 246A positioning modules
Ordering data .( ? .( ?
IP 246I positioning module
IP 246A positioning module") 7(8
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<8 ( ""
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5"'
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Sub D connector 7"+8
7 )8
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706 connecting cable (' 9./ !#
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6ES5 246-4UA31
6ES5 246-4UB11
6ES5 246-5AA116ES5 246-5AA216ES5 246-5AA31
6ES5 750-2AB216ES5 750-2AA216ES5 750-2AA11
6ES5 706-1BF006ES5 706-1CB006ES5 706-1CC006ES5 706-1CD20
6ES5 706-2BF006ES5 706-2CB006ES5 706-2CC006ES5 706-2CD20
706 connecting cable 78 ! C ""
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705-5 connecting cable " " (
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6ES5 706-3BF006ES5 706-3CB006ES5 706-3CC006ES5 706-3CD20
6ES5 706-6BF006ES5 706-6CB006ES5 706-6CC006ES5 706-6CD20
6ES5 706-4BF006ES5 706-4CB006ES5 706-4CC00
6ES5 706-5BB006ES5 706-5BF006ES5 706-5CB006ES5 706-5CC00
6ES5 705-5B F016ES5 705-5CB016ES5 705-5CC016ES5 705-5CD21
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IP 247 positioning module
Application ' 1 !A " ()" )"( * " '( ( 6" 3' " "
Principle of operation ' ( ( ," " :)( * " "( ' 9* ' 1 !A " () '" ' . !A "" "*37" A8 )" (( ' (, )"(
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Signal to the power section
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IP 247 positioning module3') )
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6ES5 247-4UA31
6ES5 247-5AA116ES5 247-5AA216ES5 247-5AA31
6ES5 750-2AA116ES5 750-2AA31
704 connecting cable7 (8
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7> *8
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6ES5 704-4BB606ES5 704-4B F006ES5 704-4CB006ES5 704-4CC006ES5 704-4CF00
6ES5 704-5BC006ES5 704-5BF006ES5 704-5CB006ES5 704-5CC006ES5 704-5CF00
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IP 281 counter module
Application ' 1 !& ) () ")"( * :) ( "" ) )"" ) *:)- * !# +2 '"() " , ' 1 !! (1 !!< ) ()" "("( * "3' - 3 )'" :)(
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6ES5 312-5CA12
6ES5 312-5CA22
6ES5 312-3AB12
6ES5 312-3AB32
6ES5 760-0AB11
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IM 301 and IM 310 interface modules; distributed configuration up to 200 m (656 ft)
Application ' # # *()" )"( * (")( *) * . ()" ( . ()" 73') ((""8 3' , ' 5 & 6 ") ' 6 " ) ) !## 7>> *8 3-* '
Design ' # * ()" )( ' ( ' # * () ' 6 " ) (( 6 " )" ( 2( *) ' (")( 5 & 6 " )" *) # * ()" )( '
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Technical specifications
) ") 7 C8
# 6
# 6
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' * '
5 & 5 &A
' * '
5 &
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# 78
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IM 310 interface module* ' 6 " )
Terminator for the IM 310
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6ES5 301-5CA12
6ES5 301-3AB13
6ES5 760-0AA11
6ES5 760-0AB11
6ES5 310-3AB11
6ES5 760-0AA11
721 connecting cable## 7!& *8
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6ES5 721-0 BB006ES5 721-0 BB606ES5 721-0 BC00
6ES5 721-0 BC506ES5 721-0 BD206ES5 721-0 BF00
6ES5 721-0 BJ006ES5 721-0 CB006ES5 721-0 CB20
6ES5 721-0 CB606ES5 721-0 CC006ES5 721-0 CC50
6ES5 721-0 CD206ES5 721-0 CE006ES5 721-0 CF00
6ES5 721-0CG306ES5 721-0 CJ006ES5 721-0 DB00
6ES5 721-0 DF00
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IM 301 and IM 310 interface modules; distributed configuration up to 200 m (656 ft) 7)(8
# /")( * 5 & 6 " )" ' , ' # ( # * ()"
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IM 304 and IM 314 interface modules; distributed configuration up to 600 m (1969 ft)
Application ' # *()" )"( * (")( *) * . ()" . ()"( )" """ 3' , ' *3 6 ")"0
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' * ()3" *) " * !> - *)( 71 J ( "8 ' ( " - ""( , ") (("""
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IM 304 interface module* '
IM 314 interface module* ' 6 " )
Terminator for the IM 314
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6ES5 304-3UB11
6ES5 314-3UA11
6ES5 760-1AA11
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IM 308 and IM 318 interface modules; distributed configuration up to 3000 m (9900 ft) and ET 100U connection
Application ' #& & *()" )"( * (")( *) * . ()" 3' ,' *3 6 " )"0
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IM 308 and IM 318 interface modules; distributed configuration up to 3000 m (9900 ft) and connection of the ET 100U 78
Ordering data .( ? .( ?
IM 308 interface module" * () *
( 5 & *
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3'
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IM 318-8 interface module, * () *
5 ##
6ES5 308-3UA12
6ES5 318-8MA12
IM 318-3 interface module, * () *
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6 " )"
(( " " 0
ManualDistributed I/Os,IM 308-3U/318-3U
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6ES5 318-3UA11
6ES5 998-2DP116ES5 998-2DP216ES5 998-2DP31
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IM 308-C interface module; PROFIBUS-DP interface for S5-115U/H up to S5-155U/H
Application ' #& " 19.</1 " ( ", () * )
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IM 308-C interface module* '
19.</1
3' - ( 7!> +<-8
6ES5 308-3UC11 Memory card!> M- 519.
- 519.
6ES5 374-1KH216ES5 374-1KK21
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IM 304 and IM 324R interface modules for interfacing the S5-155H central controllers
Application ' I!9 ( I# * ()" )"( * + ' 3 = " 3' *"*
Design ' I!9 * ()" )( ' *" 7")) 8 (' I# * () ' "( 7")) <8 ' 3 * ()" ( , A! 76 ## 7!& *88
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Technical specifications
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# 6
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B
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Ordering data .( ? .( ?
IM 304 interface module* + ' "
* '
IM 324R interface module* + ' "
* '
6ES5 304-3UB11
6ES5 324-3UR11
721 connecting cable " !
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IM 304 and IM 314R interface modules for switched configuration at S5-155H
Application ' # ( 9 * ()" )"( * '"' *)* ' . ()" * ()(
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Principle of operation ' # ( 9 * ()" '( ()" 3 '" , ( ' 6 " )
Technical specifications
) ") 7 C8
# 6
9 6
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9 6
#
A B
B
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Ordering data .( ? .( ?
IM 304 interface module* '
IM 314R interface module* ' 5 & 6 " )
Terminator for IM 314R
6ES5 304-3UB11
6ES5 314-3UR11
6ES5 760-0HA11
721 connecting cable " !
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Front connectors
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Technical specifications
Front connector
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6ES5 497-...
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497-4UA front connector* "
73') "8
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6ES5 497-4UA12
6ES5 497-4UA22
6ES5 497-4UA42
497-4UB front connector* "3 "
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6ES5 497-4UB31
6ES5 497-4UB12
6ES5 497-4UB22
6ES5 497-4UB42
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Front connectors 7)(8
Ordering data 7)(8 .( ? .( ?
Front connector K for 6ES5-466.. "3 "
B(' G " D
"
B(' G " D
LED extension* * 3'
"3 "
"
6XX3 081
6XX3 068
6ES5 497-4UL216ES5 497-4UL11
Crimp contacts + * !#
Crimping tool* "
Extraction tool* "
6XX3 070
6XX3 071
6ES5 497-4UC11
Manuals, further accessories
Ordering data .( ? .( ?
S5-135U/155U system manual3' ")" *
5 1 ##
* ()" ( )
( ) ) ()" (
) ( ) ) ()"
5"'
'
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Programming instructions * 1 %!! < 5
* 1 %!& < 5
* 1 %!&< < 5
* 1 %& < 5
Communications manual forCPU 928B < 5
S5-135U/155U manual for CPU 922 3' "-" ) (
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CPU 928 3' "-" ) (
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CPU 928B 3' "-" ) )
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6ES5 998-0SH116ES5 998-0SH216ES5 998-0SH316ES5 998-0SH416ES5 998-0SH51
6ES5 998-0PR16ES5 998-1PR16ES5 998-2PR16ES5 998-3PR1
6ES5 998-0CN2
6ES5 998-0UL3
6ES5 998-1UL4
6ES5 998-2UL4
6ES5 998-1UM2
12345
Manuals 7)(8
S5-135U/155U pocket guide* 1 %!! 1 %!&
1%!&< ( 1 %&D
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5"'
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S5-155H manual3' ")" *
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Fan chassis for EG 184U !#!#C
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6ES5 997-3UA3
12345
6ES5 998-4SR116ES5 998-4SR216ES5 998-4SR31
6ES5 955-3LC41
6ES5 955-3LF41
6ES5 955-3NC41
6ES5 955-3NF41
6ES5 955-3NA12
6ES5 988-3LA116ES5 988-3NA11
6ES5 988-3NB41
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Manuals, further accessories 7)(8
Ordering data 7)(8 .( ? .( ?
Accessories for ZG 135U/155U,EG 183U to EG 187U 78
Spare fan (set of 2) !#C *
>5 %44! (
>5 %&&4
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Baffle plate* , ' *
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Dust filter holder* ( 5" 3' 3
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Dust filter (set of 10)* ()" * '(
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6ES5 988-3LB21
6ES5 988-3NB11
6EW1 000-7AA
6ES5 980-0DA11
6ES5 980-0NC11
6ES5 981-0DA11
6ES5 981-0FA41
6ES5 981-0EA41
6ES5 981-0FA11
Accessories for ZG 135U/155U,EG 183U to EG 187U 78
Dust filter (set of 10)* ()" * '(
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Dummy front plates* , * ""
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Power supply! C /D C
Fan subassembly! C /
Replacement fan
Dust filter (10 items)
Backup battery4') -
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6ES5 981-0EA11
6XF2 008-6KB006XF2 016-6KB00
6ES5 956-0AA12
6ES5 955-7NC11
6ES7 408-1TA01-0XA0
6ES7 408-1TA00-6AA0
6ES7 408-1TA00-7AA0
6ES7 971-0BA00
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Safety and reliability
Insulation group
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TI545* 0 A<'
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PPX:505-6504PPX:505-6508PPX:505-6511PPX:505-6516
PPX:505-6660PPX:505-6660-APPX:505-6663
PPX:525-1102
PPX:535-1212
PPX:545-1102
PPX:545-1103
CPUs + )$,
Firmware upgrade kit% 8" =
% 8" = 1
TI555 $ )
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* 18 A<'
* A<
TI560T +- ! - )*,
% - $"
= ' 2 8' 2
8 = 3' 2 8' 2
% (
= ' 2
8 = 3' 2
TI565T +- ! - )*,
% - $"
= ' 2 8' 2
8 = 3' 2 8' 2
% (
= ' 2
8 = 3' 2
PPX:2601099-8005PPX:2601099-8006
PPX:555-1101PPX:555-1102
PPX:560T1KM-1101PPX:560T1KM-1102
PPX:560T4KM-1101PPX:560T4KM-1102
PPX:565T1KM-1101PPX:565T1KM-1102
PPX:565T4KM-1101PPX:565T4KM-1102
/$ $
Ordering data TI525 to TI565 /$ ? /$ ?
CPUs (continued)
Programming manual for TI505
5!
Technical product descriptionfor TI525/TI5355!
System manual for TI525, TI5355!
,
!,
Technical product descriptionfor TI545/TI5554:
5!
!
System manuals for TI545/TI5554: ' 5!
3) 8
+! $- ' $' /
,' 5!
Technical product descriptionfor TI5455!
!
System manual for TI555, CPU5!
% ;B!
System manual forTI560T/TI565T, 5!
Programming manual forTI560T/TI565T5!
,
!,
,
Product description forTI560T/TI565T5!
!
User manual% $)$ /' 5!
PPX:505-8104DPPX:505-8104-5PPX:505-8104I
PPX:505-8103
PPX:505-8106PPX:505-8106DPPX:505-8106F
PPX:545-8101-4PPX:545-8101DPPX:545-8101FPPX:545-8101I
PPX:545-555-8101-2
PPX:545-8102
PPX:545-8103-3PPX:545-8103-3DPPX:545-8103-3FPPX:545-8103-3I
PPX:555-8101-2PPX:555-8101-1DPPX:555-8101-1FPPX:555-8101-1I
PPX:560-65-8109
PPX:560-65-8102PPX:560-65-8102DPPX:560-65-8102FPPX:560-65-8102I
PPX:560-65-8107PPX:560-65-8107FPPX:560-65-8107I
PPX:560-65-8108
ControllersControllers for expansion units / ! +/,
% 1,
3 ) $
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2 !
+2,' (
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C % $
0 % $
Communications modulesPeerlink module,4 " " & -
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% ' !
% ' $)$ !
TIWAY communications pro-cessor NIM- ! )
$)$ % +
, %
$)$ % +21,
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$)$ % +
, %
$)$ % +21,
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UNLINK host adapter- ! ) $ 4
= ' "
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% 2181
= ' "
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% 2181
= ' 2121 "
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PPX:505-6830
PPX:505-6840
PPX:560-2126-B
PPX:560-2127-B
PPX:505-6850-A
PPX:505-6851-A
PPX:500-2114-A
PPX:500-5114-A
PPX:505-5190PPX:505-7190
PPX:505-8115-2 .)
PPX:505-7354PPX:500-5053PPX:500-5054
PPX:505-7339
PPX:505-7340
PPX:500-5039
PPX:500-5040
PPX:505-7111
PPX:505-7112
PPX:505-7113
PPX:505-7114
, # 5) * 1, 1F 3< % ! ( &, 1F $$ / ) & 8, 2< % - 4: $ 2 ( & % 00
/$ $
0
Ordering data 525 to 565 /$ ? /$ ?
Communications modules+ )$,
FIM fieldbus interface module,+- ! ) ,
- ! : +%
/=52/25 $#,'
4%) & + 5 ' ":'
$#,' % ( "
& + ,
Industrial Ethernet module (NIM/Ethernet)4 " " & # 9 * 8'
# %) *
9 * C' - ! )
MODBUS NIM $)$ % ' # "
' - ! ) +5!, $
% -
RS485 coaxial converter% ( /
8C
TIWAY TAP3 ) % )
500 and 505 manual
Manuals for TIWAY modules ) $ ' 5!
) $ ' 5!
! $ ' 5"
!
Manuals for UNILINK hostadapter ) ' 5!
: ) ' 5!
DE * ' 5!
User for FIM,
5!
!
User for Industrial Ethernet,
5!
!
MODBUS NIM, English
I/O modulesDigital input modules 8 = 3' " )
& )
8 = 3' 0" )
& )
8 = 3' 1" )
& )
8 = 3' " )& "
)
8 = 3' 1" )&
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PPX:505-7202
PPX:505-CP1434TF
PPX:505-5184
PPX:505-6860
PPX:2703770-8001
PPX:500-8115
PPX:TIWAY-8124PPX:TIWAY-8110
PPX:TIWAY-8119
PPX:TIWAY-8106PPX:TIWAY-8121PPX:TIWAY-8101
PPX:505-8124-2DPPX:505-8124-3PPX:505-8124-2FPPX:505-8124-2I
PPX:505-8126-1DPPX:505-8126-2PPX:505-8126-1FPPX:505-8126-1I
PPX:505-8122-1
PPX:505-4108
PPX:505-4116
PPX:505-4132
PPX:505-4308
PPX:505-4332
I/O modules + )$,
Digital input modules + ,
88 = 3' 0 )
8 = ' )
8 = ' 0 )
8 = ' 1 )
= ' )
= ' 0 )
= ' 1 )
= ' )
= ' 0 )
= ' 1 )
8 = 3 $' 0 )
)
8 = 3' $ ) ' 0
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= 3' $ ) '
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Digital output modules 8 = 3' ' )"*
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8 = 3' ' &"* ) "
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8 = 3' ' 0 )"*
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8 = 3' ' 0 &"*
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8 = 3' ' 1 )"*
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PPX:505-4316-APPX:505-4008-APPX:505-4016-APPX:505-4032-APPX:505-4208-APPX:505-4216-APPX:505-4232-APPX:505-4408-APPX:505-4416-APPX:505-4432-APPX:505-4317
PPX:505-4318
PPX:505-4319
PPX:505-6010
PPX:505-4508
PPX:505-3508
PPX:505-4516
PPX:505-3516
PPX:505-4532
PPX:505-3532
PPX:505-4708
PPX:505-3708
PPX:505-4716
PPX:505-3716
PPX:505-4732
PPX:505-3732
PPX:505-5417
PPX:505-4608PPX:505-4616PPX:505-4632PPX:505-4808PPX:505-4816PPX:505-4832PPX:505-4908
PPX:505-4916-A
PPX:505-4932
PPX:505-5518
PPX:505-6011
/$ $
C
Ordering data 525 to 565 /$ ? /$ ?
I/O modules + )$,
Analog input module"! ' +" = 3=,
Analog output module"! '
+" = 3" ,
Analog input/output modules ( ) 8( ) )
+($ ,
(1 ) 8( !!"
$ ) ) +($ ,
Parallel input/output modules "! ' ) ( 9' 0"
-$ )
"! ' ) ( 9' 0"
-$ )
User manual for digital I/O mod-ules
Manual for 505-4317 interruptmodule
Manual for analog I/O5!
!
Special modulesThermocouple/RTD modules+- ! ) ,
) ' " G =' !"
)
) ' " G =' 23
% 23
$)
User manual for thermocouplemodule5!
!
User manual for RTD module5!
!
High-speed counter and encod-ing module ) ' 8 ) '
8 ) ) ' ) $ &6;'
8 = 3'
- ! )
High-speed counter and encod-ing module0 ) ' ) '
) ) ' ) $
&6;' 8 = 3'
- ! )
PPX:505-6108-A
PPX:505-6208-A
PPX:505-7012
PPX:505-7016
PPX:505-6308
PPX:505-6408
PPX:505-8105-2
PPX:505-8123-1
PPX:505-8110-2PPX:505-8110-2DPPX:505-8110-2FPPX:505-8110-2I
PPX:505-7028
PPX:505-7038PPX:2587705-8009
PPX:505-8111-3PPX:505-8111-2DPPX:505-8111-2FPPX:505-8111-2I
PPX:505-8114PPX:505-8114-2DPPX:505-8114-2FPPX:505-8114-2I
PPX:505-7002
PPX:505-7003
Special modules + )$,
Manual for counter module- ! ) ' 5!
- ! 0 ) ' 5!
Basic module +2181, % ' "
* A<'
"
Backup battery for basic module
EEPROM for basic program
Manual+)$ - ! $),
386/ATM module- ! 4: 10H' 2 8 <'
! $ $& <' & %"
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) +5!, $ % -
Manual+)$ - ! $),
Turbo plastic module )
G G= 3
8 ) ) '
7 G = 3
8 $ ) ) ' 8 = 3
Turbo parison module8 $ ) )
8 $ ) 8 )
Hot backup system560T hot backup system- ! 00 ! &) $'
) $ & +44HF0"",
$F
0 4:
+44HF0A",
0 4:
+44HF0A",
0 4:
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PPX:505-8113-2PPX:505-8127-1
PPX:505-7101
PPX:2587678-8010
PPX:2587681-8028
PPX:505-8101-2
PPX:505-ATM-4120
PPX:505-ATM-MANL-3
PPX:505-5100
PPX:505-5103
PPX:560H1KM-1101
PPX:560H1KM-1102
PPX:560H4KM-1101
PPX:560H4KM-1102
PPX:565H1KM-1101
PPX:565H1KM-1102
PPX:565H4KM-1101
PPX:565H4KM-1102
PPX:560-65-8103-2
PPX:505-8125-2
/$ $
Ordering data 525 to 565 /$ ? /$ ?
Spares for TI525 to TI555 F $ +. * ,
F +. * ,
$)* + & % ,
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+ & % 8,
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PPX:2587705-8010PPX:2587705-8011PPX:2587705-8003PPX:2587704-8001
PPX:2587705-8001
PPX:2587705-8009
PPX:2587681-8020PPX:2587681-8022PPX:2587681-8031
PPX:2587681-8012 .)
PPX:2587681-8030
PPX:2587678-8005
PPX:2601094-8001PPX:545-1111
PPX:2587704-8002
Spares for 525 to 555 + )$,
Fuses ' 1 =' & % ' %
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' 1 =' & % ' %
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PPX:2587679-8012
PPX:2587679-8013
PPX:2587679-8014
PPX:2587679-8015
PPX:560-2820PPX:565-2820PPX:560-2122
PPX:560-2123
PPX:560-2126-B
PPX:560-2127-B
PPX:560-2128-APPX:560-2129-A
PPX:560-2130
PPX:560-2136
PPX:2587755-8001
PPX:2587693-8010
Ordering data 575 /$ ? /$ ?
575 CPU1 A<
System manual for 575
575 user manual
Power supply modules (VME) = ' -
1 = ' 1 -
Interface for expansion unit(RCC)4)" $ 4: C
Digital input module (VME)- ! 1 ) ' =
Digital output module (VME)- ! 0 ) ) ' =
Digital input/output module(VME)- ! 0 /' 8 = 3
Mounting rack (VME) 1.0” - !
- ! 8
- ! 0
Coprocessor+ ' 0,
PPX:575-2103
PPX:575-8101-4
PPX:575-8104-1
PPX:575-6660PPX:575-6663
PPX:575-2126
PPX:575-4232
PPX:575-4616
PPX:575-4366
PPX:575-2124PPX:575-2128PPX:575-2130
PPX:2589739-8010
Accessories - ! 21
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PPX:2589739-8003
PPX:2589739-8004
PPX:2589739-8005
PPX:2589739-8014
PPX:2589739-8015
PPX:2589739-8001
PPX:2589739-8002
PPX:2589739-8016
PPX:575-2131
PPX:2589739-8012
PPX:2589739-8011
PPX:2589739-8007PPX:2589739-8006PPX:2589739-8008
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STEP 5 programming software
Application
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STEP 5 programming software ?+-A
Function ?+-A<+1
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STEP 5 programming software ?+-A
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STEP 5 basis packages ?+-A
Technical specifications
STEP 5/ST basic package for programmers and PCs STEP 5/ST for mini-controllers
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Ordering data 7 3 7 3
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6ES5 864-0MA046ES5 864-0MA04-0KL1
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6ES5 734-2BF006ES5 734-2CB006ES5 734-2CC50
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Ordering data 7 3 7 3
TISOFT for 505 Version 6.2
TISOFT upgrading to Version 6.2
TISOFT license V6.2 for 505
TISOFT V6.2 additional copyfor 505 PLC
PPX:PC505-6262
PPX:PC505-UPG62
PPX:TSSL505-6251
PPX:TSSL505-6362
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PPX:TS505-8101-6PPX:TS505-8101DPPX:TS505-8101FPPX:TS505-8101I
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SIMATIC APT software5 # -
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SIMATIC APT software5 H
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PPX:APT-6201-T
PPX:APT-6202-T
PPX:APT-6204-T
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PPX:APT-8100
PPX:APT-8101DPPX:APT-8101F
PPX:APT-8102DPPX:APT-8102F
PPX:APT-8200-T
A ++ (- '-+- (+
S12
S11
S10
S9
T8
T9
T10
S8
S7
S6
S5
T5
T6
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S4
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T3
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Software package GRAPH 5/IIV7.0A(MS-DOS, FlexOS))
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PRODAVE DOS 511 1 .
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6ES5 886-2WQ016ES5 886-2WQ01-0KL1
6ES5 886-2WP016ES5 886-2WP01-0KL1
6ES5 897-2UD 16ES5 897-2UD 1-0KL1
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# %
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COM 260
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# %
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COM 265
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# %
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# %
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6ES5 266-5AA116ES5 266-5AA216ES5 266-5AA31
COM PMC
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COM PMC parameter assign-ment software B # G') %
M %;7
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6ES5 835-4SF16ES5 835-4SF1-0KL1
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COM REG
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COM REG parameter assign-ment software? %;7A
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6ES5 895-3SA126ES5 895-3SA226ES5 895-3SA32
6ES5 895-3SA12-0KL16ES5 895-3SA22-0KL16ES5 895-3SA32-0KL1
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SIEPID S5 (continued)
Functions 9+ -% .-/
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SIEPID S5 software package?'%;7A
G 1
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6ES5 834-3MA11-0KL16ES5 834-3MA21-0KL16ES5 834-3MA31-0KL1
COM PP
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Ordering data 7 3 7 3
COM PPparameter assignment software B # ) ==
# + + #
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Ordering data 7 3 7 3
PMC PRO parameter assign-mentsoftware # G')
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COM 115H, COM 155H, COM 95F, COM 115F
COM 115H and COM 155Hparameter assignment soft-ware
# )7' 6 )7' 6 +1 % # -% % 6 % 6 * +%
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COM 115H parameter assign-ment software # % 6
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6ES5 895-3SR36ES5 895-3SR3-0KL1
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COM 115F parameter assign-ment software # %
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COM 95F parameter assign-ment software #
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COM PROFIBUS ?+-A
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Manual for thedistributed ET 200 I/O system8
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6ES5 998-3ES126ES5 998-3ES226ES5 998-3ES326ES5 998-3ES426ES5 998-3ES52
COM ET 100
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COM ET 100 parameter assign-ment software #
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COM 521 BASIC
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COM 521 BASICparameter assignment soft-ware - #
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8 # +#
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COM 525, COM 530, COM 5431 FMS/DP, COM 1430 TF, COM 1473 MAP
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Ordering data 7 3 7 3
COM 525 parameter assign-ment software # )
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0 8 # +# &0
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6ES5 895-4SA16ES5 895-4SA1-0KL1
6ES5 835-6SC16ES5 835-6SC1-0KL1
6ES5 895-6SC16ES5 895-6SC1
12345
6GK1 745-1AD00-0EA06GK1 745-1AD01-0EA06GK1 745-1AD02-0EA06GK1 745-1AD04-0EA0
CP 5431 FMS/DP manual8
#
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COM 1430 TFparameter assignment software #
) = # ) = %
- G 1
8
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CP 1430 TF/COM 1430 TFmanual8
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Parameter assignment soft-ware COM 1430 TCP)-
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ManualCP 1430 TCP/COM 1430 TCP8
#
COM 1473 MAPparameter assignment software # +%
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G 1
8
#
CP 1430 TF manual8
#
6GK1 970-5AB01-0AA06GK1 970-5AB01-0AA16GK1 970-5AB01-0AA26GK1 970-5AB01-0AA4
6GK1 743-0TA00-0EA06GK1 743-0TA01-0EA06GK1 743-0TA02-0EA06GK1 743-0TA04-0EA0
6GK1 970-1TA43-0AA06GK1 970-1TA43-0AA16GK1 970-1TA43-0AA26GK1 970-1TA43-0AA4
2XV9 450-1AU01
2XV9 450-1AU032XV9 450-1AU02
6GK1 773-0MA10-0EA06GK1 773-0MA11-0EA0
6GK1 970-1MA73-0AA06GK1 970-1MA73-0AA1
.+
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SIMATIC ProTool and SIMATIC ProTool/Lite
Application/Programming
&'(&) &'(&) +%- +-&'(&) 4 2 % -+# 6'& # &'(&))$: + 2# + * +-%/
; 7 7 7 7 7 7 7 ?.%* A 7 7
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Features of SIMATICProTool and SIMATICProTool/Lite & +- .+
# #+- *%+- - # 2 , 7# 2
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SIMATIC ProTool and SIMATIC ProTool/Lite ?+-A
Ordering data 7 3 7 3
Configuring software SIMATIC ProTool/Lite V4.01)
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Technical specifications
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Signalling functions ?+-A
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Data handling blocks
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Data handling blocks ?+-A
RECEIVE9+.
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Data handling blocks ?+-A
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FB 126 for 155U
FB 126 for 135U
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Data handling blocks ?+-A
SYNCHRON2+#B
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“Data handling blocks”program package
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6ES5 842-7CB016ES5 842-7CB01-0KL1
FB 167 for 115U, 135U, 155U
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Function blocks for IP 240
Application # # % &7 - ? +% =A >- # *+ + # -+% # &7- +>- %+ # .-# -+ # -
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FB 169 for 115U, 135U, 155U
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Function blocks for IP 240 ?+-A
STEU.POS) -+ *+1
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FB 170 for 115U, 135U, 155U
FB 171 for 115U, 135U, 155U
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Function blocks for IP 240 ?+-A
STEU.WEG) +
# -+ + *4+- # # G) +G -+*+1 G +G/
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9 +1 + * 9 2 .- +1
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FB 173 for 115U, 135U, 155U
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Function blocks for IP 240 ?+-A
STEU.DOS) +-
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&- + #& = -+# B
9 +- .- - *
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Technical specifications
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Technical specifications
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Ordering data 7 3 7 3
# -+ *+1
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Configuring package for IP 240+ /
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6ES5 240-5AA116ES5 240-5AA216ES5 240-5AA316ES5 240-5AA51
FB 178 for 115U, 135U, 155U
FB 179 for 115U, 155U
9-
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Function blocks for IP 242A
PER:ZSTK)- - +? A
# & = ( +- -2 - % # < " -+*+1 - # -+/
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Technical specifications
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Technical specifications
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FB 180 for 115U, 135U, 155U
FB 181 for 115U, 135U, 155U
FB 182 for 115U, 135U, 155U
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Function blocks for IP 242A ?+-A
PER:BS, +- -? APER:BL9 +- -? APER:IN(+1 +- -- ? A
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Function blocks for IP 242B
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FB 185 für 115U, 135U, 155U
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Function blocks for IP 242B ?+-A
INT:242B+ -
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FB 161 für 115U, 135U, 155U
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Function blocks for IP 242B ?+-A
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Function blocks for IP 243-3
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Function blocks for IP 244
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Function blocks for IP 246 and 247
Application # G) % -G G &%B -G
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Function blocks for IP 246 and 247 ?+-A
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FB 61 für 90U, 95U, 100U
FB 62 für 90U, 95U, 100U
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Function blocks for IP 262
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Function blocks for CP 516 memory submodule
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Hard- and software require-ments
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Allen Bradley Data Highway
Extended open driver
General notes
Technical specifications
Settable parameters
Data transmission is performed with the full du-plex (DF 1) protocol for the data highway asyn-chronous link from Allan Bradley.
All Allen Bradley modules on which the full du-plex protocol can be parameterized on the”asynchronous link” interface can be used asthe communication modules. Coupling with the2nd CPU interface of Allen Bradley CPUs isalso possible if the full duplex protocol can beset .
The procedure is operated on an RS 232C,V.24 20 mA (TTY) or RS 422 (four–wire full du-plex) interface.
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Transmission is performed asynchronously, halfor full duplex and is run on an RS 232C (V.24),20 mA (TTY) or RS 422/485 interface.
The RS 485 interface of the CP 544B can usethe RS 232C (V.24) interface with a modem formultipoint connections. Moreover, RS 232C(V.24) signaling and control lines can be used ifthe special driver is used.
Transmission rate 300 baud to 76800 baud;TTY up to 9600 baud,RS 232C (V.24) up to 19200 baud
Character frame Mode, i.e. end criterion for receive CP functions as master of a master–slave link With/without RS 485 operation for two–wire
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Configuring notes for the S5-95F
S5-95Fprogrammable controller
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Block diagrams and module combinations for S5-95F
Block diagram Characteris-tics
Modulecombinations
Block diagram Characteris-tics
Modulecombinations
9
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Block diagrams and module combinations for S5-95F (continued)
Block diagram Character-is-tics
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Block diagram Characteris-tics
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Block diagrams and module combinations for S5-95F (continued)
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6ES5 470-8MA126ES5 470-8MB126ES5 470-8MC126ES5 470-8MD12
⋅
Configuring sheet for the S5-95F
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Design, I/O types for S5-115H
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Design, I/O types for S5-115F
Design "3 #'% %'" ' 5''#! %"!! %" #"'%3 %5
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I/O types !! 5" ' "5" !5% %" + '2 # & 3 "%%"#"$ ! ' "3"25 %%" "3'! !' " "3I- "25I& 3 "'#! #!$%"' "3 " -"25 ' "3 ' 5'%K &
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Characteristics of inputs and outputs, address assignment, scan time for S5-115F
Characteristics ofinputs and outputs
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Binary inputs" "3 # '%3%2%! #"3 #" '"' 5% 5" '& "35'" 2" "%" '2 E'" $3 %5' E '! 5" '! " $!!5'" !2 ' "3 5" ' %"' 5 "4 %5'%2 ",& @$E "3 5" '! "!! E'"'" "3 "3 5"" %5'%2 " ' '!" 5 " &
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Binary outputs3 5'" 2" %3%B"""" #'2 "5" 4"25 , % E2 ""%2%!& ' "5" II '""3'" " " $!! #$"%3 " I I ' 3""'" 4' E% E', "!"3 '%'" ' #'%B 5"3' 5 & H3 %3%B $"3 "3 II '! "3 '%"'" '" %" % "3"5" ' %3%B '"'"3& 3 "" %" " " # "'B "'%%" "3 5'&
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Characteristics of inputs and outputs, address assignment, scan time for S5-115F 4%" ,
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Block diagrams andmodule combinations
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Block diagrams and module combinations for S5-115F
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Block diagrams and module combinations for S5-115F 4%" ,
Block diagram Characteristics Permissible module combiantion
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Block diagrams and module combinations for S5-115F 4%" ,
Block diagram Characteristics Permissible module combinations
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Program blocks for S5-115F
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Program blocks, standard function blocks for the S5-115F
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Technical specifications and dimensions
Technical specifications
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