!"# " $""!!"!! !!!#"#!! ,. 6)(7 ###.

!"# " $""!!"!! $"" % &'()**+(+),-% &'()**+(((.%""/. 012!3"!"3"!!!!!#"#!!!"#"!"! #" 012! (43!!5,. )(7 5%8 &'()**+((,-%8 &'()**+((( ###.

" ############################################################################ 920:20209;<0.0=;>?1 ;,,0>74:>)2>** 22?< $%&############################################################################',;@;>?220?0;%790402A7B,;@;>?2>271==0;?;>02;B,;@;>?2CD421%>?402A7C =>>:;?97C #############################################################################?0<>;>?79;7.:29?* )<:;0;>?*!* * 07+B(** 07* *&"'* 0?4! %* 07* *&"'* *<:;0;>?*+ 7E<)!&7C"'*+ =) -=!*+ ;F0=;>2=<:;0;>?*) :! *) ;2?02=2%; F)*+.)+B;+F)-*+.)-+B;*F)*+*B ;2?02=4% F)*+*C ;2?02=% FB 2;*FB 2 ;2?02=%2;2;*FBB3B3* 2; *FB.B3 ;2?02=%2*FB * ;2?02=,%2*FB3 ;2?02=?%; *F)*+ + ;2?02==% FB 2;*FB 2 ) ;2?02=>%; F)*+.)+BG ;*F)*+ ;2?02=%2;.2;*FB.B32*FB3 B ;2?02=% F)*+ C ;2?02=H%2; *F++ ;2?02=0%2; *F+3+ ;2?02=7%2; *FB"+* ;2?02=%;+F *-*++ ;2?02=<%; FB*.FB*.*++ ;2?02=%; FB*.FB*.*+( "###############################################################################( 0=2?>;=2;4;;1+) =;77;>+) ;==<>;1+) ;=2;>;0>=>+ :E! "+ 79AF;402;>7077+ 7E+ 0!3+ 7!3+ ######################################################(' :07<1+B

)%<2>==<>;2;>0=;>27+C <!"&'( 07* *F07+B("(!( *<(* <)!(* 7E<)!(* : % 07* *07+**(* <)!! (? 0=!&0='( =)!(+ ;?;2;><7%;.;+=<7() 72,1;?;2;><7&:;0;>?>0'%; *( 72;;?;2<<7% =<(B 021;?;2<<7% FB= 2(C ;?;2;F%;*) >>;722>2?<00>;><7%2;.2;*) >072>2?;H<7>7;>>>;77%2;.2;*)* 2>2?+.*=2<00><<7%2*) 2>2?2?<<7%2*)+ 2>2?<00>2>2?;F%2; *)( 7>70;><7%2; *) 7<0;?;2;><7%; )B 7<0;?;2;><7F<<7%; )C

)!! *+,-,!./!".;"0)#0.,1)-! E!-#9 -!#*0,1)##!!"#*2.!/)#- ;> 20.,12!,!.*.&; "2* " < *"'!#!.*.)&)*+)*+! "#BB2>2"#'2!E!!#! " 4A,!!! #E > <E +!%E ;FE +!%;F -E >!!#3,).#*..!/-2!).) +!- 4).)!# <!!E!&! -'-!# <E "(;FE!!, #3"F"E3!#,&-! '!#3<E"#""E- E ""&- '! E "#&<'!(* +(!!! >* +()BC* +()BC***** *+I >E* +() Base Functional module Block 0 = CPU. Here, the processor board (functional module) with 2 communication modules (terminal modules) Terminal module 1 Terminal module 2 Bus between Logical places = connectors of blocks Take care than the numero of blocks must continue on the extension base. Block Connector (socket). Its position (numero of slot) depends of the width of previous blocks) Block Connector (plug) Example : Block no 5 = One Input/output block. Here, the functional module with 4 terminal modules on slots 19 to 23. One block = One sale reference = No dismantled device 9!#.

2<;>% #!E3#!(!"!!7!#9EE3#!(F"7D #3E#!! -0.*2-0) )*!*!*!2,!,,*!,+ --,),!2 /!!-5,-)*#!)!0)) ""*-#!!4E!-!-!" 7% -!&!' #""E&!' <E!;FE -% -! 2!!"#""!&' ;FE ;FE 3-&! #' =2;>427 4A* +() @>7;>427 4ABC24-2-!)!0)!*)5+)55.0.,17)!).$!)! 0.,1!-!)!0)# ;!

22!,)0+!!*!#)!*<;"F"E ) * < < --!< (-- <+<+ 7 " -*)* 2"!"!##E!% 2# 2 * ;) ). # ; ; (-- -7#3"A * #)!*

./ ), 5!. 2!,!,!. *. )5) +)55. *+.+B 7 7 * 7 +* 7 +*!)!0.,1) - @ @ - @ @ &!!"#""- '!)!,0.) " ** 24@** " +( 24@+(! **&1 ' 24@1**! +(&1 ' 24@1+(,+!.),!!,) &3' 4,B (B" &3' 4B (B" 7" &3' 40B (B" E 4* (" 0)) +,=4+ + =4 "),-! :E,;@ :J K,;@ : E,;@ )8 9)8:,!!,!-2. 0.0); ).E 07 ).*E 07* * 4). E 07 ().+E 07+ + 3).(E 07( (,- 9,,-:,!!,!-2 0.0 )!!)!220., ). 07 0.,1).".,1 2!, *.) ), 5! 5) <+ <+ <) =) <) =) <%07* *!<74.+ -! 8 0!<(3,!!, -07* *F07+**F07+B( =! )-*0*) <%07* *!<74.7!!0L+( -07* *F07+**F07+B( * * ;!

44> 0.,1)+ --!.!1 &M'-)?5!))0,!!,,!!)-+4!*('3!2,)+-,- 0)*,.) 8.,,*!/-+!/.0.,1 2!, *.,5)! ), 5! < < * < = 07* *F 807* *F+B(&M' < < * < = 07* *F 807* *F+B(&M' = 07* *807* * < * < * < = 07* *F 807* *F+B(&M' = * 07* *F+B(807* *F+B( < < + < = 07* *F 807* *F+B(&M' = 07* *807* * = * 07* *F+B(807* *F+B( < + < + < = 07* *F 807* *F+B(&M' = * 07* *F+B(807* *F+B( = * 07* *F+B(807* *F+B( < ( < + < = 07* *F 807* *F+B(&M' = 07* *807* * = * 07* *F+B(807* *F+B( = * 07* *F+B(807* *F+B( < ) < + < = 07* *F 807* *F+B(&M' = * 07* *F+B(807* *F+B( = * 07* *F+B(807* *F+B( = * 07* *F+B(807* *F+B( 43> 0.,1)+ --!.!1.0.,1 *. ), 5! 2!,,5)! < ( < (+ < = 07* *F 84.0L+( < ( < (* < ( < (+ < (( < () < (+ = = < (+ = = * < (+ = = = * < (+ = = * = * < (+ = = = * = * < (+ = = * = * = * < 07* *F 84.0L+( 07* *807* * < 07* *F 84.0L+( 07* *F+B(807* *F+B( < 07* *F 84.0L+( 07* *807* * 07* *F+B(807* *F+B( < 07* *F 84.0L+( 07* *F+B(807* *F+B( 07* *F+B(807* *F+B( < 07* *F 84.0L+( 07* *807* * 07* *F+B(807* *F+B( 07* *F+B(807* *F+B( < 07* *F 84.0L+( 07* *F+B(807* *F+B( 07* *F+B(807* *F+B( 07* *F+B(807* *F+B( 5) * + + ( ( 5) * + + ( ( +

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

), 5!.0.,1 2!, 5)!>!,!.*.@!.*.),59(=; ) 7# +*+ F)*+ * *("7 +)+ F)*+ * * 7# )*+ F*-)*+ *("7 ))+ F*-)*+.5) B 7# (** FB 2 * *("7 (*) FB 2 * ) 7# (+* F*-B 2 *("7 (+) F*-B 2 *+ 7# ((* F -B 2 + *("7 (() F -B 2 + * 7# ()* F+-B 2 ( *("7 ()) F+-B 2 ( * /.!5@50.,1)!5)9(=;A'.5) 7# ;(* ;*F)*+F B 2 *("7 ;() ;*F)*+ FB 2 B3 "&*+F+BF*' ;)+** ; F*-B* 8B"#!!! & ' )5) )

), 5!.0.,1 2!, 5)!>!,!.*.@!.*.)!./!5) @A B 7# ;2** 2;FB * 7*(" ;2*) 2;FB * ) 7# ;2+* 2;*F*-B 7*(" ;2+) 2;*F*-B =@A= B 7# ;2 ** 2;FB3 * 7*(" ;2 *) 2;FB3 * ) 7# ;2 +* 2;*F*-B3 7*(" ;2 +) 2;*F*-B3 3=@A3= B7# ;2(** 2;F-B3* * )7# ;2(+* 2;*F* B3*!./5) (@ B7# 2** 2*FB * =@A= B 7# 2 ** 2*FB3 * 7*(" 2 *) 2*FB3 *!./!5@50.,1) &7#' B"*F8*2 +"+.*2 ; * 2; * B + B"F8 +"F8 B"&.*F8 (N' B"&.*F8 (N' +"+.*2 B"&.*F8 (N' +"F8 ;+ * 2; * B3 +3 ;(** 2; * B" ;( * 2; * B" + ;( *+ 2; * B" +3 )5) * MB"#3*" ;!

,-.7O!/ B)!/5./ *>)-0,1) E&!%-*('!E# &=)'! "! 22 Front view n mm Left profile view 90 75 108 n+25 m m 25 *!)!)+ -)-0,1)),+,-!!/!),%.,1&-*('!!" -! # #!+#!-!!") "!3!3."3! 3 4 Front view n mm 4 Left profile view 91 108 32 40 Latéral flange 85 B,- "!%E

,-.7O!/?C0>.!/0,1) E&-*('!E!# CP #=)# 29 Front view Left profile view n mm 123 51,75 132,5 n + 38 m m *!)!)+ -.!/0,1)),+,-!) 5!!+ /-) $" > # & ' &E' ) * &C"' ) #""E <E * * + + ( ( ;FE * *+ ) + + ( (B ;! C

!!,!) %!*!/D-.*),-*/ # ""*+ 0"% =+ # "" %!.+!/* /!! =+# <!!"!!! #!!!# %3#!!! "! "# "" &>%! "3!!$"#""' 7! ;F!!!!3 *?! 7!.:!

+!/!,!*. ) )<""+!!"",!,!5)!#C"."".7!!#!!3 * <""% 07* *F07+B( 07* * 07* *F+B( #% 07* *F &M' 07* *F &M' 07* * 07* *F+B( &M'2! #!)" ##"=!"!# " 72<;> Q 4 -!,-!!. * *+B( * *0? 8.0.!-,2-44# 44 * *0? 4 * * * * 4 * *+B( * *+B( 5*!!, E*!/- 5./ = 7!!0L.+(,!#!."&,Ω' -#!# 7"" B )0. ( + 08 * @. @8 ;! *

('3 8.0.!-,2-4!*!-,!*,2-4# 07+B( 3!#*2!407+B(!."%"!!3!!) ))!%!,5!% O!3!.(R<.<R.(" ""-.*( O! 3! 8( R <.< R 8( """-8*( ;.(R<.<R.(3! "! ;8(R<.<R8(3! "! *.%<.<$""-8*(!!*5*! 5. B* o o 7 o 8 o 9 o 1 o 2 o 3 o 4 o 5 1m max A + B - 0V Zc +5V +1,5V -1,5V -5V Twisted par Ua - Ub Logical state 0 Logical state 1 Shield to earth : polarisation Zc Zc = cable impedance!*>07* *07+B(!3&#3 "' *"O07+B(#E%5. B!**5!. B!>28!4."."O!&(EΩ'!!3"O#!07+B(#E;! O "O+Ω. B!)-.*0!*1!)!/.! F5!!-.!#! "!)!C!++Ω3 &; * P!P'!*5!>:!"-#E3!$"!## *Ω$!!!!!#"!C ** )<#

49) 5.; 8.0.!-,2-4!*!-,!*,2-4#!!/>07* *!07+B(".7"* (! $!!B&07!7'07* * 2!LF=!"07"3!& #(!* 3'#!!"3 %" */>!-,2-4!*447!) "!& '"!!" &""' 495.; 7 8 9 1 2 3 4 5 8.0.!,!*,2-4# Bridge PRG ( if necessary, contact the technical support) Rx RTS Tx CTS 0V Receive data Request to send Transmit data Clear to send Ground 07"&"'LF=!"3!& #8(8* 3'#;!" 3 0!07 "!""#70!7! 7 8 9 1 2 3 4 5 DCD DSR Rx RTS Tx CTS DTR RI 0V Data carrier detector Data set ready Receive data Request to send Transmit data Clear to send Data terminal ready Ring indicator (no connected) Ground ;! *

+!/.".,1 2!, <+ <+ *.) ), 5! 5) <) =) <) =) <%07* *!<74.+ -! 8 0!<(3,!!, -07* *F07+**F07+B( =! )-*0*) <%07* *!<74.7!!0L+( -07* *F07+**F07+B(..!1)2 *.9!-)0?5!),!!,; 4 ( >2%07+B("#!! #B"!!"#># 0=!&0=';!07+B(E =) E 4*. * * -!,-!!. " 8 *. ;8 + ( ) ;. B *+ *<#

..!1) -,25 07* * 07+** 07+B( 0('3> TX+ TX- RX- RX+ GND 0@8!0@."O!#(ES *S!"#0@8!0@.! 0@8! 2" ;! *(

@!.*.+!/ 0!%2""!! +! 3!.*.!G-,.))-2!,!0*; # # " 3!!" #"3 ;!!# #"!!% *-5!!!!!-2!,2-+!/5.!! # " 5!>)0.,1)-805+*#%!.-5+)55. )) *! -2 )++!/5!)#,55, )!+ -!+!/7!.!!.*.F )5+)55.! *5+.!.*.)2-0.,1#!,5.!2-5,!2-!.*./!)88./7 ),!**5,- )55.,, 0#32)# ;&2773'E!!!#O!3N #!3$>!/* /0. /.!5) +)55.!!, / ; F)*+ *+ 7# ; F)*+ *+ 7*(" ; F)+B +B 7# ; F)+B +B 7*(" ; *F)*+ *+ 7# % ;+F)-*+ *+ 7# ;+F)-+B +B 7# ;+F *-*+ *+ 7 " ;*F)*+ *+ 7# ;*F)*+ *+ 7*(" ; FB*.FB*.* *+F+BF* 7# ; FB*.FB*.* *+F+BF* 7# = /.5) /!. F)*+ 7$*+ 7# " FB 2 7 7# FB 2 7 7*(" F)*+ 7$*+ 7*(" ;*FB 2 7 7# ;*FB 2 7 7*(" ; FB*.FB*.* 7 7# = *) ;F!#

!./!5) /!. 2;FB.*F8*2 7# 2;FB3.F8 7# 2;FB3*.(F8( 7# 2;FB.*F8*2 7*(" 2;FB3.F8 7*(" 2;F+3 F 7C" H 2;F+ F*2 7C" H 2;*FB.*F8*2 7# 2;*FB3.F8 7# 2;*FB3*.(F8( 7# 2;*FB.*F8*2 7*(" 2;*FB3.F8 7*(" 2;*F+3 F 7C" H 2;*F+ F*2 7C" H 2; *FB.*F8*2 7# 2; *FB3.F8 7# 2; *FB".(NF8 (N 7#!./5) /!. 2*FB +F*2 7# 2*FB3.F8 7# 2*FB3.F8 7*(" 2; *F+ +F*2 7# 2; *F+3.F8 7# ;! *

%>4@ #(0 ('07(@ (0 ('07@ #(0 "5 #B""#"" ">##8 %!%,G!*%,, 8 2!3!! )*+ ; *+ )*+ ;* *+!#8 )+B ; +B 7""! )-*+ ;+ *+ )-+B ;+ +B 7""!3!" 8 (2 * + ( ) B C * + ( ) B = * + ( ) B C 2 4, *B ;F!#

;! *C %">4@(0 )*+!%)! "(=,,7),+!.""") "#!8"!!3! %!%,G!*%, * + ( ) B C * + ( ) B *+ = * + ( ) B C 2 4,

%>4@'407@'40 B. "&%"#"'B"# 2*+"#""B %!%G!*%B,G! % G!+%B,,!! B 2 2!3 >""!&*+ ' B 2 ;*!,))""!&"! *' *+ = 0 * + ( ) B C * + ( ) B * + ( ) ;F!#

%>@' #,0' #80' #80 4@' #,0'#80 B!%B "@A B!%B "@A= 4B*%B "3@A3= %%G*%B, * + ( ) B C * + ( ) B 5!>E 3" ""3 "* 8. 8. *8 *. 8. +8 +. (8 (. )8 ). 8. ;!

* ;F!# %>@'#,0 B!%B "(7#B" "#""B %% * + ( ) B C * + ( ) B 8. 8. *8 *. 8. +8 +. (8 (. )8 ). 8. *+

%>@'#80 B%B"#.B "@A= "*E! 3"" * + ( ) B C * + ( ) B 8. 8. *8 *. 8. +8 +. (8 (. )8 ). 8. ;!

%%>4@ )(0 )*+#B"%)! " "3##8"!!3! "#8 %!%,G!*%, >"D**D!!-"-" 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o 14 o 15 o 1 o 17 o 18 o L1 0V sensor L1 L2 L2 Resistor network 24V Fuse 0 1 2 3 4 5 7 8 9 A B C D E F + ;F!#

4@ )(0>52!!/.!9)* /0.+; ; *!! - "!&>' -!&>' - #"TU!7*! - #"TDU!7*D! T,!U"7!+"*0!0" ##E"&#' 7#E #E 0 0 L1 L2 L3 L2 7 0" 0" 7 L1 L2 L3 L2 7 $3 7#E #E "! 0V 080" 0"! 0V 0 &0-0"'F&080"' >-8.),5! )2+)/22+!!*!, 9)!*5;#-)0 *!,.2.,-!!.)2-)40*# )!*58.) 0!0"!"&00'!!# " >!) )!,:) )!,0+!!*A) )!,0+!C!* C# CC) 0ES 0 ** 0- Functioning point 0ES V;&2'V**F&80'#0ES 5. :#;V 2&3' 0V&**F;'.V&**F 'V) ES 0#E!()E :#E0V0V E&!!3' 0"V0.0V) V E :0"V E&!!3';V**F&8))'V*C2 ;! (

%>4@'4)7@'4) B 2%7*(" B"&#E ' 2*+"#""B! %!%G!*%B,G! % G!+%B, *+, 14 o 15 o 1 o 17 o 18 o 19 o 20 o 21 o 22 o 23 o 24 o 25 o 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o #8! ;* &).B' &.C' *&B.*' &C.*' +&.**' (&.* ' )&*.*+' &.*(' * B&).B' C&.C' 2&B.*' 4&C.*' &.**' &.* ' &*.*+',&.*(' ) ;F!#

%>4@ #() #(')I @ #() 5(=('= "*(".7%"#"") "3##8 %!%,G!*%, *++B,(2 14 o 15 o 1 o 17 o 18 o 19 o 20 o 21 o 22 o 23 o 24 o 25 o 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o Ch. 0 1 2 3 4 5 7 8 9 A B C D E F,;! )+B "#! ;#8 ;* ;!

%>@' #,)' #8)@'#8) B ",!@A79' #,);*(".7 B "8./=@A=9' #8);*(".7 B "8./=@A=9'#8);*(".7 %!%G!*%B,,!"""";P7"P!"! "&*"' 14 o 15 o 1 o 17 o 18 o 19 o 20 o 21 o 22 o 23 o 24 o 25 o 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o = Ch. + 0 - + 1 - + 2 - + 3 - + 4 - + 5 - + - + 7 - B ;F!#

% >4@#() 5(="*(".7 "#!8"!!3! %!%,G!*%, *+, 14 o 15 o 1 o 17 o 18 o 19 o 20 o 21 o 22 o 23 o 24 o 25 o 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o Ch. 0 1 2 3 4 5 7 8 9 A B C D E F! #"!! ;! C

+ ;F!# %H>4@(#,0 + ",!(@7B"#%"#""+ ;!! %+ * + ( ) B C * + ( ) B 8. 8. *8 *. 8. *+,

%>4@(#80 + "@A=7B"# *E! 3"" ;!!,%+ * + ( ) B C * + ( ) B 8. 8. *8 *. 8. ;! +

+* ;F!# %>4@' #50 B" )!)*"#& ',*#! "@!"@. 8. *8 *. * 8. +8 +. + (8 (. ( )8 ). ) 8. B8 B. B * + ( ) B

%>(@4 () (= 5 " "%"#"" * "3!##8 %!%,G!*%*, 2 *-*+! "#! *+, 20 o 21 o 22 o 23 o 24 o 25 o 2 o 27 o 28 o 29 o 30 o 31 o 32 o 33 o 34 o 35 o 3 o 37 o 1 o 2 o 3 o 4 o 5 o o 7 o 8 o 9 o 10 o 11 o 12 o 13 o 14 o 15 o 1 o 17 o 18 o 19 o Ch. 0 1 2 3 4 5 7 8 9 A B C D E F 10 11 12 13 14 15 1 17 18 19 1A 1B 1C 1D 1E 1F ;! +

%>4@' #0@' #0 B! "(=,,7('=,,=,, 5#&+"'% "#""*" "3##8%*++B*"!"#"" %!%;;BG!*%;C;) ; ;* *+ +B * ; ;+ *+ +B * ;( ;) *+ +B * ; ;B *+ +B * 8+B 8*+ 8* 8* ++ ;F!#

%=>4@' #0@' #0 +! "(=,,7('=,,=,, 5!+"*# &"'% "#""*" "3##8%*++B*"!"#"" %!%+"00+!+! ";;+!*%+"0(0B!+! ";(;B =E 4E.E 0 0* ; ;* *+ +B * 0 0+ ; ;+ *+ +B * 8+Bexample 8*example ;! +(

04<7>77 ".,/!,,5 0. 7!!>4@!*,* ))!9.+2F!, ); 4#(E9O!(E9O%R)B!4WRVB+!4W 4#(E9O! =9O%R)+!4WRV+!4W * * ))!9- /-2F!, ); 4# =O!* =O%R*(!4&WF'RV!4&WF'X 4#* =O!?O%R(!4&WF'RV!4&WF'X J!**)>49??(;!***!.,.)9??;!***!!.,.) 9???;!.,),* ),-/)>( ;4!! Y+E!! YBE ""%""#*"! * *.,/!,2.*)>(4 ;2 73 %=@B=O*?9OZ!"!!B[E9O!.,,.2)!)!@0)>(( 7%*0"%(E9O:3(F( ;2&>).).' "3" 4! "%Y(EF " "#"%Y(EF /! >(3 7%:3*7F(7"("" ;2!!!"#! "%Y(E!,!*,** )0!,)7!*,*0* 2F!,2.*)> ( 7%$!#(E9O!B=9OZ!"!!B[E9O ;2#! V F ;2#! VF-" "&3' +) "

04<7>77.,!8!! 1!/!*)/5) )<%#E <+*<%#E!"+N&;)B.*.%CC2!' ;FE%#E 2 ;FE#E 7 &>))B.*.' "&>))B.*. '*!#3!! -,1@= 0!))).*8X8N +NX8N +NX8N NX8N +NX8B(N ((NC([#! -,1) 7!!%>))B.*.*%T$"!3#3 "U 7%!"2V ;"!VB E-*!- -!*8 0!) 7!!%>)+B.*.* 7%#!3#"!#* \F9O! \F9O $#(9O!(9O 7!%*-!) *.8 0!) 7!!%>)+B.*.*, 7% 7!%*- $"#E 7#" #!*9O.3$V9O 4#.3$3"!"!!"% ( 23.3$3"!"!% o,(o%*f\ o,(*o%f\ ;! +

",-!,.)5, 2,!) +)55.! E 44 9(('=,,; 4( 9=,,; >3 *+F+B *! *.) B+.( =-!"# : * * 7" 2 (&! (' &! ',&!!!' 2 #3 : ( " %>"#""A ;" ( ;"! ( 2"&'...E"#.-3 - : <:?"# &"!' )&*2.!' ** >%"#! 7%" +B #""

" >!*,!,!!.) <"!!!# "!!"!-! E#! K>)!,-!)4 )F *!*,!!,- )5. -%+10!,-##,))0* =",279 02=,02=4E" ;F" " 0 ;%07* *07+B(!&<20' ="!&"8' ;> B)-.(=9O (*A *()A *A =-(E *: 0 E!E#!" %+*(N 1.=..9.=.7! HOEG"±(.(*( "# ;! +C

" * )5.9;.!!/ 0<> ; 2%# &'V""- ; 2% &F'V 0=!! 7! >V,"!30;F! ;F 0! >V;FE&!"#I' 0=? >V 0=!!,,0=! 0?? >0?!!&! #"(!)=',, #! :? 0! >V"07# =- >V"" 4@('35) 7"!, " 7-700077 &"07* *'. (.;FE.! ((*F B!%!!3> *!@!0@ 8!>&>'07+B( =!FL0<!3 >"%"F3 55" "" 7C" 4!"" #* *+B(!-# 1>-55. B)-('3+ --5:5:31Ω) )!,)#0"! 0"+3!"O3+Ω ( )%<!

" *,!,!-!!) ))!! 7"! )5.!-!!!E,.) 7!!0L+( = #!! "#! ;20;=< =!7>=7=""5 $"" "! $5 ;! (

" ".,1 *.) ), 5! 5) 2!, <+ <) <%07* *!<74 * =).+ -! 8 0!<(3,!!, -07* *F07+**F07+B( =! )-*0*) <+ <) =) <%07* *!<74.7!!0L+( -07* *F07+**F07+B( *!" # $ %&'! (!!,!.! *. =" ;@2*(( =O ",?27" =O ;"F" ;;; :E 702= *= 7,2790= )=! +=,02= BA! +A 0EF! HO%8F.(.) %C)X*(N&4E""'..!1! *. 07* *07+**%# &#' %7!C" ; "";"#"" 7"!%((( )**++BC)C* B+() (** +F,%B!G3!!"G("!/> 4 ( >2%07+B("07+B(#!$! #!B"!! "#! 0=!&0='<07+B(=)! (* *<

" *.* /!) ). /-)..!1 =E = 43 -? E 0-03? E 3 7= 7=!?,,%V07* *G>%V07+**? V07+**>V3 -!.!1 =E = 43 E E? >VEA -?,E V!.! =E = 43 0<>? ;3!"!""3#&M', ;3!"!""3#&M' ;F ;"F? ;3!"!""3#&M' " 0= 0 =!? >V 0=!330= :? : 0! >!!# "-E? >V"F" A,? 03!,*? 03! &M'""3##;2""; " ""F88 7""" "-8 2-. /-)2-5+! 7$ 7$ 43 *( 7! ;! - 0<>!;F E E ( ;! 3 2 > I 7! ""3#% "!"" 7""" - F88"" - ; - 2 %!/- /)*9 ; # "!! #!B"7C #"!: 0=!>%0=!! 0=!""" ""3# ;! (

" 4,!,!*.!E&0L+('! E&*("' -!.!1 ) 0L+(E&#""=)!' 7"!% -!,0.2-5)-5.))94*.; 1 "" o 2 o 920;>?C+(--&--!"!! ""' 1E#0L+(""O920;>?C +(+(&+!' -!,!!,5!)) /!! >%(+"!* ) = 8 *. ;8 + ( ) ;. B -!. /-) <)!&3'..!1) ) 7!*(" 07* *07+**07+B(%# &#' ; "";"#"" 7"!% ((( )**++BC)C* B+()(* * +F,%B!G3!!"G(" /-)92,-.!1; =E =? 0- >V3? - >V (+ *<

" ;! (( 035!,!!,)) /!!/ 07* * 07+**F07+B(+#!"- 07+B( 4%0@80@.!".!!#0V(ES 2!"%=)!!&*S'#0@8!0@. 1 0@8!2"

" /.!5)>4(*.)!5)5, 2,!)! >3! *+#!)&'*+&' +B#!)&'+B&' 0! * #!)&'*+&' +)#!)&'+B&' ;"" "G;;!!%"3 ;""! EΩ (( >3 2 (2*+G 2+B 9 3 [ ((["#3 #3 [ *(["#3 " 8"#"" 3.3 " :3 """!" (2!!!"# "" ;"" R; F+F * *&0'; 3!)5! 3 : ; %B8"! (- ;+%()8"! *-!"# 3 2 R(- #V!" "?!"!!.,,/ * ;"F! (# ;"F!.7!0L+( Fuse Vext OV ext 1i.24b DI310 The input Leds display the logical state as seen by the central processor Shift register SR Bus to central processor SR : Shift register () "%;.;+!

" 2* /.!5)9+!/,!.;>4!5)5, 2,!)! >3! *+#)*+! 0 7# " "#""8" 3.3 " :3 """!" (2!!!"# "" "3 ". : *B8"! C*-.3!"# 2!"! 3!"!!?!"!,!!*)..!,! ;"F! (## ;"F! #.7!0L+( * /%# ;! (

",* /.5)>4*. 5)5, 2,!)! >3! *+ =-" 2 ("B "]^]B,^]^]B,^ E #3 2 R( :3 # RB - 3.3 " (2!!! "#""! "#"" 0"& 8"' R "3%V" ;" : (B8"!#-C -3 " 2 R( &-!!'!" "?!"!"#3!*)..!,! "F! (## "F! #.7!0L+( The output LED displays are updated by the processor + - Fuse Vext OV ext Shift register Lim Lim Command logic Bus to central processor Lim 1o.24b DO310 5. 2 ** /245 (B 7! "%!

".* /.5)>4@'4# 5)5, 2,!)! 3 *+ " " =-" 23 3.3 " 2 7! # )2.* _ 43 """ "! (2!!!"# "" 0"& 8"' R "3% 3V" ;" : (B8! C- -3 " 2 2" &-!!'!" "?!"!"#3 5,*. 2 ` ) #!*)..!,! #" (# #"!! (# #".7 #"!!.7 ;! (C

" /.@>!)5, 2,!)! ;3 " : )8*"8"! *(-?!"!!!5)5, 2,!)! >3! *+#)*+&'! 0! * #)*+&'! ;"" " ;!!%"3 ;""! EΩ (( >3 2 (2*+ ;"! ±(! " 8 3.3 " 43 """!" ;"" *&0' "3!" " 5)5, 2,!)! 3 *+ " " =-" 2 23!& V' *2!3!&* _' E 2 R( 0"& 8"' R "3% 3V"!" "! ;"F! (# ;"F!.7 The input LEDs display the logic state as seen by the processor 0V Shift register SR Bus to processor Command logic +V 1i.24b DIO210 SR : Shift register 5. 2 *0.,1),+!.* / 8om3Ab ) ;F%;*

"! ).*!./,!!5)>!5)5, 2,!! " 2.*F8* 4 8 %±BC*" 2+,)5!*!,8. ±#:L±4MM5!)?3" 4#"!! 4#" ;""! Ω *+ 3 µ R =-*( [,7 ±*&±)"*( #2 #' " [,7 ±(F A =-3" [,7 ±( " =-" 2 +!!#! ;" : (B8"! C-!" 8!"?!"!!.,,/ * ;"F! (# ;"F!.7!0L+( B 2;2;*2; * * *" Re Protections Multiplexage 0 2" " 8 Re Protections "% 8"!-." """3! 3!3 ;! )

"!E)!./ F)!)!!! ).E)>!5)5, 2,!)! ' 80*. ' 80*. ;"3 2!3!3.*(V. *)" 8*(V8 *)".(V. *)" 8(V. *)" ;""! EΩ *?3" 4#"!! 4#" 3 R 4 8 %±BC*" =-*( [ ±*&' " [ ±(F A&' =- [ ±(&' "!" 8!"?!"!! ;" : (B8"! C-! ;"F! (## ;"F! #.7!0L+( B 2;2;*2; * B* * *" Protections Multiplexage 0 2" " 8 Protections 3!#"!"&'!D -!% B3*!&(3"'%±( B3!&"'%±* ;## 3! "%3 ""!8" 3 ""!.""""33!3 )* 5 $5%2;.2;*

"!./(,!5)> 5)5, 2,!)! " 2 +F* 4!VF8*+B" 2+8. @4MM5!):L(@,)5!*!,!"! Ω -&*+'G)(-&*+.["#' 3! µ )(- 743 µ2 B =- [ ± &,' 3.3 " 43 """ "! (2!!!"# "" ;" : B8"! - "B 2 *28B-*2-*+!!" "?!"!!!*)..!,! "!! (## 4#"!! #.7!0L+( +24VDC 1 0V 2 Shift register + output 0 - I U +Vcc A -Vcc N Bus to central processor + output 7-8o.c1b AO121 5. 2 ** /2!,!59'#,0; ;! )

"!./8./5)> 5)5, 2,!! "3! "!3.. *)" 88 *)" 4 8 %±*+B" "# 17!"! Ω `* 3! µ ( 743 +BB =-3" [ ±*&' " ;"!3.3 " ;" : B8"!8("" ))-!" "?!"!!! 4#"!! (## 4#"!! #.7!0L+( 1 The display leds are updated by the processor 2 +Vcc Shift register + output 0 - -Vcc A N Convertor N/A 12 bits Bus to central processor + output 7-8o.v1b 8o.v1s AO121 5. 2 ** /2!8./59'#80D'#8); )+ 2 3 "%2*

"!./,!!*8./@>4 %!!5)5, 2,!! =-"!#3 2.*2. *)" 8*28 *)" ;""! Ω *+ =./!5)5, 2,!) =-"3!#3.. *)" 88 *)" ;""! Ω *E!)5, 2,!) 055$ 4 (8 3# 7!!83# 2 3 µ R*( &'%*( F)N [ ±F±*!!# 2 +!!" " %!5)5, 2,!) "!#3 2 "+2 8 *)"*2!"! Ω -&"#V*+' )(-&"#V*+.[' """ *+- =./5)5, 2,!) "3!#3. *)". 8 *)"8!"! Ω `!5)5, 2,!)! 4 8 %±*+B" "# 23 µ =-*( F8)N [ ±*F± " 3.3! =-"+ 2!-*+"#""!"!@)5, 2,!)! ;" : (:"#3!!!*:#+"-!&EΩ'?!"!!!*)..!,!"F! (##!"F! (##!"."F ;! )(

" +24VDC 1 0V 2 Shift register + output 0 - I U +Vcc A -Vcc N DAC 12 bits Bus to central processo + output 3-4o.c1b AIO320 (4 channels) 5. 2 ** /2!,!59(#,0; The display Leds are updated by the processor 1 2 +Vcc Shift register + output 0 - -Vcc A N DAC 12 bits Bus to central processo + output 3-4o.v1b AIO320 (4 channels) 5. 2 ** /2!8./59(#80; )) 2!3 ;F%2; *

" )!)!5)>4!5)5, 2,!)! >" B " *! #&! ;('!@5)!* )2+8. 3G:L35!) A43G:LA435!) ="#X N (##! 8*(N # " &#3' #! " &#' 3# ;" : *:&# "'!" " 3#!2# Registre à décalage V+ sonde PT100 3 fils 1+ 1-1m source de courant module C3 U signal G U Réf A N Bus vers processeur central sonde PT100 3 fils 2+ 2-2m source de courant MUX réf ampli V- AIO320(8 voies pour sondes PT100) ;! )

",** /.!5)>4 ;!% 3"!!! #" 4E)! "& ' "#"""%*+3+B*&# '!=!5)5, 2,!)! >3! *+ +B * 0!.*[8([3 ;"" "G;;!!%"3 ;" 2 **+G(+BG(* 7#F [ 9 3V((["#3 #3V*(["#3 " 8"#"" 3.3 " :3 """!" ;"" (&0' "3 "3 :!" "?!"!!!%;"F! (# " N +(- 1/4 carte bornier carte fonction I1 Vint - Réf + lecture I1 Sérialisation 0Vint - Réf + lecture /I1 0Vint Vint I2 0Vint - Réf + lecture I2 Bus 0Vint - Réf + lecture /I2 Gestion Bus Commun si alimentation 24V Commun si alimentation 48V commun si alimentation 120V Visualisations )B 7!! "%;

",** /.!5)@5)>4 ;!% 3"!!! #" 9!%+"!+"! 0!!"! ;E"!!!3:?!5)5, 2,!)! >3! *+F+BF*G.*[8([ ;" 2 **+(+B!* 7#F [ 9 3V((["#3 #3V*(["#3 ;"" (!" 2 " 5)5, 2,!) 0%" 4!% =E EF4E.4E"# :!3!#F0V+ &*2 #'.3 *&3"#""'. 2 * 0%0*0+0)0B =EFE 0%00 0(0 E /!. )!) 00*0+0)0B + 000 0(0 +! 7777! +!" :! 0! : %>.!&*'# <3.<#! :! 1/2 carte bornier carte fonction +V R1 Wdg général Wdg local états Sérialisation Bobine relais Commande 1 état 1 +V état 2 cdes R2 Commande 2 0V Vint I1 0Vint Réf + - lecture contact I1 Bus I2 Gestion Bus Commun si alimentation 24V Commun si alim entation 48V commun si alimentation 120V Visualisations 1 organe = 1/2 carte bornier = 10 bornes ;! )C