 |
|
| If you can't view the Datasheet, Please click here to try to view without PDF Reader . |
|
|
|
| If you can't view the Datasheet, Please click here to try to view without PDF Reader . |
|
|
| Datasheet File OCR Text: |
|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a $+%, () .0 -.. () $600 () $!0. " %% * ! () .0 () $!@. .( ,( $+%, () .0 -.. () $600 () $!0. " # % $%& < = * $ & ! # < = * ! () .0 () $!@. 1( " $+%, () .0 -.. () $600 - - :; 3 <= # $ % 8 , - :; 3 <= 5 :; 3 <= 6 $ !8% ! : $ " * % . ( "" - " * $ " * % . 0 " . * $ " # % 0 " a . 0 " $ a a / b !% % $ ! - .<18c18= 34 # "#/ c<018-08= 34 # "#/$ - .<18c18= 34 # #/ c<018-08= 34 # #/$ % - .<18c18= 3 # "#/ 5 ! % $ 3" % 7$ "" 3 "" " % ""'" $ <08c= 1>" " $ c -- :; 3 <= ! % -8 ; !- 3 -8 ! * - " * %* % 8 /% 8 % " '" * 8 " * /% * d* %% 8 5 7 /% 1 () 1 7 e 0 e c* e 1 () 1 ! f% () ? ! () ? 1?"# 0 () ? g 1?"#, 0 ! f% 4 0 ! # 1@" 8 : $ $ () $!00 * $ $ () $!0. 1 6 7 $ ( ! 4 e 9 ' % " " () ! 8 9 b /% " 8 e :% 9 '" " 9 8 % 9 b " " () ! * 5 *% 0@@@< * =8 () ? g () ? () ? ! () ; ? ! () + ? ! 6 % % 8: "% # % * 8 % & <= 7" % (h 0 &= 9 i( <8 9 7 /% = ! 3 % :- () ? ! 08- 8 <@8@. 8= (""? .c () +00 ! () 2 ? ! ( 8 () ? ! 08- 8 <@8@0 8= (" ? :( () ? ! @8h 8 <@8@0 8= ( "? 0@ . 8d () ? ! ( ? :0-d" d 5 () ? ! 0@ 8 <@8@0 8= ("0? .c ; % :- () ? ! 08@ 8 <@8@0 8= ( // .c () +00 ! () 2 ? ! :(d % * * "* (h c () ? ! ( // .c :(d % 9 () ? ! @8c 8 <@8@0 8= ( // 0@ () +00 ! : long-distance mode : standard mode : high-speed mode free-cut free-cut m4 screw 1,660 (4,000) 1,330 (3,200) 490 (1,200) 150 120 75 430 350 120 free-cut 3-mm dia. 1,660 1,330 490 free-cut m3 screw 500 180 440 free-cut 2-mm dia. 500 180 440 free-cut m14 screw 9,800 20,000 *1 20,000 *1 free-cut m4 screw 950 (4,000) *2 760 (4,000) *2 280 (2,100) 100 (700) 75 (550) 45 (350) 250 70 200 free-cut m3 screw 850 680 250 free-cut m3 screw 250 220 90 25 20 10 j % & <= 7" % (h 0 &= 9 i( <8 9 7 /% = ! 3 % . 8d % 9 () ? ! @8c 8 <@8@0 8= ( 0@ 08. 8d" * () ? ! 08@ 8 <@8@0 8= ( //% ( //%# .c () +00 ! @8h 8d" * () ? ! @8c 8 <@8@0 8= ( //4 ( //4# 0@ 5 < #= <0 -= 6 % * <0 -= () ? ! 08@ 8 <@8@0 8= ("" - () ? ! @8c 8 <@8@0 8= ( " () ? ! ( % :- " <0= () ? ! 08@ 8 <@8@0 = (""5 0 ( 8 <0= () ? ! (" 5 :( "d <0= () ? ! @8c 8 <@8@0 = ( "5 . 8d <0= () ? ! ( 5 * " d * () ? ! 08@ 8 <@8@0 8= ("#? .c () +00 ! () 2 ? ! * 5 <0= () ? ! ("#?5 0 % % 9 () ? ! @8c 8 <@8@0 8= ( # 0@ % % 9 d () ? ! ( #5 0 " % () ? ! -8@ 8 <@8@0 8= ("# .c () +00 ! () 2 ? ! free-cut 2-mm dia. 250 220 90 free-cut m4 screw 90 mm (40 mm) 1.2-mm dia. ( ): e32-tc200b4 950 760 280 100 75 45 free-cut m3 screw 90 mm (40 mm) ( ): e32-tc200f4 0.9-mm dia. 250 220 90 free-cut m4 screw 680 (3,600) 250 ( 1,300 ) 850 (4,000) * 2 m3 screw 220 200 80 1.5-mm dia. 220 200 80 free-cut m4 screw 670 (4,000) *2 530 (3,700) 200 (1,400) free-cut 3-mm dia. 670 (4,000) *2 530 (3,700) 200 (1,400) free-cut m 3sc r e w 150 130 50 free-cut 2-mm dia. 150 130 50 free-cut 3-mm dia. 570 170 460 50 25 40 150 120 40 free-cut 3-mm dia. 270 210 90 free-cut 1-mm dia. 150 130 55 free-cut 1-mm dia. 60 25 50 free-cut 4,000 3,400 1,250 320 260 160 1,120 900 330 ? $ * i-d " * < % 7k(@ q $ j@ q $= () ? ! -8@ 8 <@8@0 8= (" 4 -@ * i-d * "d " * < % 7k(@ q $ j@ q $= () ? ! (8@ 8 <@8@0 8= ("#4 i-d" * < % 7k-@ q $ .@@ q $= () ? ! 08@ 8 <@8@0 8= (,"4 0@ 2 .@@ q $d 5 <0@=d 7 i- < % 7k-@ q $ .@@ q $= () ? ! 08@ 8 <@8@0 8= (,"5 0@ 0c@ q $icd 7% < % 7k-@ q $ 0c@ q $= () ? ! 08c 8 <@8@0 8= ($" (c (@@ q $i1 " % d d 7 < % 7k-@ q $ (@@ q $= () ? ! 08@ 8 <@8@0 8= (." .c * "d 0c@ q $icd % % 9 d 7 % < % 7 k-@ q $0c@ q $= () ? ! ($# (c .@@ q $i1d d 7 () ? ! 08j 8 <@8@0 8= (,#3 .c % d 59% /% d % () ? ! -8@ 8 <.8@ 8= &"# .c () +00 ! () 2 ? ! ! " * % " () ? ! 08j 8 <@8@0 8= ( 3 0@ * "d % " () ? ! .8@ 8 <@8@0 8= ( #3 % & <= 7" % (h 0 &= 9 i( <8 9 7 /% = ! 3 % free-cut 5-mm dia. 3,800 3,000 1,100 free-cut 5-mm dia. 500 150 400 6-mm dia. 880 260 700 m4 screw 280 100 350 free-cut m4 screw 950 760 280 m4 screw 450 (3,400) 170 (1,300) 570 (4,000) *2 free-cut 2-mm dia. 290 230 80 3-mm dia. 1,700 1,300 500 free-cut 10 10 10 free-cut 3-mm dia. 2,300 1,900 700 free-cut 3.5 x 3-mm dia. 1,700 1,300 500 h i 0 (. 0j " % 0@8 i . " % .8 i ( 6 *% 8 i - # %$ :%%$ $ % 8 i c %% % %" % k-@ q $0(@ q $8 i 1 6 % 8 i j % (@@8<% 9 8= i ? % " * 0 @@@8<% 9 8= "9 b 9 < " =8 9 *% % 9 % " * " * 5 0 @@@< * =8 9 ; "" * % 5 < %70=8 "% 8 :% <- = () ? ! .8@ 8 <@8@0 8= " .c (@ " () ? ! <@8( 8=ij (". 0@ (@ " 5 () ? ! (".5 0 * "d % " () ? ! <@8. 8=ij (".a 0@ * "d % " 5 () ? ! (".a5 0 % * 0@ d () ? ! <@81 8=i? (". .c % % 9 " d 76 $1@c.h 63c@ () ? ! <@8. 8=ij (". 0@ % % 9 " d 76 $1@c.h 63c@ 5 () ? ! (". 5 0 % & <= 7" % (h 0 &= 9 i( <8 9 7 /% = ! 3 % m3 screw 700 250 610 free-cut 30 mm 2,300 1,800 660 free-cut 30 mm 2,300 1,800 660 free-cut 11 mm 1,300 1,000 280 free-cut 11 mm 980 750 210 free-cut 10 mm 3,500 2,800 1,000 free-cut 11 mm 1,400 1,100 420 free-cut 11 mm 1,050 840 320 conventional fiber flexible fiber conventional fiber uses just one core and one cladding section. bending the fiber beyond the recommended radius may break it or reduce the light intensity. flexible fiber contains multiple independent cores all surrounded by cladding. the fiber can be bent without breaking or reducing the light intensity. core cladding flexible fiber models are indicated by an "r" at the end of the model number. flexible fiber contains multiple cores. these cores are all surrounded by cladding, giving a minimum bending radius of 1 mm. the fiber can be bent at right angles without affecting the light intensity. handle it just like any other cable. 0@ !4 ; - e 9 ' % " " () ! : 8 e :% 9 '" " 9 8 *% % 9 " " 9 <" = " % &8 e () !% * * " 5% * 86 " " "% 9 '8 () ? g () ? () ? ! () ; ? ! () + ? !8 6 % % 8: "% # % * 8 % & <=i0 9 <8 9 i.7 ;" = ! 3 % :1 () ? ! c@@ u c@@ <@8@0 8= ""? .c () +00 ! < = 0@@ u 0@@ <@80 8= () 2 ? ! .@@ u .@@ <@8@0 8= ( 8d () ? ! (@@ u (@@ <@8@0 8= " :- () ? ! .@@ u .@@ <@8@0 8= "? 0@ ( 8d () ? ! ? ; % :1 () ? ! -@@ u -@@ <@8@0 8= // .c () +00 ! < = 0@@ u 0@@ <@80 8= () 2 ? ! 0@@ u 0@@ <@8@0 8= :(d () ? ! 0@@ u 0@@ <@8@0 8= // 0@ () +00 ! < = .c u .c <@8. 8= .8c 8d" * () ? ! -@@ u -@@ <@8@0 8= //% //%# .c () +00 ! 0@@ u 0@@ <@80 8= 08. 8d" * () ? ! < = 0@@ u 0@@ <@8@0 8= //4 //4# 0@ free-cut : long-distance mode : standard mode : high-speed mode free-cut m6 screw 500 400 150 44 35 22 100 30 130 free-cut 3-mm dia. 230 300 100 free-cut m4 screw 160 45 130 free-cut 3-mm dia. 160 45 130 free-cut m6 screw 400 300 100 32 25 16 75 25 100 free-cut m3 screw 30 100 80 4 8 6 free-cut m6 screw ( ): e32-dc200b4 90 mm (40 mm) 2.5-mm dia. 400 300 100 32 25 16 free-cut m3 screw ( ): e32-dc200f4 90 mm (40 mm) 1.2-mm dia. 30 100 80 # " % % % 9 b * 8 00 @8? 8d % 9 () ? ! .c u .c <@8@0 8= - @8c 8d % 9 () ? ! " 5 < #= <0 -= 6 % * <0 -= () ? ! (@@ u (@@ <@8@0 8= ""5 0 () ? ! " 5 () ? ! c@ u c@ <@8@0 8= "5 () ? ! 5 () ? ! (@@ u (@@ <@8@0 8= "" - () ? ! c@ u c@ <@8@0 8= " () ? ! 0@@ u 0@@ <@8@0 8= "% () ? ! c@ u c@ <@8@0 8= % % & <=i0 9 <8 9 i.7 ;" = ! 3 % free-cut 3-mm dia. 0.8-mm dia. 21 16 6 2-mm dia. 0.5-mm dia. 4 3 1 free-cut m6 screw 220 170 80 3-mm dia. 220 170 80 m3 screw 30 10 40 3-mm dia. 30 10 40 m6 screw 220 170 80 m3 screw 30 10 40 m4 screw 25 90 70 1.5-mm dia. 30 10 40 free-cut free-cut 0. $5 :1 5d () ? ! c@@ u c@@ <@8@0 8= // .c () +00 ! 0@@ u 0@@ <@80 8= () 2 ? ! 0@@ u 0@@ <@8@0 8= ( 8d d 5d () ? ! (@@ u (@@ <@8@0 8= ? :( 5d d3 % < (h ( c (+ ($= () ? ! 0@@ u 0@@ <@8@0 8= " :(5d d3 % < (h ( c (+ ($= () ? ! c@ u c@ <@8@0 8= #" . 85d d3 % < (h (= () ? ! # . 85d d3 % < (h (= () ? ! 0@@ u 0@@ <@8@0 8= * " 1 8d () ? ! .@@ u .@@ <@8@0 8= "#? .c () 2 ? ! c@ u c@ <@8@0 8= 1 8d 5 () ? ! 0@@ u 0@@ <@8@0 8= "#?5 0 . 8d *d 5 () ? ! c@ u c@ <@8@0 8= # 0@ () ? ! #5 0 $ * i-d" * < % 7k(@ q $j@ q $= () ? ! .@@ u .@@ <@8@0 8= " 4 -@ % & <=i0 9 <8 9 i.7 ;" = ! 3 % free-cut m6 screw 400 300 100 32 25 16 75 25 100 free-cut 3-mm dia. 200 150 50 free-cut m3 screw 100 75 25 see spot diameter ? 0.5-mm dia. ? 4.0-mm dia. max. m3 screw 45 35 10 see spot diameter ? 0.1-mm dia. ? 0.2-mm dia. ? 4.0-mm dia. max. 2-mm dia. 45 35 10 see spot diameter ? adjustable in the range 0.1 to 0.6-mm dia. 2-mm dia. 100 75 25 see spot diameter ? adjustable in the range 0.5 to 1.0-mm dia. free-cut 6-mm dia. 150 110 50 35 25 10 free-cut 6-mm dia. 60 45 25 free-cut 2-mm dia. 40 30 10 2-mm dia. 25 15 6 free-cut 6-mm dia. 120 95 45 0( 2 0c@ q $i(d 7% < % 7k-@ q $ 0c@ q $= () ? ! .@@ u .@@ <@8@0 8= $" (c (@@ q $icd 7 < % 7 k-@ q $(@@ q $= () ? ! ." .c -@@ q $icd 7 < % 7 k-@ q $-@@ q $= () ? ! 0@@ u 0@@ <@8@0 8= 0 * "d * " () ? ! (@@ u (@@ <@8@0 8= . " .c * 9 d b () ? ! (c 8 <@80 8= 5 "b 15 - :-!= 0@ 9 < % 7k.c q $ cc q $=d 7 6 $1@c.h6311d b () ? ! (c 8 <@8. 8= 5".b 15" - :-!= .c % & <=i0 9 <8 9 i.7 ;" = ! 3 % free-cut m6 screw 300 230 100 m6 screw 120 90 30 m4 screw 1.25-mm dia. 80 60 20 free-cut 200 150 50 free-cut m6 screw reflector e39-r3 10 to 250 10 to 250 10 to 250 free-cut reflector e39-r1 150 to 1,500 0- i 0 *% " 8 i . 6 *% 8 i ( %% % %" % k-@ q $0(@ q $8 i - # %$ :%%$ $ % 8 i c 6 % 8 *% % 9 " 9 " * &8 5% * * % * 86 % % " " "% 9 '8 3 & " %< = * % () ? ! 0@@ u 0@@ " ?$." ?$. (c " d< % 7k-@ q $ 0@c q $=d 7 6 $1@c.h63c@ () ? ! .c u .c <@8@0 8= ? #? 0@ () ? ! ? $? " d 7 6 $1@c.h63c@ () ? ! ? $ .c () ? ! ? $ % * % 7 % 0c@ (c@ <" = () ? ! 3% " .c q $ , 4" , 4 -@ % % () ? ! % ? $( 0@ % & <=i0 9 <8 9 i.7 ;" = ! 3 % free-cut 4 to 12 free-cut 4 2 4 2 4 2 7.2 1.8 7.2 1.8 7.2 1.8 free-cut 3.3 3.3 3.3 3.3 3.3 3.3 free-cut % % () ? ! (. $(0 (h ( c (h (+ @8c (h ($ -8@858 (. $-0 (h ( c @808 (h (+ @8.8 (h ($ -8@5 (. $-. (h ( 9% @80 @818 (. (. (h ( 9% @8c 08@8 0c 7 & + 6 %% : # 6 " %% %% !3! () 00 ! () .0 ! () +00 ! () ;00 ! () 200 ! () 00g () 00 3!3 () -0 ! () c0 ! () +-0 ! () ;-0 ! () 2-0 ! () -0g () -0 % <"* = <11@= +% <-j@= ; 0..-g$ r 0@l < =0@l58 3" % ! h1@58 <% %7-@58" %* .-g$= j.@58 <% %7(@58" %* .-g$= 1@@58 <% %7.c58" %* .-g$= $ %% !, !3!,3!3< = d% 7c@58d %* 70g58d !, # ! 0c g$ 0@# : 8 $ % * %% % %% * <% %0@&= 2 .c@ p @8c 0 . - j * % % % 7@.@@ 0.@< 0 =d.@.@@< c = % " <3$= % % m b " /% < * *% =8 6 % % /% 8 : % & " /% * 0@@ *% 8 < = j * < = j * < = 5 . < = j < = ! , # , ! , * 5 9% 59% <%= % < * = 6 70@ @@@%558 %7.@ @@@%558 % 0( 7k.c q $cc q $< 0( q 0(0 q = -00 7k.c q $c@ q $< 0( q 0.. q = 0.01 7k.c q $-c q $< 0( q 00( q = <" = k(@ q $j@ q $< .. q 0c? q =" % 7(cl?cl<" = 6% .@: : 8<c@@g$= < %= 0 @@@g$c@,1@2b 0% 01 + - &"$ %". " c@@g$c@,1@2b 0% 8 1( "3 -- g < %= 0@cc2b"08c % % . ) nm # < %= c@@, . ( ) nm % 6 $1@c.h63c@<"3 * $* = 6 $1@c.h 6311<" 3 * $* = 6 $1@c.h63c@ <" 3 * $* = $ 3 " 7.<18c18= <# = 580@@ 5800@ 580@@ : $ 3 % <3+= $* 3 3 % 3 6 %% : # 6 < 8= " %% %% !3! () 1<3= () j () +1 () ;1 () 21 () 0-g () 1 3!3 () ? () h () +? () ;? () 2? () --g () ? $ :? <# = 58cc 581c 58cc 6 (h :0 %* < 0= 0..-g$o0@l < =0@l58 " % 00.(g$<%* 0g$= $% % -@58p % %<70@@58= 08.58 !% % 0 6% !3!,3!3 * %<$ = " 6% % !8 8,!8$8 " 6 6%< = % < .= 0(%7 .cq$ccq$< 0(q0(0q= -?%7 .cq$-cq$< 0(q00(q= h01%7 .cq$-@q$< 0(q0@-q= ! (@q$j@q$< ..q0c?q= 6 %% : # 6 " %% %% !3! () 00 ! () .0 ! () +00 ! () ;00 ! () 200 ! () 00g () 00 3!3 () -0 ! () c0 ! () +-0 ! () ;-0 ! () 2-0 ! () -0g () -0 0j - * "9 *% " % $ 8 % % 8 9 *% % % 9 8 , - 6 () $!00,.0,.. () $!0. () $!@. % .8c * c@g $ .@ : 58<.@g$58 0@@58=< 08= !8 c@ < .8= : 2% 3 % <3+= $ 3 b , # <# = 58cc 58.c 6 ) ( :- ? ? ? ? ? $% 0 g 0.cg$ $ -@ : 58.@g$58 0@@58 6% 0@@@ : 58c@@g$ 0@@@g$ 0% # % 7058 % 6 $631j 6 .@@ % c@! % .cq$j@q$< 0(q0c?q= 6 () :$00 %* $ "$ $ $ * <# = 58c?@<$ 70.@= 0? %%$ % " %8 %% : : %% %% % !3! () 00 ! () +00 ! () ;00 ! () 200 ! () 00g () 1 () 13 () +1 () ;1 () 21 () 0-g 6;2 ! < , != ! r ! <, != # ! () .0 ! () j 6;2 ! < , != ! r ! <, != # ! () 00 () 1 6;2 ! < , != ! r ! <, != # ! on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) brown black blue control output load operation indicator (orange) 12 to 24 vdc photo- electric sensor main circuit display 1 4 3 $ 3 3.% 8 on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) brown black orange blue control output load load operation indicator (orange) 12 to 24 vdc photo- electric sensor main circuit monitor output 1 to 5 v 47 ? display note: load resistance: 10 k ? min. (see note.) on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) ch1/ ch2 br o w n orange bl ue c ontrol o p eration indicator (oran g e ) control out p ut 2 o p eration in d i ca tor (oran g e ) l oad ph o t o- e l ec tri c s enso r m a in c ir cu i t 12 t o 24 vd c on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between brown and black) ch1/ ch2 0h () ? 0%%" 8 6;2 !7 !" * " 0.8 r !7 " * " 0.8< $ ." 8= 3!3 () -0 ! () +-0 ! () ;-0 ! () 2-0 ! () -0g () ? () +? () ;? () 2? () --g 6;2 ! < , != ! r ! <, != # ! () c0 ! () h 6;2 ! < , != ! r ! <, != # ! () -0 () ? 6;2 ! < , != ! r ! <, != # ! %% : : %% %% % on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) load brown black blue control output 12 to 24 vdc operation indicator (orange) photo- electric sensor main circuit display 1 4 3 $ 3 3.% 8 on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) load load brown black orange blue control output 12 to 24 vdc operation indicator (orange) photo- electric sensor main circuit display monitor output 1 to 5 v 47 ? (see note) note: load resistance: 10 k ? min. on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) ch1/ ch2 br o w n bl ack orange bl ue c ontrol out p ut 1 operation indicator (oran g e ) c ontrol output 2 operation in d i ca t o r (oran g e ) ph o t o- e l ec tri c s enso r m a in c ir cu i t lo ad lo ad 12 t o 24 vd c on off on off incident light no incident light operation indicator (orange) output transistor load (relay) operate release (between blue and black) ch1/ ch2 .@ $ < 6, $ = 3 34 # "#/ 6 34 # "#/$6 34 # #/ 6 34 # #/$ ! 3 # "#/ 5 3.% 8 terminal number color of cable conductors brown white blue black 2 4 1 3 1 2 3 4 $ $ % $ % $ + " 0 3" % ( 3" % <@g= +# - %% .0 <= ? 7 ? )7 ? ( ; 5 58 *8<& 59% 8= ; 5 9 58 *8<& 9 8= c-&5 *9 - 9 858 *8 e32-tc200 (through-beam) e32-t11r (through-beam) e32-t11 (through-beam) distance y (mm) speed standard distance y (mm) high speed standard long distance distance y (mm) high speed standard long distance distance x (m) distance x (m) distance x (m) high speed long distance e32-dc200 (reflective) e32-d33 (reflective) e32-l25l (limited reflective) distance y (mm) high speed long distance standard distance y (mm) high speed standard long distance distance y (mm) distance x (mm) distance x (mm) distance x (mm) e32-tc200 (through-beam) e32-dc200 (reflective) e32-d21l (reflective) excess gain ratio long distance standard high speed distance (m) long distance standard high speed distance (mm) long distance standard high speed distance (mm) excess gain ratio excess gain ratio oper- ating level oper- ating level oper- ating level .. ? 7 ? )7 ? ( ;! ! *9 -:3 = % ? 7& ? ; 5 58 *8<& 59% 8= ; 5 9 58 *8<& 9 8= sensing distance vs. operating range e32-dc200 (reflective) hysteresis vs. sensing distance e32-d11l (reflective) repeat accuracy vs. sensing distance e32-dc200 (reflective) distance y (mm) 0.1-dia. copper wire 0.02-dia. copper wire 0.4-dia. copper wire distance x (mm) standard high speed long distance hysteresis (mm) distance hysteresis distance (mm) high speed long distance standard repeat accuracy sensing object: white paper ( m) sensing object: white paper distance x (mm) e32-tc200 (through-beam) e32-dc200 (reflective) analog output (v) distance (mm) analog output (v) distance (mm) e32-tc200 (through-beam) e32-tc200+e39-f1 (through-beam) distance y (mm) standard long distance distance y (mm) high speed standard long distance distance x (m) high speed distance x (mm) e32-dc200 (reflective) e32-cc200 (reflective) e32-d11l (limited reflective) distance y (mm) high speed long distance standard distance y (mm) high speed stan- dard long distance distance y (mm) distance x (mm) high speed standard long distance distance x (mm) distance x (mm) .( ' ; 5 58 *8<& 59% 8= ; 5 9 58 *8<& 9 8= 200 150 100 50 0 ? 50 ? 100 ? 150 ? 200 1 2 3 4 5 x y 400 300 200 100 0 ? 100 ? 200 ? 300 ? 400 0.4 0.8 1.2 1.6 2 x y 200 150 100 50 0 ? 50 ? 100 ? 150 ? 200 0.2 0.4 0.6 8.0 1 x y e32-tc200 (through-beam) e32-t11l (through-beam) e32-t14 (through-beam) distance y (mm) standard long distance distance y (mm) distance y (mm) distance x (m) distance x (m) distance x (m) high speed standard long distance high speed standard long distance high speed 50 40 30 20 10 0 ? 10 ? 20 ? 30 ? 40 ? 50 40 80 120 160 200 x y 80 60 40 20 0 ? 20 ? 40 ? 60 ? 80 80 160 240 320 400 x y 40 30 20 10 0 ? 10 ? 20 ? 30 ? 40 40 80 120 160 200 x y e32-dc200 (reflective) e32-d11l (reflective) e32-cc200 (reflective) distance y (mm) high speed long distance standard distance y (mm) distance y (mm) distance x (mm) distance x (mm) distance x (mm) high speed standard high speed long distance standard long distance .- ! % 3 6 6 ;! ! 6 8 - 6 5 + (+ ;! ! <3 -4!- 3 <3 () ! " 6 * 3 8 e - ?* < * 8 e - < 5 8 e % & < 5 " < = 8 3 -4!- 3 () ! * %%* % 5 * /% 8 e 34!- % e ( 4!- % * % @.@< 0 = .@.@@ < c =8 % b %3 $ % 8 e 44!- " 59% 8 e <' 3 % * % 59% *% 8 % * . 8 . 5 % %*% <" =8 e <; 3 * * % 8 e > * % * b 8 " 5% * % * 8 lock button level display setting buttons operation indicator (orange) on when output is on. off when output is off. mode selector use to select set, adj, or run mode. operation mode selector use to switch between light on and dark on modes. teach mode lock button level display setting buttons operation indicator (orange) on when output is on. mode selector use to select set, adj, or run mode. channel-selection switch use to switch between channels 1 and 2. teach mode shift example: zero reset used to calculate threshold setting at maximum incident level at minimum incident level zero reset incident level difference = 700 threshold level: 350 new minimum incident level new maximum incident level .c e % # %< = 8 e -! % * ,%% 8%s %s () !b * @-@hc 0cg$%%8 s %s% () ! " * 0cg$% % " * 8 % t % 8 (-4!- % * %" 8 () ! " % ' % :5% * & % 9 "% # % % 86 9 8 " " "% 9 :% * 8 9 9 8 "% 9 *"% 9 8%"% " 9 # %8 & * 9 %" 8 3 " " 8 analog output analog output di g ital value di g ital value example: monitor focus increases resolution over a narrow range upper limit = 2400 and lower limit = 1000 conventional analog output output with e3x-da-n's monitor focus .1 d! (-4!- : = () ! - % 8 % "% " %8 % % () ! () 8 () " * % % 0 . % *%8 c ! 3 * <3 :(-= ' 8 * " % 86 % 8 c ! 3 * <3 08 >&!'" '8 .8 3 $2' % ( <8=8 (8 " * 8 * " 8 -8 >&!'" &!' %8 ; (- :+ ! d- = 08 >&!'" '8 .8 3 $2' % 5 0 8 (8 " * 8 * " * 8 -8 >&!'" &!' %8 c8 % 8 " * 8 ( .j (+ (- + 7+ ! d- 08 >&!'" '8 .8 3 $2' % 5 0 " 9 8 (8 * 8 -8 * 9 $2' % 5 0 8 c8 " * 8 * " 8< * " % 8= 18 >&!'" &!' %8 " 9 ' "% 9 ' % * * 8 (- : = 08 >&!'" '8 .8 3 $2 % 5 0 " 9 (8 * 8 -8 3 9 $2 % ( %8 c8 " * 8 * " 8< * " % 8= 18 >&!'" &!' %8 ( .? <3 () ! * * 8 08 >&!'" &!'8 * % 8 .8 3 : ' %% 0.(3' 8 * " 8 (8 3 : ' %* + ; 6 * '8" < = % 8 -8 3 : ' % % 6 * '8 3 -4!- 3 () ! * %%* % 5 ** /% % "7 x < %= x < %= x < %= x 5 <%= x <2 = x < = x m x 6 x : % 34!- 08 >&!'" '8 .8 3 : ' %% ' 8 ' %< = % 8 ' % * 8 08 (8 3 $2' % ' %8 '% 8 '% * %08( ' <% % =8 ' -8 -8 3 $2' % 2 ' %8 2 '% 8 2 '% * % k <% % =8 .c@ v 8 c8 3 $2' % % ' %8 18 >&!'" &!' %8 &! .h ( 4!- 08 >&!' " '8 .8 3 : ' %% @' 8 @ % 8 (8 3 $2' % 7 0 @.@ c .@.@@ -8 >&!'" &!' %8 44!- 08 >&!'" '8 .8 3 : ' %% ' 8 % 8 (8 3 $2' %* '% 8% ' -8 3 $2' % % ' 8 c8 >&!'" &!' %8 <' 3 4!- 08 >&!'" '8 .8 3 : ' %% 2 ' 8 2 ' % 8 (8 3 $2' %* 3 #2'8 % * . 8 5 %*% 8 -8 3 $2' %* +2' 8 % * . 8 %*% 8 c8 3 $2' % % % 8 2 '8 18 >&!'" &!' %8 <; 3 4!- 08 >&!'" '8 .8 3 : ' %% 0.(' 8 0.(' 8 (8 3 $2' % 8 .0'%" 8 -8 3 $2' % % 0.('8 c8 >&!'" &!' %8 (@ 4 -! 08 >&!'" '8 .8 3 : ' %% &3' 8 (8 3 $2' % % ' * 8 -8 " ' : ' %% ' 83 $2' % " 8 6 % '" *% " '8$* " ' *% % ' c8 >&!'" &!' %8 : %* () .0 ! () c0 ! () j () h8 > 5 4!- * % * b 8 " 5% % * 8 08 >&!'" &!'8 .8 3 $2' % 0 8b % 8 (8 3 $2' : ' %% % ( % * 8 5 % % % # %< = 08 >&!'" '8 .8 3 $2' : ' %% % c % ! u' 8 6 '% : ' %8 6 '% $2' %% n u' 8 3 : ' % 5 % 6 ' %8 (8 >&!'" &!' %8v 3 (? ;7 8; 4 (( % () 4 %' % () !" " 5 7 08 %" * " $20' $2.'8 .8 >&!'" (8 3 : ' %86$20" 0 0 '" 8 . '" $2." 8 -8 3 ' % 0 . '8 " " 8 c8 >&!'" &!' 8 0 2" ( 2" c 3 3 5 % $20 $2. (0 < () "6 %%= ;! ! ; () 4" % %% % * /% " "9% 86 % "%% % ! # ! 0. %% % 8 % %% % % 4 5 8 " 5 % %% " () 8 0 ( @@@ . 0 @@@8 ;! ! 3 % %% % '8 % %% % " * % 8 %% "% " ' 8 %%." 8 "? ;e ? ; " 8;e ? ; "? ;e 8; " 8;e 8; incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 ; ; ! incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 incident level threshold 1 threshold 2 time output 1 output 2 1000 0 on off on off 3000 4000 $ 0 ! %%0% !" * " 0 .8 $ 0 # ! %%0% " * " 0 .8 (. &7<= + () 00 !,-0 !,+00 !7- 8 ( % * % % <% 7@8-c . d % 7080=% 8 () .0 !,c0 !7- 8 - % * % % <% 7@8. . d % 7080=% 8 + 6 - 8 ( % * % % <% 7@8-c . d% 7080= % 8 w.8 e3x-da11-n e3x-dag11-n E3X-DA21-N e3x-dah11-n e3x-dab11-n e3x-dab41-n e3x-da41-n e3x-dag41-n e3x-da51-n e3x-dah41-n the mounting bracket can also be used on this side. two, 3.2 dia. holes mounting bracket (e39-l143) sus304 stainless steel mounting holes tw o, m 3 two, 2.4 dia. hole for optical commu- nications cable (see note) with mounting bracket attached incident level display threshold level display operation indicator 64.3 (2.53) 31.5 (1.24) 10 (0.39 ) e3x-da11v e3x-da41v the mounting bracket can also be used on this side. mounting bracket (e39-l148) sus304 stainless steel mounting holes two, 2.4 dia. hole for optical commu- nications cable (see note) with mounting bracket attached incident level display threshold level display operation indicator tw o, m 3 6.9 81.5 (3.21) 4.9 3=14.7 30.05 25.95 12 (0.47) 8 10.7 4.3 9.9 3.4 3.9 33 (1.30) 23.9 14.4 11.5 67.2 37 16 16 23.9 6.6 11.2 2.8 40 5.4 5.4 3.4 3.4 16 (( + 6(+ ! ! - 8 - % * % % <% 7@8. . d% 7080=% 8 + 3 - mounting bracket (e39-l143) sus304 stainless steel two, 2.4 dia. hole for optical commu- nications operation indicator two, 3.2 dia. holes 8 10.7 10 (0.39) 3 64.3 (2.53) 38.6 31.5 (1.24) 9.9 5.3 3.4 22.4 16 4.4 3.4 13 34.8 2.4 22.4 16 4 e3x-da11tw e3x-da41tw the mounting bracket can also be used on this side. mounting holes cable (see note) with mounting bracket attached incident level display threshold level display 17.15 4.9 3=14.7 13.05 10.75 16 tw o, m 3 e3x-da6 e3x-dag6 e3x-da6p e3x-dah6 e3x-da7 e3x-da8 e3x-dab8 e3x-dag8 e3x-da9 e3x-dah8 e3x-dab6 hole for optical communications operation indicator incident level display threshold level display tw o, 2.4 dia. 64.3 (2.53) 31.5 (1.24) 10 (0.39) dimensions with master connector connected dimensions with slave connector connected 4.0 dia. e3x-cn12: 2.6 dia. e3x-cn22: 4.0 dia. (- &7<= + , - 6 + 3 - 6(+ ! ! e3x-da14v e3x-da44v hole for optical communications tw o, 2.4 dia. tw o, m 3 *the mounting bracket can also be used on side a. with mounting bracket attached incident level display threshold level display operation indicator mounting holes 30.05 25.95 81.5 (3.21) 11.5 6.9 33 (1.30) 12 (0.47) 10 (0.39) 64.3 (2.53) 3 8 10.7 9.9 3.4 38.6 13 3.9 5.1 1.7 4.2 6.2 1.7 36.7 14 31.5 (1.24) 5.5 1.8 13.05 17.15 4.9 3=14.7 1.8 e3x-da6tw e3x-da8tw incident level display threshold level display operation indicator hole for optical communications two, 2.4 dia. 64.3 67.5 71 1.5 31.5 1.8 5.1 3.9 3 4.8 12.95 11.55 17.45 4 10 dimensions with master connector connected dimensions with slave connector connected e3x-cn21: 4.0 dia. e3x-cn22: 4.0 dia. 1.5 31.5 1.8 5.1 3.9 12.95 4 10 64.3 67.5 71 (c ( % -8 3* - 3 () $!007- 8 ( % * % % <% 7@8. . d% 7080=% 8 () $!.07- 8 - % * % % <% 7@8. . d% 7080=% 8 () $!0.7.81 8 % * % % <% 7@8. . d% 7080=% 8 () $!..7- 8 . % * % % <% 7@8. . d% 7080=% 8 % () $!@. * ! $%+%, -..! " # $% ( 8 0@ <@8(h= 1-81 <.8c-= -@81c <081@= 1( " master connectors e3x-cn11 e3x-cn21 see note 4 dia. 10 (0.39) 2 m (6.56 ft.) slave connectors e3x-cn12 e3x-cn22 see note e3x-cn12: 2.6 dia. e3x-cn22: 4 dia. 10 (0.39) 2 m (6.56 ft.) 3* - / (1 &7<= 3 7; - 1.95 0.5 42 31 3.4 2.15 m8 l 31.4 21.5 12.9 30 50 5 4 dia. 9 dia. 1.95 0.5 3.4 2.15 l 30 50 5 20.5 23.1 4 dia. 9 dia. 3 - : - = 34 # "#/ :?f = 34 # "#/$:?f$ = ?3 - : - = 34 # #/ :?f = 34 # #/$:?f$ = 3 - : - = 34 # "#/ 5 . <18c18= (j (set: e3x-mc11) (console only: e3x-mc11-c1) mobile console head (e3x-mc11-h1) ac adapter jack communications jack connection indicator menu indicators output indicator channel buttons teaching button enter button mode button function button battery indicators power supply button escape button mode display channel indicator communications jack m5 ball plunger optical communica- tions position 22 (0.87) 136 (5.35) 50 (1.97) 20 (0.79) 51.3 (2.02) 30.3 (1.19) 52.8 (2.08) (? &7<= ! % -8 10 max. two, 3.2 dia. four, r1.7 e39-l143 e39-l148 7 3.4 1 3 16 3 7 10.3 7.3 5.3 (10.3) 2.5 34.8 22 16 26.8 3 3.4 1 12 1.5 9.1 9 3.4 2 r1.7 r1.7 2 16 27 3 4 3 4.3 7.3 35 22 3.4 16 9.5 16 0.1 12 max. two, 3.2 dia. tw o, m 3 mounting holes material: stainless steel (sus304) material: stainless steel (sus304) 16 0.1 tw o, m 3 mounting holes pfp-m m4 spring washer m4 8, pan-head screw (h 4 ; - &7<= ( ! 4 :3 = 6 " %8: "% #" %8= free-cut 0.9 dia. 1.8 dia. sensing head, 2 dia. (stainless steel) heat-shrinkable tubing 1-dia. optical fiber fiber attachment (e39-f9) 2 two toothed washers 0.9 dia. sensing head, m3 x 0.5 (nickel-plated brass) fiber attachment (e39-f9) two hexagonal clamping nuts 1-dia. optical fiber 1.7 1.4 dia. 2.4 dia. sensing head, 3 dia. (nickel-plated brass) 2.2-dia. optical fiber 14 two toothed washers two hexagonal clamping nuts sensing head, m4 x 0.7 (nickel-plated brass) 14 m2.6 x 0.45 1.4 dia. 2.2-dia. optical fiber e32-t11l e32-t12l e32-t21l e32-t22l 10-mm dia. lens (pmma) sensing head, m14 x 1 (abs) two hexagonal clamping nuts 2.2-dia. optical fiber e32-t17l 1.0 dia. m2.6 x 0.45 two toothed washers two hexagonal clamping nuts sensing head, m4 x 0.7 (nickel-plated brass) 2.2-dia. optical fiber e32-tc200 3.2 3 11 2,000 7 311 2,000 2.5 5.5 11 1.8 25 10 2,000 25 10 17 22 2,000 12 5 19 23 42 10,000 3.2 3 2.4 14 2,000 7 e32-t11r 151, 0.075 dia. sensing head, m4 x 0.7 (nickel-plated brass) two toothed washers two hexagonal clamping nuts 2.2-dia. optical fiber 3.2 7 m2.6 14 32.4 2,000 e32-t12r 311 151, 0.075 dia. 2.4 dia. sensing head, 3 dia. (nickel-plated brass) 14 2.2-dia. optical fiber 2,000 1.0 dia. 2.2 dia. two toothed washers two hexagonal clamping nuts sensing head, m3 x 0.5 (nickel-plated brass) 2.2-dia. optical fiber 3 dia. 1.5 e32-tc200a 0.5 dia. 1-dia. optical fiber sensing head, m3 x 0.5 (nickel-plated brass) fiber attachment (e39-f9) two toothed washers two hexagonal clamping nuts e32-tc200e 2,000 4 1 7 5.5 1.8 11 2,000 10 25 1.8 5.5 2.5 e32-t21r 151, 0.037 dia. sensing head, m3 0.5 (nickel-plated brass) two toothed washers two hexagonal clamping nuts 2.2-dia. optical fiber 3 dia. 13.5 9.5 1.8 2,000 5.5 0.5 dia. 2 dia. sensing head (sus303 stainless steel) heat-shrinkable tubing 1.4 dia. 1-dia. optical fiber e32-t22 17 22 2,000 12 25 10 1.0 dia. stainless tube (sus304) two hexagonal clamping nuts two toothed washers sensing head, m4 x 0.7 (standard) (nickel-plated brass) 2.2-dia. optical fiber 1.2 dia. max. 90 e32-tc200b e32-tc200b4 note: the value in the parentheses is for the e32-tc200b4. e32-t22r 17 22 2,000 12 25 10 sensing head (sus303 stainless steel) 1.4 dia. 2 dia. 151, 0.037 dia. heat-shrinkable tubing 1-dia. optical fiber fiber attachment (e39-f9) fiber attachment (e39-f9) 3.2 11 2.4 2,000 7 40 (see note) free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut . <18c18= 0@ <(.8?8= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -@ &7<= sixteen, 0.265 dia. m2.6 x 0.45 sensing head, m4 x 0.7 (nickel-plated brass) two toothed washers two hexagon clamping nuts protective tube 2.2-dia. optical fiber 14 e32-t11 e32-t21 e32-t22b four, 0.25 dia. 1-dia. optical fiber fiber attachment (e39-f9) sensing head (nickel-plated brass) 1.5 dia. 3 dia. sensing head, 3 dia. (sus304 stainless steel) 45 heat-shrinkable tubing 2.2-dia. optical fiber sensing surface stainless tube, 1 dia. sensing head, 2 dia. (sus304 stainless steel) 1.4 dia. 1-dia. optical fiber heat-shrinkable tubing 45 fiber attachment (e39-f9) e32-t24 e32-t24r e32-t14l e32-t14lr r3.5 optical axis two, 3.2 dia. 2.2-dia. optical fiber 10 0.2 lens unit (pmma) 4.4 dia. heat resistive abs nitrile rubber e32-t14 four, 0.25 dia. fiber attachment (e39-f9) two toothed washers two hexagon clamping nuts protective tube sensing head, m3 x 0.5 (nickel-plated brass) e32-tc200f e32-tc200f4 1.8 5.5 2.5 2,000 11 10 25 0.5 dia. stainless tube (sus304) two hexagon clamping nuts two toothed washers sensing head, m3 x 0.5 (nickel-plated brass) 1-dia. optical fiber 0.9 dia. max. 90 note: the value in the parentheses is for the e32-tc200f4. fiber attachment (e39-f9) 2.4 15 2,000 3.3 7 3.2 5.5 2.5 10 25 2,000 11 1.8 15 1-dia. optical fiber 10 25 10 2,000 35 30 1.5 1.5 2.8 1 12 2,000 35 2,000 15 1.5 0.5 1 15 12 25 10 9.2 7 8 2.5 10.5 8.2 16 11.2 2,000 7 e32-t12f 4-mm dia. lens sensing head, 5 dia. fluoride resin 4 dia. 2.2-dia. optical fiber 20 2,000 100 e32-t14f sensing head, 5 dia. fluoride resin 4 dia. 2.2-dia. optical fiber optical axis 4.5 21 2,000 100 40 (see note) free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut fr ee-cut e32-t81r e32-t81f 30 2,000 13.2 b 28 5 a 6 dia. 3.7 dia. protective tube 2 dia. 4 dia. 5 dia. 2.2 dia. (r6) 0.8 70 sleeve note: section a resists 200 c and section b resists 110 c. 7 20 3 2.4 10 2,000 5 3 b 13 20 a two toothed washers two hexagonal clamping nuts sensing head, m4 x 0.7 (sus303 stainless m2.6 x 0.45 0.7 dia. 4 dia. (75) 2 dia. 4 dia. 5 dia. 2.2 dia. sleeve 3.6 dia. protective tube note: section a resists 200 c and section b resists 110 c. pfa cover pfa tube fluorocarbon resin tube steel) . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -0 e32-t54 note: resistant temperature is 150 c. resistant temperature is 130 c when used continuously. sensing head, 3 dia. (sus303 stainless steel) 2.2-dia. optical fiber 2 dia. (see note) 13* 4 dia. 4 dia. 5 dia. sleeve m2.6 x 0.45 flexible tube, 2.8-dia. (stainless steel) hexagonal clamping screw 1.0 dia. two hexagonal clamping nuts two toothed washers sensing head, m4 x 0.7 (sus303 stainless steel) e32-t61 note: section a resists 300 c and section b (which is inserted to the amplifier) resists 110 c. the operating temperature of the section to be inserted into the sensor (marked with *) must be within the operating temperature range of the amplifier. two toothed washers two hexagonal clamping nuts sensing head, m4 x 0.7 (nickel-plated brass) 2.2-dia. optical fiber 2.85 dia. 1.5 dia. e32-t51 note: resistant temperature is 150 c. resistant temperature is 130 c when used continuously. 15 2.4 1 7 17 2,000 7 20 3 2.4 10 2,000 28 5 b a 1 1.7 2.5 45 25 20 2,000 45 sensing surface 30 max. e32-t84s note: section a resists 200 c and section b (which is inserted to the amplifier) resists 110 c. the operating temperature of section to be inserted into the sensor (marked with *) must be within the operating tempera- ture range of the amplifier. flexible tube, 2.9-dia. (stainless steel) sleeve sensing head (sus303 stainless steel) lens (2 dia.) 4 dia. 3 dia. 3.5 dia. 4 dia. 5 dia. (see note) * 3 dia. 15 20 b a 12 6 12 2,000 r5 13 (14.2) 90 tw o, m 3 two, 2.2-dia. optical fiber lens (pmma) e32-g14 mounting holes 1.6 4 23.5 9.4 1.6 9.2 24 r3.5 10 20 25.2 36.3 2,000 r1.6 r1.6 3.2 9 7 7.4 9.4 sensing head (abs) optical axis e32-t22s 1.7 dia. 3 dia. sensing head (nickel-plated brass) 2.2-dia. optical fiber 15 2,000 free-cut free-cut free-cut free-cut sensing head, m3 x 0.35 (sus303 stainless steel) two hexagonal clamping nuts two toothed washers silicone tube (see note) four, 1-dia. plastic fibers sleeve note: one set of silicone tubes is black while the other set is grey for easy identification when they are connected to the emitter and receiver. e32-m21 3.5 dia. sensing head (nickel-plated brass) 2.2-dia. optical fiber mounting bracket (provided) sensing surface e32-t24s 3.2 10 1.8 20.5 2 2,000 11 3 0.4 17.6 3.2 28 13 23 11 2,000 1.8 free-cut 2 dia. . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -. &7<= e32-t16w e32-t16wr sensing surface (3 x 30) optical axis sensing head (abs) 2.2-dia. optical fiber two, 3.2-dia. mounting holes, 6-dia. countersinking mounting holes tw o, m 3 e32-t16j e32-t16jr receiver emitter sensing sur- face (2 x 11) optical axis two, 3.2-dia. mounting holes, 6-dia. countersink- ing 2.2-dia. optical fiber sensing surface (2 x 11) prism (pmma) 18 69 65 45 2,000 12 23 18.5 45 0.2 3.3 27 20 2 14.5 10.7 4 2,000 19 sensing head (abs) black r2 r2 2-r2 6 dia. tw o, m 3 2.2-dia. optical fiber mounting bracket (e39-l4) two, 3.2 dia. lens (2 x 10) (pmma) sensing head (heat-resistive abs) e32-t16 mounting holes 0.5-mm-wide slit seal (supplied with the unit in pairs) 1-mm-wide slit seal (supplied with the unit in pairs) 27 2,000 25 20 58 43.2 5.5 8.4 33 15.5 8.85 3 20 4 20 3.2 4 10.2 1.2 11 4.5 2.3 3.2 20 two, 3.2 dia. 6 0.5 4 15 23 6 1 4 15 23 black with mounting bracket free-cut free-cut optical axis free-cut . <18c18= . <18c18= . <18c18= 1h <.8j.= .( <@8h0= c <@8.@= 0-8c <@8cj= - <@801= .j <080@= .@ <@8jh= c? <.8.?= -( &7<= 19 27 14.5 10.7 4 2,000 20 6-dia. countersinking sensing head (heat-resistive abs) 2.2-dia. optical fiber sensing surface (2 x 11) (pmma) e32-t16p e32-t16pr 0.5-mm-wide slit seal (supplied with the unit in pairs) 1-mm-wide slit seal (supplied with the unit in pairs) with mounting bracket optical axis e39-l94 mounting bracket (order separately) black black mounting hole s tw o, m 3 two, m3 counter- sunk screw optical axis two, 3.2 dia. 3.4 0.5 13.4 26.4 3.4 1 13.4 26.4 20 35 2 52 43.2 23.2 20 4 19 3.2 12.2 3.2 420 44.8 free-cut . <18c18= - <@801= 0-8c <@8cj= .j <080@= (c <08(?= c. <.8@-= -- 5- *4 &7<= 6 " %8: "% #" %8 free-cut sensing head, m3 x 0.5 (sus304 stainless steel) two hexagonal clamping nuts two toothed washers two fiber attachments (e39-f9) two, 1-dia. optical fibers two, 0.5 dia. two, 1.0 dia. 4 dia. two toothed washers two hexagonal clamping nuts sensing head, m6 x 0.75 (adc) two, 2.2-dia. optical fiber two, 0.9 dia. 2.7 dia. sensing head, 3 dia. (nickel-plated brass) two, 1-dia. optical fibers two fiber attachments (e39-f9) two hexagonal clamping nuts two toothed washers sensing head, m4 x 0.7 (nickel-plated brass) two fiber attachments (e39-f9) two, 0.9 dia. two, 1-dia. optical fibers 3 dia. tw o, 1 dia. heat-shrinkable tubing two, 2.2-dia. optical fibers sensing head (sus304 stainless steel) two toothed washers two hexagonal clamping nuts sensing head, m6 x 0.75 (nickel-plated brass) two, 2.2-dia. optical fibers 4 dia. two, 1.4 dia. e32-d11l e32-d21l e32-d12 e32-dc200e e32-d22l e32-dc200 5.2 3 2.4 20 2,000 10 2,000 135 15 3.2 2.4 3 15 2,000 7 10 25 3 15 2,000 25 10 4.8 2.4 3 17 2,000 10 e32-d11r 2-151, 0.075 dia. two toothed washers two hexagonal clamping nuts two, 2.2-dia. optical fibers 4 dia. sensing head, m6 x 0.75 (adc) 4.8 10 17 2,000 32.4 2,000 135 15 e32-d12r 2-151, 0.075 dia. 3 dia. sensing head (sus304 stainless steel) heat-shrinkable tubing two, 2.2-dia. optical fiber 2.5 5.5 11 1.8 2,000 25 10 free-cut free-cut free-cut free-cut free-cut free-cut free-cut free-cut two, 0.5 dia. 90 (40) (see note) note: the value in the parentheses is for the e32-dc200f4. 1.2 dia. max. stainless tube (sus304) sensing head, m3 x 0.5 (sus304 stainless steel) two hexagonal clamping nuts two toothed washers two, 1-dia. optical fibers two fiber attachments (e39-f9) e32-dc200f e32-dc200f4 two, 1.0 dia. 2.5 dia. max. stainless tube (sus304) two toothed washers two hexagonal clamping nuts sensing head, m6 x 0.75 (fine) (nickel-plated brass) two, 2.2-dia. optical fiber 90 e32-dc200b e32-dc200b4 note: the value in the parentheses is for the e32-dc200b4. two, 1-dia. optical fibers two fiber attachments (e39-f9) two toothed washers two hexagonal clamping nuts sensing head, m3 x 0.5 (nickel-plated brass) e32-d21r 2-151, 0.037 dia. 2.5 5.5 11 2,000 1.8 10 25 e32-d22r 3 15 2,000 25 10 two fiber attachments (e39-f9) two, 1-dia. optical fibers sensing head, 3 dia. (nickel-plated brass) 2.7 dia. 2-151, 0.037 dia. 2,000 17 2.4 5.2 10 2.5 5.5 11 1.8 2,000 25 10 free-cut free-cut free-cut (40) (see note) free-cut . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -c e32-d331 e32-d33 two, 0.25 dia. 0.8-dia. stainless tube sensing head, 3 dia. (sus303 stainless steel) heat-shrinkable tubing two, 1-dia. optical fibers two fiber attachments (e39-f9) two, 0.125 dia. sensing head, 2 dia. (sus303 stainless steel) 1.2-dia. irax tubing 3.5-dia. branching connector sleeve (not removable) 0.5-dia. stainless tube e32-d11 sixteen, 0.265 dia. two toothed washers two hexagonal clamping nuts protective tube two, 2.2-dia. optical fibers four, 0.25 dia. two, 1-dia. optical fibers two fiber attachments (e39-f9) two toothed washers two hexagonal clamping nuts protective tube sensing head, m3 x 0.5 (nickel-plated brass) sensing head, m6 x 0.75 (nickel-plated brass) 10 25 15 35 2,000 15 12 15 15 100 2,000 15 25 10 5.2 10 17 2.4 15 2,000 e32-d21 5.5 25 10 2.5 15 1.8 11 2,000 2-4, 0.25 dia. two, 1-dia. optical fibers two fiber attachment (e39-f9) two toothed washers sensing head, m4 x 0.7 (sus303 stainless steel) e32-d21b two hexagonal clamping nuts 3.2 2.4 3 15 2,000 7 10 25 e32-d22b four, 0.25 dia. sensing head, (sus304 stainless steel) 1-dia. optical fiber 3-dia. branching connector (abs) sleeve (not removable) 1.5 dia. 15 100 2,000 15 25 10 e32-cc200 note: the fiber for the emitter is identified by a white line. 1.0-dia. light emission fiber 2.5 dia. two toothed washers two hexagonal clamping nuts sensing head, m6 x 0.75 (nickel-plated brass) two, 2.2-dia. optical fibers sixteen, 0.25-dia. light reception fibers 5.2 10 23 32.4 2,000 sensing head, 3 dia. (sus304 stainless steel) 6-dia. branching connector (heat-resistive abs black resin) 1-dia. light emission fiber sixteen, 0.265-dia. light reception fibers two, 2.2-dia. optical fibers note: the fiber for the emitter is identified by a yellow dotted line. e32-d32l 15 400 15 1,570 2,000 free-cut free-cut free-cut free-cut free-cut fr ee-cut e32-c41 two hexagonal clamping nuts fiber attachment (not removable) white: heat- shrinkable tubing for emitter side one, 0.175-dia. light emission fiber sensing head, m3 x 0.5 (sus303 stainless steel) tw o, 1.2-dia. optical fibers 3.5 dia. branching connector (abs) six, 0.175-dia. light reception fibers two toothed washers 2.6-dia. irax tubing e32-c31 note: the fiber for the emitter is identified by a white line. 0.5-dia. light emission fiber two, 1-dia. optical fibers two fiber attachments (e39-f9) four, 0.25-dia. light reception fibers sensing head, m3 x 0.5 (nickel-plated brass), 2.44 to 2.49 minor diame- ter two hexagonal clamp nuts two toothed washers heat-shrink- able tubing 10 25 25 2,000 12 20 2.5 17 1.8 22 1,000 15 10 25 100 5 free-cut . <18c18= . <18c18= 0 <(8.?8= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -1 &7<= 2.6-dia. irax tubing one, 0.175-dia. light emission fiber sensing head, 2 dia. (sus303 stainless steel) two, 1.2-dia. optical fibers branching connector (abs) six, 0.175-dia. light reception fibers e32-c42 two fiber attachments (not removable) white: heat- shrinkable tubing for emitter side 3 dia. 15 2 1,000 15 10 25 100 5 22 0.5-dia. light emission fiber sensing head, 2 dia. (sus303 stainless steel) heat-shrinkable tubing two, 1-dia. optical fibers two fiber attachments (e39-f9) four, 0.25-dia. light reception fibers 3 dia. e32-d32 note: the fiber for the emitter is identified by a white line. 10 25 15 22 2,000 12 2 6 dia. 45 sensing head (sus304 stainless steel) heat-shrinkable tubing two, 2.2-dia. optical fibers sensing surface light baffle e32-d14l e32-d14lr 5.7 1.5 12 30 35 12 2,000 e32-d24 e32-d24r light baffle sensing surface 45 sensing head, 3 dia. (sus304 stainless steel) heat-shrinkable tubing two, 1-dia. optical fibers two fiber attachments (e39-f9) 2-dia. stainless tubing 35 15 12 15 1 0.5 1.5 2,000 10 25 sensing head, 6 dia. fluoride resin 5 dia. two, 2.2-dia. optical fibers e32-d12f 2,000 16 100 free-cut free-cut free-cut free-cut two, 1.5 dia. two toothed washers two hexagonal clamping nuts sensing head, m6 x 0.75 (nickel-plated brass) two, 2.2-dia. optical fibers e32-d51 note: resistant temperature is 150 c. resistant temperature is 130 c when used continuously. 3.1 4.9 2.4 13 3 17 2,000 10 1.4 dia. m4 x 0.7 3.5 dia. 5 dia. sus316l 13 two hexagonal clamping nuts two toothed washers sensing head, m6 x 0.75 (sus303 stainless steel) flexible tube (stainless steel) hexagon clamping screw sleeve (see note) 5 dia. * e32-d61 note: section a resists 300 c and section b (which is inserted to the amplifier) resists 110 c. the operating temperature of the section to be inserted into the sensor (marked with *) must be within the operating temperature range of the amplifier. 10 ab 20 5 3 2,000 16.5 6.5 5 8 6.4 15 3 2 2.4 free-cut 0 <(8.?8= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= . <18c18= -j e32-d73 note: section a resists 400 c, section b resists 300 c, and section c (which is inserted to the amplifier) resists 110 c. the operating temperature of the section to be inserted into the sensor (marked with *) must be within the operating temperature range of the amplifier. 1.0 dia. 13 sus316l two hexagonal clamping nuts two toothed washers 1.25-dia. stainless tubing sus flexible tube hexagon clamping screw sleeve 1.65 dia. 2.5 dia. 4 dia. 2.8 dia. 5 dia. sensing head, m4 x 0.7 (sus303 stainless steel) (see note) * 5 7 60 20 10 2,000 16.5 5 abc 2.4 5 6.5 6.4 15 8 e32-d36p1 tw o, 2.2-dia. optical fibers mounting holes tw o, m 3 sensing head (nickel-plated brass) 32 x 0.265 dia. (light emission fibers and light reception fibers are positioned alternately.) 15 10 5 25 2,000 10.85 2 10 0.2 two, 3.2 dia. mounting holes lens (pmma) silicone tube two, 1-dia. optical fibers two fiber attachments (e39-f9) sensing head (abs) two hexagonal clamping nuts two washers m6 x 0.75 5 dia. e32-r21 (one e39-r3 reflector is supplied with the sensor) 10 25 27.8 17.8 2.8 11 3 14 2,000 10 2.2 lens (pmma) mounting bracket (provided) two, m3 screws (provided) two, 2.2-dia. optical fibers standard length: 2 m sensing head (abs) e32-r16 (one e39-r1 reflector is supplied with the sensor) with mounting bracket 15.2 7.2 10 21 17 1 21.5 27 13 3.2 15 7 1.5 3.2 16 4 1.5 8 22.5 16 0.2 fr ee-cut free-cut 6 e32-l56e1 e32-l56e2 e32-l56e1 note: label is attached to the fiber to be inserted in the emitter side. sensing head (aluminum) 2.2-dia. light reception fiber 2.2-dia. light emission fiber optical axis two mounting holes, 3.5 dia. countersinking 2.2-dia. light reception fiber 2.2-dia. light emission fiber e32-l56e2 6.2 dia. 3.5 dia. e32-l56e 1 made in japan e32-l56e made in japan 2 38 58 (15.2) 5 10 38 (29) (23) (3.3) 48 1,500 (15.2) 90 3 free-cut free-cut 08c <-8h.8 = . <18c18= . <18c18= .j <08@1= (? <08-h= (? <08-h= 1 <@8.(= . <18c18= 0c <@8ch= .c <@8h?= c <@80h= c? <.8.?= -? &7<= -- :; 3 <= 5- e32-l24l optical axis sensing head (pc) 6-dia. countersinking side view prism (pc) two, 1-dia. optical fibers two fiber attachments (e39-f9) lens, two, 3.2 dia. two, 3.2 dia. 10 25 18 2,000 4 6 3.3 3.6 3.3 1.5 20 6.5 e32-l25l two, 3.2 dia. 6-dia. countersinking two, 2.2-dia. optical fibers sensing head (heat resistive abs) two, 2.2-dia. optical fibers two, 3.2 dia. sensing head (heat resistive abs) sensing distance e32-l25 e32-l25a note: the fiber for the emitter is identified by a white line. note: the fiber for the emitter is identified by a white line. sensing distance sensing head (pc) 6-dia. countersinking two, 1-dia. optical fibers two fiber attachments (e39-f9) two, 3.2-dia. lens two, 3.2 dia. sensing distance 10 25 18 2,000 6 16 6.5 2,000 20 10 6.5 4.8 6.5 20 4 20 2,000 6.5 4.8 6.5 20 10 4 free-cut free-cut free-cut free-cut 6-dia. countersinking . <18c18= 0? <@8j0= - <@801= .@ <@8j?= - <@801= 01 <@81(= 0? <@8j0= c <@80h= .@ <@8j?= .@ <@8j?= .@ <@8j?= .@ <@8j?= c <@80h= . <18c18= . <18c18= two, 3.2 dia. adhesive tape two, 3.5 dia. reflector (miniature) e39-r3 reflector e39-r1 material: reflective surface: acrylic back: abs material: reflective surface: acrylic back: abs 34 40.3 (1.59) 52 59.9 (2.36) 2.7 8 1.6 7 29 (1.14) 4.5 6 r20 3.4 7 18.45 22.9 11 20 0.2 0.2 16 22.5 (0.88) 19.3 34 38 34.8 41.8 (1.65) 10.1 1.2 25.4 r25.4 3.4 10 1.2 2.6 13.7 3.4 14 tw o, m 3 sus304 stainless steel j8c <@8.h= . <18c18= -h e39-l4 e39-l94 material: iron material: iron tw o, 3.2 dia. 3.2 dia. 4 20 (0.79) 11 2.3 3.2 4-r1.6 1.2 5.5 20 0.2 58 (2.28) 33 (1.29) 5 3.2 4 3.2 20 4-r1.6 4 20 (0.79) 2.3 3.2 1.2 5.8 19 0.2 52 (2.05) 35 (1.38) 3.2 4.8 3.2 4 20 2-r1.6 4-r1.6 +0.2 0 two, 3.2-dia. sensing holes two, 3.2-dia. mounting holes 10.5 0.1 tw o, m 3 fiber unit mounting holes (e32-tc200a) 4 dia. m2.6 effective depth: 3.2 countersunk with straight edge, depth: 0.9 2.8 dia. e39-f1 long distance lens unit note: one set includes two units. e39-f2 side-view unit e39-f5 side-view reflective unit 4 dia. m2.6 x 0.45 effective depth: 3.8 countersunk with straight edge, depth: 0.9 note: only e32-tc200a can be mounted. when mounting, remove all of the accompanying screws first and then screw the e32-tc200a into the e39-f5 until the stop- per comes into contact. note: one set includes two units. material: tube: brass lense: optical glass material: tube: brass lense: optical glass two, 4 dia. m3 toothed washers two, m3 x 3 slotted head machine screws m3 x 6 angle fixing screws 8 0.2 two, 3.2 dia. e39-f3 lens-equipped reflective unit material: tube: brass base: aluminum note: fix the fiber head using the slotted head machine screw. do not insert the e39-f1 lens. material: base: brass reflector: stainless steel 8.9 9.2 5.7 3 18 (0.71) 8.5 3.6 12 6.5 6.4 6.4 20.7 2.6 4 12.2 18 13 (0.51) 4 2.1 5 lens units c@ - *3 (! e39-f3a small spot lens unit m2 x 2 hexagon set screw (for fixing fi- bers) 4 dia. 6 dia. lens (3.7 dia.) 2.1 dia. material: tube: aluminum optical lense: optical glass note: e39-f3a is a lens unit for the e32-d32 and e32-c42. e39-f3a-5 small spot lens unit lens (3.7 dia.) 2.1 dia. note: e39-f3c is a lens unit for the e32-c31 and e32-c41. 5 dia. m3 x 0.5, effective length: 3 e39-f3b small spot lens unit material: tube: aluminum optical lense: optical glass e39-f3c small spot lens unit lens (3.7 dia.) 5 dia. m3 x 0.5, effective length: 3 material: tube: aluminum optical lense: optical glass flat knurled nut note: e39-f3a-5 is a lens unit for the e32-c31 and e32-c41. lens (4.8 dia.) 4 dia. 4.3 dia. note: e39-f3b is a lens unit for the e32-c31 and e32-c41. 6 dia. 5.5 dia. m3 x 0.5, depth: 4.4 material: tube: aluminum optical lense: optical glass flat knurled nut 23 (0.91) 13 3 6.5 16.5 (0.65) 25.2 (0.99) 24.1 10.9 5.8 e39-f32a, e39-f32a5 e39-f32b, e39-f32b5 note: 1. l is as follows: e39-f32a and e39-f32b: 1m (3.28 ft) e39-f32a5, e39-f32b5: .5m (1.64 ft) 2. a pair of e39-f32a(5)'s is sold as e39-f32b(5). e39-f32c, e39-f32c5 e39-f32d, e39-f32d5 note: l is as follows: e39-f32c: 1m (3.28 ft) e39-f32c5: .5m (1.64 ft) m3 x 0.5 depth: 4 head connector (nickel-plated brass) (4.6 dia.) end cap (nickel- plated brass) 3 dia. head connector (nickel-plated brass) (5.6 dia.) m4 x 0.7 depth: 4 (7 dia.) 4 dia. 5 dia. m6 x 0.75 depth: 4 6 dia. 8.5 dia. note: l is as follows: e39-f32d: 1m (3.28 ft) e39-f32d5: .5m (1.64 ft) tube (sus304 stainless steel) end cap (nickel- plated brass) end cap (nickel- plated brass) head connector (nickel-plated brass) 7 dia. 12 l 12 12 l 12 12 l 12 tube (sus304 stainless steel) tube (sus304 stainless steel) c0 ; -- e39-f4 fiber cutter e39-f9 attachment for thin fiber e39-f10 fiber connector 1.1 dia. 3.6 dia. (2.2 dia.) retention clip (brass) splice (polyester) retention clip (brass) 2.2-dia. fiber insertion mark (for inserting into an amplifier) 3.8 dia. note: one set includes two units. included with thin fiber unit. 3 dia. standard fiber insertion hole thin fiber insertion hole material: abs 2.2-dia. fiber 8 45 (1.77) 24.5 (0.96) 25 (0.98) 10 11.7 26 (1.02) 12.8 e39-f11 sleeve bender e39-k2 protective attachment e32-t84s e39-k2 two, 2.6 dia. tw o, 5.1 dia. material: abs application example 10.8 (0.43) 27 (1.06) 42.5 (1.67) 10 10 r5 r7.5 r12.5 r10 c1 c1 10 8 8 (0.31) 16 (0.63) c. 6 - ! a 08 :% & 6! 8 .8 % & % % # 8 3 &" * 6! 8< * & 6! "% 8= "9 % "* % &% 8 8 9 "% " % 9 &8 ! ; - !- ' ".@<@8jh= % $%2 6! " " &8 $%2 & c<@8.@=8 connection with k3nx-vd2 @ process meter e3x-da-n monitor output orange +v 0 v blue brown 12 vdc, 80 ma* 12 to 24 vdc k3nx-vd2 @ * use this service power supply for the sensor with refer- ence to the power consumption of each sensor. note: 1. various i/o units are available for the k3nx. se- lect an appropriate output type depending on the application. 2. for details about the k3nx, refer to the k3nx datasheet (n084) or the k3nx operation manual (n090). 3. this wiring is for the k3nx with dc power supply specifications and the monitor (analog) sensor with dc power supply specifications. check re- spective power supply specifications before wir- ing them. c( ! 08 :% & % # (h 0-(<% = 6! 8 .8 3 # % # 6! 8 5 * 3% # &" " * <(= <-= " "8 6 % (h 0-(% # & % & ":( "" 8 " % 18 4 ! ( 4 - % "7 & b " 8 /% :(,:- " @8j?!e58 :1 ", 1 8% @8h?!e58 08c 8% @8.!e58 . 8,( 8 % @8.h!e58 (. 0.c 8 @8j?!e58 (. 0.1 8 (. 01 @8-h!e58 (. .0 @8ch!e58 (. :.0 &c 7@8-h!e58 : c 7@8j?!e 58 (. .c @8j?!e58 (. 013 (. .- (. .- (. .c @8.h!e58 c- 4 - - - () # %8$ () % " % 7 08 $ * * * " # %%# 8 % % (h - $% % # % % #8 .8 * * * # %%% 8 * * * # * %% 8<+ * % # 8= (8 3 % $ , + % # %# # %" % " 0@ q $-@ q $8 4 :# % % 8 % 8 cc ! 4 6 $% %8 3 " $% # % 8 # * " 8& " % 8 $ % % # # " % 8 6 % #83 " * % " #8< .8. 8 8= % % " 86 % " % " % " % 8"% " 8 & " < " % =% "7 08 8 .8 % 9% "8 (8 6 % (hk-8 -8 < % = 6 "8 - % %8 %* " h8?!.h8-!<% % =8 % %8 %< 5% (. ? (. ? =8 ! 7 5 %8 5 * * # 8& " * # 8 temporarily fitted thin fiber attachment (e39-f9) a one-turn loop can absorb vibrations. tape c1 %5! 14""3*% % % % 8 % " 8 6 % * + % " % * * + < % =8 14 ? - *3 (! 6 * % < " = % 8 3% * % 8 % % " " 8 % % 8 % * % % " %8 & % * % 8 % * % % # 8 14"/4 - :% " "% %% 8 " % 5 .cl" 8 .8. 8 8 - ! - 08 6 : * $ & %# 8 .8 > & /% : * $ * 8 (8 # < * = : * $ $ 8 # " * 8 cj 5 * - 08 &" %8 .8 &<= % " $ * * 8< * $ "% & 8= ! "% &* % 86 % 3 8 + % 3 * : &% 8 * % " " % % 8 08 6 * % &8 .8 * &8 % () !" $ 3 % 3 "" "8 !3 - :-! = () $!00 () $!.0 () $!..7(@!58 () $!0.70.!58 c? 3 % * e g % 5 * () !8 e %" () ! # % " 8 e % () !8 e 0@@g$ "$8 e % () ! * " 5* 58 e () !8 e () ! % 63c@d " 8 e % () !8 + 5 ( e () ! 9 .@@ " %% 8 e 6" % () ! # % % ! () ! 8 e () !% ! " % % %%" % !8 + 3! < e () !% "* "* " %8 e "" %% %<;= %<;= % % 8 " () ! 5 8 e 5 %0@@ * " # @8( . 8 e % "% 5 c@!8 * !- ! !- e ! * % () ! %"" 8 d! ! ! - - 4!- *% % 86% * <8 8 = 8 5; 6 " 3 : % " % % k " % 8 ; - !- * & % %8 " * & * &% 8 '< d! 9% % $ 3 8 " * *% " 8& % 8 (< -)! :% 9 *% *% # % % 8! *% % *% 8 6: ! 6 ! 2 ! 6!:6 6: 8* * .c8- $8!8 (0( ( . 3 & ; 5; 6 9 ??c: * % :0+cg? #". ,..#.$ ; 5;? (5; 3?? $ * % % 6 1@0j( ",//$$; 5; ; 5;;? ; 7,,"""8 8 & 7,,"""8 8, $ 7,,"""8 8, @-,@. % 9 "% |
Price & Availability of E3X-DA21-N
 |
|
|
|
|
All Rights Reserved © IC-ON-LINE 2003 - 2022 |
| [Add Bookmark] [Contact Us] [Link exchange] [Privacy policy] |
|
Mirror Sites : [www.datasheet.hk]
[www.maxim4u.com] [www.ic-on-line.cn]
[www.ic-on-line.com] [www.ic-on-line.net]
[www.alldatasheet.com.cn]
[www.gdcy.com]
[www.gdcy.net] |