6AF~60AF A
- 6 7-8 9 - - 7 7-8 9-0 - - - 6 7-8 9 - - - 7 8 9-0 - - - 6 7 - - 6 7-8 9 60 6-6 6-68 69-7 6 00 600 000 0 00 000 00 60 AE6-SW AE00-SW AE-SW AE600-SW AE000-SWA AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW AE00-SW AE60-SW
WS WS WS WM WM WM WB WB WB WF WF WF LTD+STD+INST / MCR LTD+STD+INST / MCR INST / MCR LTD+STD+INST / MCR G E AP N P P P P P EX DP TAL MCR-SW
MELSECNET/ PC MELSECNET/ CC-Link PLC I/O MDU/MDU EcoMonitor Pro EcoMonitorII MENSR AE-SW CC-Link BNET WS, WB, WM, WF WS, WB, WM, WF WS, WB, WM, WF AE6 600-SW, AE000 00-SW, AE000-SW AE000-SWA, AE000-SWA, AE00-SW AE60-SW WS : WM : WB : WF : G: N: E: AP: NA: P: AC DC0-0V P: DC-60V P: AC0-0 / DC0-V P: DC-60V P: DC0-0V
SW SWA SW SWA SW AE000-SS AE000-SWA
DCV AE000-SW AE0-SW AE00-SW AE000-SWA DC0V DC600V AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW* AE0-SW* 6
6 7 8 9 6 7 8 9 AE600-SW P AE600-SW P 9 6 8 7 9 6 8 7 7
AE6-SW AE00-SW AE-SW AE600-SW AE000-SWA AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW AE00-SW AE60-SW 6 IEC 6097- EN 6097-(CE) JIS C 80-- NK LR GL BV ABS DNV CCS 7 8 9 9 0 6 7 8 9 8 9 6 7 8 7 6 9 8 7 0 6 8 9 7 6 7 6 8 9 8
9 JIS C 80-- Ann Ann IEC 6097- EN 6097- NK GL BV LR ABS DNV CCS (A) (/60Hz) (AC.V) (/60Hz) (AC.V) (kv) (A) AC600/690V AC0/0/0V AC600/690V AC0/0/0V AC600/690V AC0/0/0V AC600/690V AC0V AC600/690V AC0V () () AC0V In AC690V In AE6-SW -7-0---7-00---7-0(CT 0A) 7.-7.-89-0.8-0.-.--67.8-8.-99.-(CT A) -7.--6.-7-87.-00-.--7.-(CT A) AE000-SW 800-880-960-0-0-00-80-0-0-0-600(CT 600A) 6-687.-7-8.-87-97.-00-6.--87.-(CT A) (A) AE6-SW AE00-SW AE-SW AE600-SW 6 00 600 6-6.-78-09.- -7.--.- 67-98.-6 60 Ir 6 6 00 6-687.-7-8.- 87-97.-00-6.- -87.- 0--600-6- 700-7-800-8- 900-9-00 00 690 600 00 Ir 600 00 Ir 00 800 Ir 00 600 / / / / /. /. / / /. /. 60 0.0 0.08,000,000,000 B A, 800-880-960-0-0-00-80-0-0-0-600 0 90 90 0 8 8 0 6 77 6 78 79 6 68,600,900 69,0 77,0 7 AE600-SW 800-880-960-0-0-00-80-0-0 AE00-SW 600-760-90-080-0-00-60-70-880 AE000-SWA 00-0-00-0-00- AE000-SWA 000-00-00-600-800-00 AE60-SW 00-0-00-900-00-0-800-0-00(CT 6000A)
AE000-SWA AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW AE00-SW AE60-SW 000 000 0 00 000 000 00 60 00 690 B A, 00 690 B A, 000 000 0 00 000 000 00 60 00-0-00-0- 00--600-700- 00-0-00-0- 00--600-700- -7--6-7-87-000-- 600-760-90-080- 0-00-60-70- 000-00-00-600- 800-00-00-00- 000-00-00-600- 800-00-00-00- 0-7-00-- -7-000-- --780-09- -7-0-- 800-900-000 800-900-000-7-0 880-0-0000-800-000 00-800-000 0-7-00 670-9-60 Ir 000 000 Ir 00 0 Ir 000 000 Ir 60 800 Ir 000 600 Ir 0 0 Ir 000 Ir 00 000 000 0 00 000 000 0 7/ /87 7/ 7/ /9. /9. 7/ /87 7/67 /9.7 7 7 0.0 0.08 /87 /86 /87 0/0 / / /87 8/ /88. 8/. 0 0.0 0.08,0,0,0,0,000,000 0 0,000,000-0,000 -,000 (P) /,000 (P) - - 7 90 60 90 8 8-9 8 69 8-87 90 0 90 80 87 8 80 0 8 7 7 70 8 60 7 9 6 7 9 6 7 9 6 8 99 8 60 80 6 60 80 6 60 80 0 6 9 6 8 8 0 6,900 97,00,7,000,,000,669,000,66,000,709,000,990,000 8 9 6 AE600-SW AE000-SWA AE00-SW AE000-SWA AE600-SW AE000-SWA AE00-SW AE000-SWA AE60-SW AE60-SW
(AE6~600-SW, AE000~00-SW) FIX-VTA FIX-FTA DR-VT DR-FT DR-VTA DR-FTA (AE000-SWA, AE000-SWA, AE000~-SW) FIX-VT DR-VT AE6-SW AE00-SW AE-SW AE600-SW AE000-SWA AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW AE00-SW AE60-SW
U U Axb U U + DC DC8 AC/DC 0- AC/DC 00-8 ~ 6. ~.8 ~ 7. 70 ~ 7 8 0 00 () () (7) 6(8) 6 () () () () 0 700 00 700 00 AC DC 60.. 6
6 9 7 8 A A CC DC-8V (6.8~.8) AC DC 0-V(70-7) AC80~0V (66~) AC DC DCV.A (0W) DC8V 6.0A (00W) AC0V 0.A (0VA) DC0V 0.6A (0W) ACV.A (VA) DCV.6A (00W) AC80V 0.A (VA) AC0V 0.7A (0VA) - C C SHT
97 98 AC DC 0 0 AC0-0V AC00-0V AC80-60V DCV DC8V DC0-V DC0-V ~V ~70V 7~V.6~0.V.~0.8V ~V 78~V ~70V 90~0V 7~66V.8~6.8V.6~.6V ~70V ~8V 0VA 00 0. AC0-0V DCV 0VA /60Hz - D D DT DT ~ D D DT DT ~ IN IN OUT OUT AC DC 0. 0.6 ab ab 0. 0.6 6. 6 6 ab 0. 0.
7 8 9 (mm) -M 7. -R6 7.6 -M6 φ0 87 6 -φ8 φ C C SHT DC- DC+ R R C R AC AC LED
0~ ACB ACB ACB ACB 6 7 ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB ACB AE6-SW~ AE600-SW AE000-SW~ AE000-SWA AE000-SWA AE00-SW AE000-SW~ AE60-SW 6
(mm) φ DISCON TEST CONNECT ON ON ON OFF OFF OFF AC DC 7
AC DC DISCON TEST CONNECT ON OFF 8
A D C F E H B F G A B C D E F G H 9 WS, WB, WM, WF AE6 600-SW G: P: AC DC0-0V AE000 00-SW AE000-SW N: E: P: DC-60V P: WS, WB, WM, WF AE000-SWA AP: AE000-SWA AE00-SW NA: P: WS, WB, WM, WF AE60-SW P: WS : WM : WB : WF :
➀ ➁ ➂ ➃ ➄ ➅ cosφ=0. cosφ=.0 L/R=0.7 0 0. AC 0 0. 0.0 DC 0 0. 0. AC 0 0. 0. 0 0. 0. DC 0. 0. AE6-SW AE00-SW AE-SW AE600-SW AE000-SWA 6A 00A A 600A 000A AE000-SW AE0-SW AE00-SW AE000-SWA A A 0A A 600A 000A 0A 00A 000A AE000-SW AE00-SW AE60-SW 000A 00A 60A BIF-CC BIF-BN BIF-CON BIF-CL 0
G D E F B A L H I J K A B C D E F G H I J K L M N O P C P M O N No. G Ir 0. ~.0.0 H Iu 0.8 ~.0 x Ir 0.0, x Iu.0 I TL 0 s at Iu x ± 0% J Isd.. 6 7 8 9 x Ir ± % K Tsd 0. 0. 0. 0. 0. 0.06 0.06 0. 0. 0. 0. 0.s (I t ON) (I t OFF) at Isd x. AE6-SW~AE600-SW 6---8-6-----6-8---6 x Ir AE000-SW~AE00-SW (INST) (MCR) AE000-SW WS ± 0% 0. (I t ON) WS 6 (INST) L Ii AE000-SWA, AE000-SWA AE00-SW --8-6-----6-8-- (INST) (MCR) x Ir WS ± % WS (INST) AE60-SW -8-6-----6-8- (INST) (MCR) x Ir WS WS (INST) N Ip Iu x 0.68 ~.0 OVER ± % OVER Tp / TL at Iu x TL ± 0%
00 000 00 000 0 (h) 00 0 00 0 00 ± 0 (min) 8 6 0 60 0 ---0-(s) ±0% (at Iu x ) 0 0 TL/ ±0% (at Iu x ) Ir x.--.----6-7-8-9- ±% 0 (s)... 0.06-0.-0.-0.-0.-0.(s) ±0% (at Isd x.)........0.0.0.0 I t ON (ramp) I t OFF Ir x --6-8---6 ±% (WS) Ir x --6-8-- ±% (WS) Ir x --6-8- ±% (WS).0.0.0.0.0 0 0 00 0 00 600 000 00.0 000
D E F B A K G H I J A B C D E F G H I J K L M N O C L N O M No. Ir G IL.0.0... x Ir ± %. H TL 0 0 60s at IL x. ± 0% 0 I Isd.... x Ir ± % J Tsd 0. 0. 0. 0. 0. 0.06 0.06 0. 0. 0. 0. 0.s (I t ON) (I t OFF) at Isd x. AE6-SW~AE600-SW 6---8-6-----6-8---6 x Ir AE000-SW~AE00-SW (INST) (MCR) AE000-SW WM ± 0% 0. (I t ON) WM 6 (INST) K Ii AE000-SWA, AE000-SWA AE00-SW --8-6-----6-8-- (INST) (MCR) x Ir WM ± % WM (INST) AE60-SW -8-6-----6-8- (INST) (MCR) x Ir WM WM (INST) M Ip IL x 0.68 ~.0 OVER ± % OVER Tp / TL at IL x. TL ± 0%
00 000 00 000 0 (h) 00 0 00 0 00 ±.0-.0-.-.-. ±% 0 (min) 8 6 0 60 0-0---0-60(s) ±0% (at IL x.) 0 0 TL/ ±0% (at IL x.) 0 Ir x.--.--.--.- ±% 0.06-0.-0.-0.-0.-0.(s) ±0% (at Isd x.) (s)...........0.0.0.0.0 I t ON (ramp) I t OFF Ir x --6-8---6 ±%(WM) Ir x --6-8-- ±%(WM) Ir x --6-8- ±%(WM) 0 0 0 00 0 00 600 000 00.0.0.0.0.0 000
D E F B A C G H A B C D E F G H I J K K J I No. G Ir 0. ~.0 x In.0 AE6-SW~AE600-SW AE000-SW~AE00-SW AE000-SW 6---8-6-----6-8---6 (INST) (MCR) x Ir WB WB 6 (INST) H Ii AE000-SWA, AE000-SWA AE00-SW --8-6-----6-8-- (INST) (MCR) x Ir WB ± % WB (INST) AE60-SW -8-6-----6-8- (INST) (MCR) x Ir WB WB (INST) I Ip Tp Ir x 0.68 ~.0 OVER 7s at Ir x ± % ± 0% OVER
00 000 00 000 0 (h) 00 0 0 00 0 00 Ir x 0.68 ~.0(0.0)-OVER ± % 7s ± 0% at Ir x 8 6 (min) 0 60 0 0 0 0 Ir x --6-8---6 ±% (WB) Ir x --6-8-- ±% (WB) Ir x --6-8- ±% (WB) (s)...........0.0.0.0.0.0.0.0.0 0 0 00 0 00 600 000 00.0 000 6
G D E F B A C P N L H I J K M O (I -)t = const. (I -)t = const. (I -)t = const. (I-)t = const. (I 0.0 -)t = const. A B C D E F G H I J K L M N O P 000 00 000 00 000 00 0 00 0 00 0 60 0 0......0.0.0.0.0 a= : Ip Ir x 0.68~.0(0.0)-OVER±% : Ir 0.~.0(0.0) x In(CT) LTD. x Ir....0 x Ir... : Tsd 0.06-0.-0.-0.-0.-0.(s)±0% (at Isd x.) : Isd Ir x.--.----6-7-8-9-±% : Tp TL /±0% (at Ir x ) : TL -----6-8----8(s)±0% (at Ir x ) 0 0 0 00 000 00 600 I t ON (ramp) I t OFF : Ii Ir x --6-8---6 ±% : WF Ir x --6-8-- ±% : WF Ir x --6-8- ±% : WF (h) 0 0 8 (min) 6 0 0......0.0.0.0 (s).0 00 000 No. G H I Ir TL a 0. ~.0 (0.0) x In () :. x Ir 6 8 8s 0.0 at Ir x. x Ir.0 x Ir ± % (.IrIr) ± 0% (Ir).0 8 J Isd.. 6 7 8 9 x Ir ± % 7 ± 0% K Tsd 0. 0. 0. 0. 0. 0.06 0.06 0. 0. 0. 0. 0.s (I t ON) (I t OFF) at Isd x. AE6-SW~AE600-SW AE000-SW~AE00-SW 6---8-6-----6-8---6 x Ir (INST) (MCR) AE000-SW WF L Ii AE000-SWA, AE000-SWA ± % --8-6-----6-8-- x Ir AE00-SW (INST) (MCR) WF AE60-SW -8-6-----6-8- x Ir (INST) (MCR) WF N Ip Ir x 0.68 ~.0 OVER ± % ± % (.IrIr) Tp / TL at Ir x TL ± 0% (Ir) 0. (I t ON) WF 6 (INST) WF (INST) WF (INST) OVER
000 a=0.0 (h) 000 a= (h) 00 000 00 000 00 : Ip Ir x 0.68~.0(0.0)-OVER ±% : Ir 0.~.0(0.0) x In(CT). x Ir... LTD.0 x Ir... 0 0 00 000 00 000 00 : Ip Ir x 0.68~.0(0.0)-OVER ±% : Ir 0.~.0(0.0) x In(CT) LTD. x Ir....0 x Ir... 0 0 0 00 0 00 8 (min) 6 0 00 0 00 8 (min) 6 0 60 0 0 : Tp TL/ ±0% (at Ir x ) : TL -----6-8----8(s) ±0% (at Ir x ) 0 0 0 60 0 0 : Tp TL/ ±0% (at Ir x ) : TL -----6-8----8(s) ±0% (at Ir x ) 0 0 MCR (s) MCR (s).... : Tsd 0.06-0.-0.-0.-0.-0.(s) ±0% (at Isd x.) : Isd Ir x.--.----6-7-8-9- ±%........ : Tsd 0.06-0.-0.-0.-0.-0.(s) ±0% (at Isd x.) : Isd Ir x.--.----6-7-8-9- ±%.........0.0.0.0.0 0 I t ON (ramp) I t OFF : Ii Ir x --6-8---6 ±% WF Ir x --6-8-- ±% WF Ir x --6-8- ±% WF 0 0 00 00 600 000 00.0.0.0.0.0 000.0.0.0.0.0 0 I t ON (ramp) I t OFF : Ii Ir x --6-8---6 ±% WF Ir x --6-8-- ±% WF Ir x --6-8- ±% WF 0 0 00 00 600 000 00.0.0.0.0.0 000 000 a= (h) 000 a= (h) 00 000 00 000 00 : Ip Ir x 0.68~.0(0.0)-OVER±% : Ir 0.~.0(0.0) x In(CT) LTD. x Ir....0 x Ir... 0 0 00 000 00 000 00 : Ip Ir x 0.68~.0(0.0)-OVER ± % : Ir 0.~.0(0.0) x In(CT) LTD. x Ir....0 x Ir... 0 0 0 00 0 00 8 (min) 6 0 00 0 00 8 (min) 6 0 60 0 0 : Tp TL /±0% (at Ir x ) : TL -----6-8----8(s)±0% (at Ir x ) 0 0 0 60 0 0 : Tp TL/ ± 0% (at Ir x ) : TL -----6-8----8(s) ± 0% (at Ir x ) 0 0 MCR (s) MCR (s).... : Tsd 0.06-0.-0.-0.-0.-0.(s)±0% (at Isd x.) : Isd Ir x.--.----6-7-8-9-±%........ : Tsd 0.06-0.-0.-0.-0.-0.(s) ± 0% (at Isd x.) : Isd Ir x ±.--.----6-7-8-9- ± %.........0.0.0.0.0 It ON (ramp) It OFF : Ii Ir x --6-8---6 ±% : WF Ir x --6-8-- ±% : WF Ir x --6-8- ±% : WF.0.0.0.0.0 0 0 0 00 000 00 000 00 600 a = tltd = (/.) a I = (A) - x TL (I/.Ir) a Ir = 0.~.0 x In (A) - TL = ~8 (s) I t ON.0 (ramp).0.0 I t OFF.0.0 : Ii.0.0 Ir x --6-8---6 ± % : WF.0 Ir x --6-8-- ± % : WF Ir x --6-8- ± % : WF.0.0 0 0 0 00 000 00 000 00 600 a = tpal = I = (A) (Ir/0.97Ip) a - TL x Ir = 0.~.0 x In (A) (I/0.97Ir) a - Ip = 0.68~. x Ir (A) TL = ~8 (s) 8
Ig 0.-0.-0.-0.-0.-0.6-0.7-0.8-0.9-.0 x In -.-0.8-0.-0.-0.-<0. - <0.-0.-0.-0.-0.8-.-s Tg TRIP ALARM ±0% s (TRIP) (at. x Ig) (TRIP) ±0%.0 ACB P P 0 ~± ACB 8 6 0..0.0 N N P P. ±.. AE6-SW 6A AE00-SW 00A 6A 00A. 0. AE-SW A AE600-SW 600A AE000-SWA 000A AE000-SW A AE000-SW 600A AE000-SW 000A A 600A 000A. <0. (0.0~0.) AE0-SW 0A AE00-SW 00A 0A 00A.0.0 AE000-SWA 000A 000A.0 AE000-SW 000A AE00-SW 00A 000A 00A.0 0 0 00 0 0 00 9 AE60-SW 60A 60A
IΔn Te A-A-A-A-A -.-0.8-0.-0.-0.-<0. - <0.-0.-0.-0.-0.8-.-s TRIP ALARM (at. x IΔn) 0% % ±0% A s (TRIP) (TRIP) ZTB ZTB ZT0B ZT60B ZT80B ZT0B ZCT6 AE6-SW ~ AE600-SW AE6-SW ~ AE600-SW ZCT AE000-SW ~ AE00-SW ZCT AE000-SW ~ AE00-SW ACB ZCT 0 : IΔn A-A-A-A-A ZTA00A ZTA000A +0 -% AE6-SW, AE00-SW AE-SW ~ AE000-SW AE000-SWA Z Z 8 6 A A P P.0 ACB. <0.-0.-0.-0.-0.8-.-.0s±0%.. ZCT Z Z P P.. 0. <0. (0.0~0.).0.0.0.0 0.7 7 0 0
Ip
LTD,STD,INST,GFR,PAL % ~ 0% 0(W) x (H) x 0(D) 0.000 ~ 999.999s AC0 0V / 60Hz.kg
CC-Link B/NET WS, WB, WM, WF WS, WB, WM, WF WS, WB, WM, WF AE6 600-SW, AE000 00-SW, AE000-SW AE000-SWA, AE000-SWA, AE00-SW AE60-SW WS : WM : WB : WF : G: P: AC DC0-0V N: P: DC-60V E: P: AP: P: NA: P: BIF-CC BIF-BN
B/NET CC-Link BIF-CON BIF-CL PC MELSECNET/ MELSECNET/ MDU/MDU EcoMonitor Pro EcoMonitorII MENSR AE-SW PLC CC-Link
➀ WS / WF ➁ NA AP G E ➂ + ➀ ➁ - ➂ ;EX;DP(;DP) WM NA AP G E P~P WB NA G E + + ➀ ➁ ➂ - ;EX;DP(;DP);VT WS / WF WM NA AP G E NA AP G E P~P (...9) WB NA G E
N N Z Z 0V V+ 6 7 V+ V+ 0V N CPU I/O ➀ ➁ ➂ ➃ ➄ ➇ ➆ ➅ RS RS P P P FG 7
➀ ➁ (XIu) ➀ ➁ 8
L L L N RS RS OFF ON P P 97 C A D D U AL SHT CC UVT CLS M N N Z Z P FG NCT ZCT 7 6 98 C A DT DT U ERR TAL PAL G/E/AP STD/INST LTD ~ ~ U U D D DT DT A A C C 97 98 P P P RS RS 6 7 Z Z N N SHT CC M UVT AX AL CLS SBC CL 9
OFF ON SBC SBC SBC SBC SBC AX AX AX AX AX AX AX AX AX AX CL CL CL CL D D IN IN OUT OUT D D 0
DCV AE000-SW AE0-SW AE00-SW AE000-SWA DC0V AE000-SW AE0-SW AE00-SW AE000-SWA DC600V AE000-SW* AE0-SW* AE000-SW AE0-SW AE00-SW AE000-SWA 000 0 00 000 00 0 600 0 600 0 0 000 0 00 000 JIS C 80- IEC 6097- DC-A 0 0 0 0 0 0 800-900 -7 880-0 00-800 000 0 00 000 / 0/0 0/0 / 0/0 0/0 / 0/0 / 0/0
DCV 9 6 7 8 8 7 6 9 8 7 6 8 7 6 9 9 DC0V DC600V
B C A E F A B C D E F G H D H G No. D Ir 0.9-0.9-.0 x In E Ii/Isd.---6-7-8-9------ x 00A F Ti/Tsd INST-0.-0.sat Ii / Isd x. ± 0% 0ms INSTms INST
L L L OFF ON RS RS P P 97 C A D D U AL SHT CC UVT CLS M N N Z Z FG P 7 6 98 C A DT DT U ERR STD/INST ~ ~ U U D D DT DT A A C C 97 98 P P P RS RS 7 SHT CC M UVT AX AL CLS SBC
OFF ON AX SBC AX SBC AX SBC AX SBC AX SBC AX AX AX AX AX P P D D D D IN IN OUT OUT 6
AE6-SW, AE00-SW, AE-SW, AE600-SW () 8 8 P P 0 0 7 9 70 7 0 9 9. 9 *00 -φ (9) 7 *0 7 6 66 7 6 8 P P P P P P -φ 7
P P P P 70 -ø 8 8 7 0 *0 7 *00 0 (9) 9 () 8. 6 7 0 0 79. 7 7 9. 0 -φ AE000-SWA 8
AE000-SW, AE0-SW, AE00-SW 0 (9) 8 P P 8 0 0 7 T T 9 70 8 67 T T 9 9 9. *00 (9) -φ 7 *0 7 6 6 8 AE000-SW AE0-SW AE00-SW 7 T T 0 (mm) W W T P P P P P P 8 8 W W AE000-SW AE0-SW AE00-SW W 9 (mm) -φ -φ -φ 9
9 70 8 67 8 7 0 7 *0 7 6 -φ 0 (9). *00 9 0 8 0 8 (9) P P -φ. 90 90 97 P P 7 70 70 70 AE000-SWA
AE000-SW, AE00-SW, AE60-SW 90 88.(8.) 67(87) P P 7. 0. * 8 8 8. 77 -M -M AE000-SW AE00-SW AE60-SW 0 0 W T -φ (mm) 7 6 7 7 0 80 8 7 0 *0 8 00 M M8.6~. 7 96 *6.(.) P P -M *8 6 6 *.. W T
AE6-SW, AE00-SW, AE-SW, AE600-SW 7 7() 9. 9 P P *6 8 *(6) -φ 0 7 0 *7 90 0 7. 70 (70) P P 8 φ. 7 88 -φ 7
AE000-SWA 70 (70) 7() *6 -φ *(6) 8 7 P P P P 8 0 -φ φ. 7 7 0 0 8 9 9. 7 0 0 6 7 76 *7
AE000-SW, AE0-SW, AE00-SW 7(87) 7 9. 9 P P -φ 0 7 0 0 7. *6 60 8 *(0) () 0 9 P P 8 φ. 7 9 0 *7 90 88 -φ 7
. () 7 7(87) -φ *(0) 60 *6 8 0 8 P P P P -φ. AE000-SWA φ. 7 9. 9 68. 6 7 8 7 7 0 88 90 0.6. *7
AE000-SW, AE00-SW, AE60-SW P 6. *80. 9. 7 8 609.(79.) *9.(.) 8.(.) M. P -φ -φ 0 97 P. 6 6 0 0 P φ. 7 9. 7 0 90 88. 7 7 8 7 9 0 9 (.6~.) *7 6
AE000-SW, AE0-SW, AE00-SW φ φ φ φ. 7 7
AE000-SWA φ φ φ. 7 8
A A T C T D D T 00 69 7 00 7.7 0 9 8 7 7 7 8-φ7 7. 0 8 8 0 8 8 φ φ φ AE6~600-SW AE000~00-SW AE6~600-SW AE6~600-SW, AE000~00-SW, AE000-SWA, AE000-SWA, AE000~00-SW T D C (mm) (mm) 7 9 A (mm) 0 8. 8. 8. 9 9 9 9 9 0 0 0 T AE000-SW,0-SW AE00-SW (mm) AE6-SW~600-SW AE000-SW,0-SW AE00-SW φ A A B B C 79 (mm) AE000~60-SW 9
7 97 0 6 7 8 98 φ M φ 76 78. 0 0 0 φ M 9 φ 8 9 7 8 7 K B 00 C D 7 9 E A C D 7.7 C D G A 90 E 70 0 A E 8 0 H B F B 8 68 A 0 B 9 7 C 6 8 9 D 6 66 8 E 0 F 70 90 0 G H ZTB ZTB ZT0B (mm) 0 60 A 60 80 0 B 7 8 9 C 69 90 D 6 8 E ZT60B ZT80B ZT0B (mm) 7 8 6. 66 9 8. 97 M8 M 9 9 8 87 68 60 6 M M R R 70 0 A 60 8 8 B 60 600 C 00 D 7 7 8 E ZCT6 ZCT ZCT (mm) 9 0 0 0 R6 8 70 0 M 60
6 9. 8 6 6 8 6 9 8 6 R 7 90 0. 7. 67. 77. 7 φ. IECmm DG DB DA FG mm IEC P P SLD mm IEC S N D FG B/NET P P 90 0 7 IN IN OUT OUT 0 φ. 7 6
0 77. IECmm 90. 7 7 67. 7. mm IEC φ. mm IEC K K K K C C A A U U 0 0 IECmm 90 7 7 mm IEC φ. mm IEC V V V VN 6
M 0~ AE SW 00mm (A) (0.) (0.) (0.) (0.) 7(0.) (0.) 0(0.) (0.) AE6-SW~ AE600-SW 7,700,0,00,0 - - - - AE000-SWA,700,00,800 6,700 - - - - 6,0,00 7,0 9,0 - - - - AE000-SW~ AE00-SW,0 9,900,000,600,0 0,00 - - AE000-SWA 90 70,0 6,800 9,600 6,00,0 7,600 - -,900 7,600,700 8,0,0,900 - -,0 8,0,000 0,00 6,900,0 - -,0 8,900,600,00 8,00,00 - - AE000-SW~ AE60-SW 6 (N),0,000 7,000,800,800 0,000 7,800 7,000 6 00 600 000 0 (00)* 0 x 60 x 80 x 0 x 0 x 0 x 0 x x 000 AE000-SWA x 000 AE000-SWA x AE SW m m 000 0 x 00 60 x 00 x * 6
A B C D A B C D 0 6 0 0 0 6 0 0 AC660V, 690V 00-00 00-00 AC690V C B A A D B 6
AE6-SW AE00-SW AE-SW AE600-SW AE000-SWA AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SW AE00-SW AE60-SW Ω Ω 0.08 0.0 0.06 0.00 0.0 0.08 0.06 0.0 0.06 0.0 0.0 0.00 0.008 0.08 0.007 0.0 0.009 0.0 0.0 0.0 0.009 0.0 0.008 0.00 0.09 0.089 0.060 0.09 0.060 0.09 0.06 0.09 0.06 0.09 0.07 0.07 0.07 0.07 0.08 0.07 0.08 0.07 0.08 0.06 0.08 0.06 0.08 0.06 7 6 0 8 60 77 6 0 0 80 7 0 60 7 8 0
(A) (A) 66
NF-SV NV-SV NF6-SV NV6-SV NF6-HV NV6-HV NF6-HRV NF-SV NV-SV NF-SEV NV-SEV NF-HV NV-HV NF-SV NF-SEV NV-SV NV-SEV NF-HV NF-HEV NV-HV NV-HEV NF00-SW NV00-SW NF00-SEW NV00-SEW NF00-HEW NV00-HEW NF00-REW NV00-REW NF6-SW NV6-SW NF6-SEW NV6-SEW NF6-HEW NV6-HEW NF6-REW NF800-SEW NV800-SEW NF800-HEW NV800-HEW NF800-REW NF6-CV NV6-CV NF-CV NV-CV NF-CV NV-CV NF00-CW NV00-CW NF6-CW NV6-CW NF800-CEW NF-RV NF-UV NF-RV NF-UV NF00-UEW NF800-UEW AE6-SW AE00-SW AE-SW AE600-SW AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SWA AE000-SW AE00-SW AE60-SW 7. 0 0 0 0 0 7. 00 00 00 00 7. 9() 9() 9() 9() 9() 9() 9() 9() 9() 9() 9() 9() 7. 9() 9() 9() 9() 9() 7. () () () () 0() () () () () () () 7. () () () () 7. () () 0() 0() 0() 0() 0() 8() 8() 8() 8() 8() 7. 8() 8() 0() 8() 8() 7. () () () () () () () () () () () () 7. () () 7() () 9() () 7. () () () () () () () () () () () () 7. () () 7() () 9() () 7. 0 () 8(7) 8(7) 8(7) 8(7) (7) (7) (7) (7) (7) (7) 7. () () 8(7) (7) 7. 0 70(7) 70(7) 70(7) 70(7) 0(7) 0(7) 0(7) 0(7) 0(7) 0(7) 7. 0() 7(7) 7. 0 60(7) 60(7) 60(7) 60(7) 60(7) 60(7) 7. 68(7) 7. 0 60(7) 60(7) 60(7) 60(7) 60(7) 60(7) 7. 68(7) 7. 0 0 0 7() 7() 7(0) 7() 7(0) 7(0) 7. (0) 7. 0 0 0 7() 7() 7(0) 7() 7(0) 7(0) 7. (0) 7. 0 0 0 7() 7() 7(0) 7() 7(0) 7(0) 7. (0) 67
NF-SV NV-SV NF6-SV NV6-SV NF6-HV NV6-HV NF-HCW NF6-HRV NF-SV NV-SV NF-SEV NV-SEV NF-HV NV-HV NF-SV NF-SEV NV-SV NV-SEV NF-HV NF-HEV NV-HV NV-HEV NF00-SW NV00-SW NF00-SEW NV00-SEW NF00-HEW NV00-HEW NF00-REW NV00-REW NF6-SW NV6-SW NF6-SEW NV6-SEW NF6-HEW NV6-HEW NF6-REW NF800-SEW NV800-SEW NF800-HEW NV800-HEW NF800-REW NF6-CV NV6-CV NF-CV NV-CV NF-CV NV-CV NF00-CW NV00-CW NF6-CW NV6-CW NF800-CEW NF-RV NF-UV NF-RV NF-UV NF00-UEW NF800-UEW AE6-SW AE00-SW AE-SW AE600-SW AE000-SW AE0-SW AE00-SW AE000-SWA AE000-SWA AE000-SW AE00-SW AE60-SW. 7. 70 70 70 70 70 70.. 7. 9() 9() 9() 9() 7() 7() 9() 7() 7() 9() 9() 9(). 9() 9() () () 9() 9() 9(). 7. 0() 0() () () () () () () () () (). () () () (). 7. () () 9() () 8() 8() 8() 8() 8() 8() 8() 8() 8() 8(). 8() 8() 8() 8() 8(). 7. () () () () () () () () () () () () () (). () () () 9() (). 7. () () () () () () () () () () () () (). () () () 9() (). 7. 70 () () (70) (7) () () (70) (7) () (70) (7). () () () 8(7) (7). 7. 70 () 9() 9(70) 9(7) 7() 7() 7(70) 7(7) 7() 7(70) 7(7). 7(7). 7. 70 70 80 8(70) 8(7) 8() 8(70) 8(7). 68(7). 7. 70 70 80 8(70) 8(7) 8() 8(70) 8(7). 68(7). 7. 70 70 0 70 7(0) 70 7(0). (0). 7. 70 70 0 70 7(0) 70 7(0). (0). 7. 70 70 0 70 7(0) 70 7(0). (0) A A 68
AE -SW AE -SWA P P Ir A CT A CL- JIS C 80-- Ann, Ann/IEC6097- JEC60 (AE6~600-SW / AE000~00-SW) (AE000-SWA / AE000-SWA) (AE000~60-SW) ( AE000-SWA / AE000-SWA / AE00060-SW ) WS, WB, WF AE6 600-SW, AE000 00-SW, AE000-SW WS, WB, WF AE000-SWA, AE000-SWA, AE00-SW WS, WB, WF AE60-SW WS WB WF G: N: E: AP: NA: P: AC DC0-0V P: DC-60V P: AC0-0V / DC0-V P: DC-60V P: DC0-0V ZCT ZT B ZTA BIF-CC (CC-Link) BIF-BN (B/NET) AC DC0 V AC DC00 V DCV DC8V AC DC0 V DC 8V AC DC0 V AC80 0V DC 8V AC0 0V AC00 0V AC80 60V DCV DC8V DC0 V DC0 V AC0 V AC00 0V 69
AE -SW AE -SWA P P Ir A CT A CL- JIS C 80-- Ann, Ann/IEC6097- JEC60 (AE6~600-SW / AE000~00-SW) (AE000-SWA / AE000-SWA) (AE000~60-SW) ( AE000-SWA / AE000-SWA / AE00060-SW ) WS, WB, WF AE6 600-SW, AE000 00-SW, AE000-SW WS, WB, WF WS, WB, WF WS WB WF AE000-SWA, AE000-SWA, AE00-SW AE60-SW G: N: E: AP: NA: P: AC DC0-0V P: DC-60V P: AC0-0V / DC0-V P: DC-60V P: DC0-0V ZCT ZT B ZTA BIF-CC (CC-Link) BIF-BN (B/NET) AC DC0 V AC DC00 V DCV DC8V AC DC0 V DC 8V AC DC0 V AC80 0V DC 8V AC0 0V AC00 0V AC80 60V DCV DC8V DC0 V DC0 V AC0 V AC00 0V 70
AE -SW AE -SWA P P Ir JIS C 80-- Ann, Ann / IEC 6097- (AE6~600-SW / AE000~00-SW) (AE000-SWA / AE000-SWA) (AE000~60-SW) A ( AE000-SWA / AE000-SWA / AE00060-SW ) CL- WM AE6 600-SW, G: P: AC DC0-0V AE000 00-SW, AE000-SW N: P: DC-60V WM AE000-SWA, E: P: AC0-0V / DC0-V AE000-SWA, AP: AE00-SW P: DC-60V WM AE60-SW NA: WM P: DC0-0V LTD pick-up current : IL LTD time: TL STD pick-up current : Isd STD time: Tsd INST pick-up current:ii Pre-alarm current:ip BIF-CC (CC-Link) BIF-BN (B/NET) ZCT ZT B ZTA AC DC0 V AC DC00 V DCV DC8V AC DC0 V DC 8V AC DC0 V AC80 0V DC 8V AC0 0V AC00 0V AC80 60V DCV DC8V DC0 V DC0 V AC0 V AC00 0V 7
AE -SW AE -SWA P A CL- (AE6~600-SW / AE000~00-SW) (AE000-SWA / AE000-SWA) (AE000~60-SW) ( AE000-SWA / AE000-SWA / AE00060-SW ) WM AE6 600-SW, AP nd TAL AE000 00-SW, NA MCR-SW MCR AE000-SW WM AE000-SWA, AE000-SWA, AE00-SW WM AE60-SW P ACDC0-0V P DC-60V P AC0-0/DC0-V 6 P DC-60V 6 P DC0-0V 6-SSR, AC DC0 V AC DC00 V DCV DC8V AC DC0 V DC 8V AC DC0 V AC80 0V DC 8V AC0 0V AC00 0V AC80 60V DCV DC8V DC0 V DC0 V 7
7
0-8-7- Y-069F MDOC 0