AEV250-GAN

+LJK9ROWDJH'&&RQWDFWRU $(96HULHV $9'& 3URGXFW'DWD6KHHW Features Sealing Type: Epoxy Resin HIGH CURRENT CARRY AND HIGH VOLTAGE Inert gas filled arc chamber suitable for high voltage switching -Internal coil economizer option -Bi-directional options -High voltage switching options COMPACT STRUCTURE, LOW NOISE Small, low-profile designs with low noise while carrying or switching loads COIL ECONOMIZER Economized coils for low power consumption SAFE FOR EXPLOSIVE ENVIRONMENTS No arc leakage due to a hermetically sealed design HIGH RELIABILITY DESIGN Hermetic sealing creates a stable environment for high voltage switching NO SPECIFIC MOUNTING ARRANGEMENT Mountable in any orientation without reduction of performance VARIOUS APPLICATIONS Battery Disconnect, EV Charging, Energy Storage Systems, Photo Voltaic, Power Control, Circuit Protection and much more &HUWLILFDWLRQ,QIRUPDWLRQ  0HHW5R+6(8  &(&HUWLILHG  8/$SSURYHG 1RPHQFODWXUH $(9 M A H 6HULHVFRGH ‫ژ‬$(9‫ ڙ‬$(9 &RLO9ROWDJH&RGH ‫ژ‬0‫ ڙ‬9'& ‫ ڙ)ژ‬9'& ‫ ڙ*ژ‬9'& 2SWLRQV %ODQN 6WG2SWLRQV%RWWRP0RXQW:LWKRXW$X[&RQWDFW 3RODUL]HG/RDG7HUPLQDOV ‫ژ‬$‫ ڙ‬:LWK$X[&RQWDFW636712 ‫ژ‬%‫ ڙ‬:LWK$X[&RQWDFW63671& ‫ژ‬1‫ ڙ‬1RQ3RODU/RDG7HUPLQDOV ‫ژ‬3‫ ڙ‬3RWWHG3&% ‫ ڙ(ژ‬:LWKRXW&RLO(FRQRPL]HU([WHUQDO&RLO(FRQRPL]HU5HTXLUHGQRW8/DSSURYHG + 9ROWV6ZLWFKLQJ9ROWDJH *Note:  AEV250-M-H can only be applied in the AEV250-MA-H 3DJH  Rev M - 1stMarch2023 +LJK9ROWDJH'&&RQWDFWRU $(96HULHV $99'& 3URGXFW'DWD6KHHW 3HUIRUPDQFH'DWDIRU900V Switching Option ?ILU
ĭ
L3P
U(8
8(9
?9UU
³­ÊuÊ
ÀÀu­•Š¬Š­Ê
ē
!³À¬
j
ijPIPUķ9?)
§³ÄŠ
ij›­§Ï†ŠÄ
€³Ï­ŠĴ
Ĕė¬ÄĢ
8ußħ
Luʊ†
?½ŠÀuʛ­•
ÏÀÀŠ­Ê
900d LŠ§ŠuĊ
ijťĔĒĒĒ
›­§Ï†ŠÄ
uÀĴ
ēĔ¬ÄĢ
8uß
³­Ê›nϳÏÄ
ijuÀÀàĴ
ÏÀÀŠ­Ê

ėĒĒ
ijĚėƎ
¬€›Š­ÊĴ
8uß
ę³ÀÊ
›ÀÏ›Ê
ÏÀÀŠ­Ê
›Š§ŠÊÀ›
e›Ê™ÄÊu­†›­•
d³§Êu•Š
ij›­›Ê›u§Ĵ
(­Äϧuʛ³­
LŠÄ›ÄÊu­Š
ij(­›Ê›u§Ĵ
9d(L?989U3
U ĔĢĒĒĒ
ťĕĔĒdĢ
ē
à§Šĝē ŠÊڊŠ­
?½Š­
ĖĒĒĒdAC
ij§Šu¥u•Š
Ŏē¬Ĵ
³­ÊuÊÄ
UŠÀ¬›­u§Ä
ʳ
³›§
9ŠÚ
8›­
ēĒĒ
8͙ @500VDC ­†
³”
§›”Š
8›­
ėĒ
8͙@500VDC ŏėĒ¬d
d³§Êu•Š
À³½
ijťėĒĒĴ ēěʬĭÄĔ
P›­Š
™u§”ķÚuvŠ
½Ï§ÄŠ
ŠÄÊÀρʛي
ĖěĒ¬ĭÄĔ
P›­Š
™u§”ķÚuvŠ
½Ï§ÄŠ
P™³¥
ŠÊڊŠ­
³­ÊuÊÄ
2200dÀ¬Ä
ij§Šu¥u•Š
Ŏē¬Ĵ
ʳ
³›§
UŠÀ¬›­u§
ʳ
UŠÀ¬›­u§
!Ï­Ê›³­u§
d›€Àuʛ³­Ģ
P›­ŠĢ
IŠu¥Ģ
ĔĒ"

ĚĒ
ʳ
ĔĢĒĒĒ&æ
?½ŠÀuʛ­•
UŠ¬½ŠÀuÊÏÀŠ
ķĖĒ
ʳ
ŖĚėƎ
§Ê›ÊφŠ
ŎĖĒĒĒ¬
eŠ›•™Ê
Ēħěė
3€
ijĒħĖĕ
¥•Ĵ
?(3
U
81ĭ L1
3(!
I(U(d
Ŧ
LP(PU(d
3?P
U
ĕĔĒdĝē
ťěĒŔ
½ÀŠķ™uÀ•Š
ij¬u¥Š
³­§àĴ ėĒĢĒĒĒ
à§ŠÄ
³›§
d³§Êu•Š ť8›­
ĚĒŔ
½ÀŠķ™uÀ•Š
ij¬u¥Š
³­§àĴ
ėĒ
à§ŠÄ
d³§Êu•Š
ij8ußħĴ
ĕĘd
ěėd ěėd
8ußħ
I›¥ķϽ
d³§Êu•Š

ěd
ĖĚd
ĕĔd
8›­ħ
À³½ķ³ÏÊ
d³§Êu•Š
Ęd Ĕęd ēĚd 8ußħ
(­ÀÏę
ÏÀÀŠ­Ê
ĕħĚ
Ēħę ēħĕ ٕħ
&³§†›­•
ÏÀÀŠ­Ê ĒħēĕťēĔd
ĭ ĒħĒęťĔĖd


ĒħĒĔť ęĔd

ĒħĒĕť ĖĚd

Zj
?9UU
Ïßħ
³­ÊuÊ
ÀÀu­•Š¬Š­Ê

ē
!³À¬
Ģ
ē
!³À¬

Ïßħ
³­ÊuÊ
ÏÀÀŠ­Ê
8uß
ĔťĕĒdĭ
ĕťēĔėd
Ïßħ
³­ÊuÊ
ÏÀÀŠ­Ê
8›­
ēĒĒ¬ťĚd
Ïßħ
³­ÊuÊ
LŠÄ›ÄÊu­Š
8uß
0.417ohms@30VDC/ 0.150ohms@125VAC 3DJH  ēĔķĔĖd
ęĔd
ĖĚķęĔd
Rev M - 1stMarch2023 +LJK9ROWDJH'&&RQWDFWRU $(96HULHV $9'& 3URGXFW'DWD6KHHW 3HUIRUPDQFH'DWDIRU$(9-XXX-+ /1000V Switching Option 8(9
?9UU
³­ÊuÊ
ÀÀu­•Š¬Š­Ê
ē
!³À¬
j
ijPIPUķ9?Ĵ
8ußħ
Pڛʁ™›­•
d³§Êu•Š
ēĒĒĒ

d Luʊ†
ÏÀÀŠ­Ê
500A Max. Short Circuit Current 3000A @450VDC (1s) ›Š§ŠÊÀ›
e›Ê™ÄÊu­†›­•
d³§Êu•Š
ij›­›Ê›u§Ĵ
(­Äϧuʛ³­
LŠÄ›ÄÊu­Š
ij(­›Ê›u§Ĵ
?ILU
ĭ
L3P
U(8
§³ÄŠ
ij›­§Ï†ŠÄ
€³Ï­ŠĴ
25¬Ä，8ußħťĔĒ
Ǝ
LŠ§ŠuĊ
U›¬Š ē2¬Ä，8ußħť
ĔĒ

Ǝ
9d(L?989U3
U ŠÊڊŠ­
?½Š­
4000VDC 1mA 1min ³­ÊuÊÄ
ŠÊڊŠ­
³­ÊuÊÄ
2200VAC 1mA 1min ʳ
³›§
UŠÀ¬›­u§
ʳ
UŠÀ¬›­u§
8›­
ēĒĒĒ
8͙
ť10ĒĒdDC UŠÀ¬›­u§Ä
ʳ
³›§
Contact Resistance 8uß 10m Ω (1A 6V) Limit breaking 2000A@450VDC, 1 Cycle !Ï­Ê›³­u§
ēěʬĭÄĔ
P›­Š
™u§”ķÚuvŠ
½Ï§ÄŠ
ŠÄÊÀρʛي
ĖěĒ¬ĭÄĔ
P›­Š
™u§”ķÚuvŠ
½Ï§ÄŠ
P™³¥
d›€Àuʛ³­Ģ
P›­ŠĢ
IŠu¥Ģ
ĔĒ"

ĚĒ
ʳ
ĔĢĒĒĒ&æ
?½ŠÀuʛ­•
UŠ¬½ŠÀuÊÏÀŠ
ķĖĒ
ʳ
ŖĚėƎ
§Ê›ÊφŠ
ŎĖĒĒĒ¬
eŠ›•™Ê
0.43kg Humidity ėŔʼnėĚŔL& jIU
3(!
§ŠÊÀ›u§
­†ÏÀu­Š See below Make and Break Graph
8Š™u­›u§
3›”Š
200,000 Cycle ?(3
U 9³¬›­u§
d³§Êu•Š
ēĔĭĔĖ
d
8ußħ
I›¥ķϽ
d³§Êu•Š
ĔĒŬ


9d 8›­ħ
À³½ķ³ÏÊ
d³§Êu•Š
ĔĒŬ

6d 8ußħ
(­ÀÏę
ÏÀÀŠ­Ê
ĔĒŬ



3.8
يÀu•Š
&³§†›­•
ÏÀÀŠ­Ê
ĔĒŬ

Ēħē5ť12d Zj
?9UU
Ïßħ
³­ÊuÊ
ÀÀu­•Š¬Š­Ê

ē
!³À¬

Ïßħ
³­ÊuÊ
ÏÀÀŠ­Ê
8uß
2ť30dĭĕťēĔėd
Ïßħ
³­ÊuÊ
ÏÀÀŠ­Ê
8›­
ēĒĒ¬ťĚd
Aux. Contact Resistance Max. 0.417ohms@30VDC/ 0.150ohms@125VAC 3DJH  Rev M - 1stMarch2023 +LJK9ROWDJH'&&RQWDFWRU $(96HULHV $9'& 3URGXFW'DWD6KHHW 3HUIRUPDQFH'DWD Estimated Make & Break Resistive Load Ratings for Polarized Type 1000V Option 1RWH This graph was generated using test results from a specific lab condition. It should be used as reference and the customer is encouraged to verify the endurance of the device meets their application requirements 3DJH  900V Option 1RWH (VWLPDWHVEDVHGRQH[WUDSRODWHGGDWD8VHULV HQFRXUDJHGWRFRQILUPSHUIRUPDQFHLQDSSOLFDWLRQ Rev M - 1stMarch2023 +LJK9ROWDJH'&&RQWDFWRU $(96HULHV $9'& 3URGXFW'DWD6KHHW 2XWOLQH'LPHQVLRQVPP 3RWWHG3&%/Without Coil Economizer >‘“@ 2.69±0.02 [68.5±0.6] “ >“@ Two M8 x 1.25 Screw Terminalˈ 2 Washersˈ2 Lock Washers, 2 Nuts Torque: 80-100 lb.in (8.8-11 N.m) 1.05±0.02 [26.7±0.6] +A1 Positive Terminal -A2 Negative Terminal ;0[6&5(:7(50,1$/ˈ 72548( OELQ1P +$5':$5(6833/,(',1.,7 ;:$6+(567$,1/(66 ;/2&.:$6+(563275,1*67$,1/( ;0[$QWL7XUQ1XW “ >“@ $3RVLWLYH 7HUPLQDO $1HJDWLYH7HUPLQDO 7ZR0RXQWLQJ+ROHVˈ 7RUTXH˖OELQ˄1P˅ Two #10 Mounting Holesˈ Torque˖15-30 lb.in˄1.7-3.3N.m˅ $ $ -A2 +A1 ‘“ >‘“@ Ø0.23±0.01 [Ø5.8±0.3] Ø2.29±0.02 [Ø58.2±0.6] Optional Aux. Contact White Wires Wire Length 15.4±0.4 [390±10] &2,/:,5(65(' %/$&. 8/:,5(67