MACOM EV5005A Kilovac ev500 bubba - 600 amps make & break load switching Datasheet

28-1800 Vdc
Kilovac EV500 "BUBBA" - 600 Amps
Features:
Make & Break Load Switching
• Very high power sealed contactor
• Hydrogen dielectric for power switching high
current loads
• Excellent for safety disconnect and transfer
switch applications
• Ideal for circuit protection control
• Hermetically "super-sealed" environment
uniquely protects contacts and all moving
parts; can operate in harsh environments
• 600-1000A continuous carry, dependent on
temperature and conductors used
• 3,300 A interrupt, 1,000 A make, @320 Vdc
• 12 and 24 volt coil control options. Call
factory for custom options
• 360 kW power switch capable
• 200oC hot power terminals capable
• Bi-directional power switching
Features:
• Auxiliary contacts optional
• Built-in dual power coil economizer
8W holding typical
• Versatile power, voltage, and current
operating range 320-1800Vdc *
Note: Dimensions in inches. Multiply values by 25.4 for dimensions in mm.
ELECTRICAL LIFE CYCLES vs POWER SWITCHING
E V 5 0 0 R A T E D R E S IS T IV E H O T S W IT C H L IF E
100000
M o m e n t a ry
C a rry R e g io n
C o n ta c t
L e v it a tio n ,
O p e ra tio n
P ro h ib ite d
270 V dc
Preferred Polarity
ELECTRICAL LIFE (CYCLES)
10000
1000
M a x . B re a k C u rre n t
320V
3300A
270V
3400A
115V
3600A
28V
4000A
100
400 V dc
900 V dc
10
1
10
100
1000
10000
100000
C U R R E N T (A M P S )
(re s is tiv e lo a d , m a k e a n d b re a k )
* Failure Mode: Dielectric withstand voltage test @ 2000Vdc, power terminal to terminal, leakage exceeds 1.0 mA.
Part Number
PRODUCT SPECIFICATIONS
UNIT
Contact Arrangement with:
Form X
Auxiliary Contacts ................................................................
EV500
SPST-NO
COIL DATA
Parameter
Type Driver
12V
24V
2 coil electronic
Units
Form A
SPST-NO
(continuous/10 sec.) ...
A
600/1,600
Voltage* (nominal )
12
24
Current Carry, Max. continuous, 25oC 2 ..................................................
A
750
Pickup (close), max.
9.9
19.7
Hold, min.
9
18
Make (Closed into) .........................................................
A
1,000
Dropout (open), min.
2
4
Break (Open) ...................................................................
A
3,300
Current (@VsNom/ 25oC)
ohms
0.0002
Inrush
3.3
1.7
Holding, standby
0.74
0.37
A
Inrush Time, max.
300
300
ms
Rated Resistive Load @ 270 Vdc, 85oC
Overload Current @ 320 Vdc, Max. ...................................
Contact Resistance, Max. ...................................................
Dielectric at Sea Level (leakage < 1mA)
Open Power Terminal to Terminal ................................
Closed Power Terminals to All Other Points ................
Shock, 11 ms 1/2 Sine (peak), operating .........................
Vibration, Sinusoidal 80-2000 Hz, peak
(EV500-5/EV500-4) ....
Operating Ambient Temperature Range ............................
Load Life (mechanical/electrical) 1......................................
Vrms
2,000
Vrms
2,000
G's Peak
30
G's
5/10
o
C
-40 to +85
cycles
See Page 21
ms
40
Operate Time, 25oC ..............................................................
Close (includes bounce) Typ. ......................................
Bounce (after close only), Max. ..................................
Release Time (includes arcing), Max. at 2500 A .......
Insulation Resistance @ 500 Vdc, Min. ............................
Weight, Nominal ..................................................................
ms
5
ms
20
Mohm
100
pound (kg)
3.38 (1.53)
Vdc
A
PART NUMBER SELECTION
Sample Part No. EV500
Auxiliary Contacts
4 = without
5 = with
Coil Voltage
A = 12 Vdc
B = 24 Vdc
4
A
Refer to EV500 Sales Drawing for complete
specifications.
1. See EV500 sales drawing for complete specifications, including normal capacitive pre-charge, make plus abnormal make and break ratings.
2. Current Carry: 750 A @ 25oC. Derate 2.5 A/oC to 600A @ 85oC for still air, no heat sink. Reference National Electric Code for specific
conductor size recommendation versus current. For >600A carry, call factory and request the "EV500" Current Carry study" for additional data.
Tyco Electronics / www.tycoelectronics.com / Factory Direct Technical Support: 800-253-4560, ext. 2023 (U.S., Canada, Mexico) or 805-220-2020, ext. 2023 (International)
20
EV500 Contact Ratings
Features:
C UR RE NT vs T IM E
C ON TA CT S C LOSED I NT O 7 0 % AN D 9 0% C A PAC IT OR PR E C HA R GE
7 50
7 00
6 50
6 00
5 50
5 00
4 50
4 00
3 50
3 00
Features:
2 50
2 00
1 50
1 00
50
0
0
1
2
3
4
5
6
7
8
L IF E R A T IN G S A N D Q U A L IF IC A T IO N T E S T P L A N
Test #
C u rre n t
V o lta g e
Load Type
% P re C h a rg e
S w itc h M o d e
N o rm a l O p e ra tio n s
1
2
re fe re n c e g ra p h a n d
te s t circ u it d ia g ra m (s h t. 8 )
C a p a c itive
C a p a c itive
90%
70%
m ake
m ake
o n ly
o n ly
A b n o rm a l O p e ra tio n s
3
-2 5 0 A
320 V
R e s istiv e
N /A
m a k e / b re a k
4
2500 A
320 V
R e s istiv e
N /A
b re a k o n ly
S equence
1 0 K c y c le s
1 0 c yc le s
2
2
1
10K
10
2
2
10K
10
2
3
10K
10
2
2
4
10K
10
2
5
E tc .
C o n tin u e C y c lin g to R e la y F a ilu re
T h e te s tin g o b je c tiv e is to v e rify p ro p e r re la y fu n c tio n fo r a g ive n n u m b e r o f c o n se c u tiv e a n d cu m u la tiv e
c yc le s u n d e r b o th n o rm a l a n d a b n o rm a l co n d itio n s in a v a rie ty o f lo a d s w itc h in g a p p lic a tio n s . T h e life
ra tin g o f 4 0 K cy c le s m in im u m w a s c a lc u la te d w ith 9 5 % W e ib u ll re lia b ility .
Electrical Data (Over Temperature Range - Max. Terminal Temp. = 200oC)
Make/Break Life for Capacitive & Resistive Loads at 320 Vdc (1) (2)
@ 90% capacitive pre-charge
Cycles
50,000
@ 70% capacitive pre-charge
Cycles
50
@ -250 A (2 consecutive, reverse polarity) (1)
Cycles
10
@ 3300 A (break only, 2 consecutive) (1)
Cycles
4
Cycles
100,000
Mechanical Life
(1) Resistive load includes inductance L = 25 uH.
(2) Testing is limited at this time. Consult factory for offical ratings.
21
CII Technologies / P.O. Box 4422 / Santa Barbara, CA 93140 / ph 805.684.4560 / fax 805.684.9679 / e-mail [email protected] / website www.ciitech.com
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