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EV500-5B

Part # EV500-5B
Description Electromechanical Relay SPST-NO 750A 24VDC Panel Mount - B
Category RELAY
Availability In Stock
Qty 1
Qty Price
1 + $2,583.83655
Manufacturer Available Qty
CII TECHNOLOGIES
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Technical Document


DISCLAIMER: The information provided herein is solely for informational purposes. Customers must be aware of the suitability of this product for their application, and consider that variable factors such as Manufacturer, Product Category, Date Codes, Pictures and Descriptions may differ from available inventory.

Features:
Features:
20
PRODUCT SPECIFICATIONS
COIL DATA
ELECTRICAL LIFE CYCLES vs POWER 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
200
o
C hot power terminals capable
Bi-directional power switching
Auxiliary contacts optional
Built-in dual power coil economizer
8W holding typical
Versatile power, voltage, and current
operating range 320-1800Vdc *
28-1800 Vdc
Refer to EV500 Sales Drawing for complete
specifications.
o
Units
Vdc
A
A
ms
Sample Part No. EV500 4 A
Auxiliary Contacts
4 = without
5 = with
Coil Voltage
A = 12 Vdc
B = 24 Vdc
PART NUMBER SELECTION
* Failure Mode: Dielectric withstand voltage test @ 2000Vdc, power terminal to terminal, leakage exceeds 1.0 mA.
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 @ 25
o
C. Derate 2.5 A/
o
C to 600A @ 85
o
C 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.
Parameter
Type Driver
Voltage* (nominal )
Pickup (close), max.
Hold, min.
Dropout (open), min.
Current (@VsNom/ 25
o
C)
Inrush
Holding, standby
Inrush Time, max.
12V
12
9.9
9
2
3.3
0.74
300
24V
24
19.7
18
4
1.7
0.37
300
2 coil electronic
1
EV500 RATED RESISTIVE HOTSWITCH LIFE
10
100
1000
10000
100000
1 10 100 1000 10000 100000
CURRENT (AMPS)
(resistive load, make and break)
ELECTRICAL LIFE (CYCLES)
Preferred Polarity
400Vdc
270Vdc
900Vdc
Contact
Levitation
,
Operation
Proh ibited
Max. Break Current
320V 3300A
270V 3400A
115V 3600A
28V 4000A
Momentary
Carry Region
Part Number
Contact Arrangement with:
Auxiliary Contacts ................................................................
Rated Resistive Load @ 270 Vdc, 85
o
C (continuous/10 sec.) ...
Current Carry, Max. continuous, 25
o
C
2
..................................................
Overload Current @ 320 Vdc, Max. ...................................
Make (Closed into) .........................................................
Break (Open) ...................................................................
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) ......................................
Operate Time, 25
o
C ..............................................................
Close (includes bounce) Typ. ......................................
Bounce (after close only), Max. ..................................
Release Time (includes arcing), Max. at 2500 A .......
Insulation Resistance @ 500 Vdc, Min. ............................
Weight, Nominal ..................................................................
UNIT EV500
Form X SPST-NO
Form A SPST-NO
A 600/1,600
A 750
A 1,000
A 3,300
ohms 0.0002
Vrms 2,000
Vrms 2,000
G's Peak 30
G's 5/10
C -40 to +85
cycles See Page 21
ms 40
ms 5
ms 20
Mohm 100
pound (kg) 3.38 (1.53)
Kilovac EV500 "BUBBA" - 600 Amps Make & Break Load Switching
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)
Note: Dimensions in inches. Multiply values by 25.4 for dimensions in mm.
Features:
Features:
CII Technologies / P.O. Box 4422 / Santa Barbara, CA 93140 / ph 805.684.4560 / fax 805.684.9679 / e-mail info@kilovac.com / website www.ciitech.com
21
LIFE RATINGS AND QUALIFICATION TEST PLAN
Normal O
p
erations Abnormal Operations
Test # 1 2 3 4
Current
reference graph and -250 A 2500 A
Voltage
test circuit diagram (sht. 8) 320 V 320 V
Load Type
Capacitive Capacitive Resistive Resistive
% Pre Charge
90% 70% N/A N/A
Switch Mode
make
only
make
only
make/ break break only
Sequence
1
10K cycles 10 cycles 2 2
2
10K 10 2
3
10K 10 2
4
10K 10 2 2
5
10K 10 2
Etc. Continue Cycling to Relay Failure
The testing objective is to verify proper relay function for a given number of consecutive and cumulative
cycles under both normal and abnormal conditions in a variety of load switching applications. The life
rating of 40K cycles minimum was calculated with 95% Weibull reliability.
CURRENT vs TIME
CONTACTS CLOSED INTO 70% AND 90% CAPACITOR PRE CHARGE
0
50
100
150
200
250
300
350
400
450
500
550
600
650
700
750
012345678
EV500 Contact Ratings
Electrical Data (Over Temperature Range - Max. Terminal Temp. = 200
o
C)
(1) Resistive load includes inductance L = 25 uH.
(2) Testing is limited at this time. Consult factory for offical ratings.
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
Mechanical Life Cycles 100,000