CONTACTOR 1 FORM X, SPST-NO-DM

6-1618390-8

Manufacturer Part Number6-1618390-8
DescriptionCONTACTOR 1 FORM X, SPST-NO-DM
ManufacturerTE Connectivity
SeriesLEV200, KILOVAC
TypeContactor Relay
6-1618390-8 datasheets
 


Specifications of 6-1618390-8

Contact FormSPST-NO (1 Form X)Contact Rating (current)500A
Switching Voltage900VDC - MaxTurn On Voltage (max)9 VDC
Turn Off Voltage (min)2 VDCRelay TypeContactor
Coil TypeNon LatchingCoil Current1.1A
Coil Voltage12VDCMounting TypeChassis Mount
Termination StyleStudRelay ConstructionContactor
Contact ArrangementSPST-NO-DMCoil Voltage Dc12V
Contact Current Rating500ACoil Suppression DiodeNo
Push To Test ButtonNoLed IndicatorNo
SealSealedPin Count4
Mounting StyleFlangeLead Free Status / RoHS StatusLead free / RoHS Compliant
Other names6-1618390-8
A101168
LEV200H4ANA
Q4809198
  
1
Page 1
2
Page 2
Page 1/2

Download datasheet (292Kb)Embed
Next
KILOVAC LEV200 Series Contactor With 1 Form X
Contacts Rated 500+ Amps, 12-900Vdc
Product Facts
I Designed to be the lowest cost
sealed contactor in the industry
with its current rating (500+A
carry, 2000A interrupt at
320Vdc).
I Available with bottom or side
mounting -- not position
senstive.
I Optional auxiliary contact for
easy monitoring of power
contact position.
I Hermetically sealed –
intrinsically safe, operates in
explosive/harsh environments
with no oxidation or
contamination of coils or
contacts, including long periods
of non-operation.
I Typical applications include
battery switching and backup,
DC voltage power control, circuit
protection and safety.
I Versatile coil/power
connections.
For factory-direct application assistance, contact Earle Alldredge, product manager.
Dial 800-253-4560, ext. 2055, or 805-220-2055. Email earle.alldredge@tycoelectronics.com
I Designed and built in
accordance to AIAG QS9000.
Performance Data
Parameter
Units
Value for LEV200 Series
Contact Arrangement, power contacts
1 Form X (SPST-NO-DM)
Rated Operating Voltage
Vdc
12 - 900
Continuous (Carry) Current, Typical
A
500 @ 65°C, 400 mcm conductors
Consult Factory for required conductors for higher (500+ A) currents
1
Make/Break Current at Various Voltages
/
A
See next page
1
Break Current at 320Vdc
/
A
2,000, 1 cycle
Contact Resistance, Typ. (@200A)
mohms 0.2
Load Life
Cycles See next page
Mechanical Life
Cycles 100,000
Contact Arrangement, auxiliary contacts
1 Form A (SPST-NO)
Aux. Contact Current, Max.
A
2A @ 30Vdc / 3A @ 125Vac
Aux. Contact Current, Min.
mA
100mA @ 8V
Aux. Contact Resistance, Max.
ohms
0.417@ 30Vdc / .150 @ 125Vaac
Operate Time @ 25°C
Close (includes bounce), Typ.
ms
25
Bounce (after close only), Max.
ms
7
Release (includes arcing), Max @ 2000A ms
12
Dielectric Withstanding Voltage
Vrms
2,200 @ sea level (leakage <1mA)
2
Insulation Resistance @ 500Vdc
megohms 100
/
Shock, 11ms 1/2 sine, peak, operating
G
20
Vibration, sine, 80-2000Hz., peak
G
20
Operating Ambient Temperature
°C
-40 to +85
Weight, Typical
lb.(kg)
1.3 (.60)
1/
Main power contacts
2/
50 at end of life
3/
Does not meet dielectric & IR after test, 1700 amp for unit with Aux. Contacts
4/
Contacts will operate with 0.8V nom < V coil < 1.1V nom over temperture range.
© 2007 by Tyco Electronics Corporation. All Rights Reserved.
KILOVAC, TE Logo and Tyco Electronics are trademarks.
Other products and company names mentioned herein may be trademarks of their
respective owners.
Catalog 9-1773439-1
Dimensions are in inches and
Revised 6-08
millimeters unless otherwise
specified. Values in brackets
www.tycoelectronics.com
are metric equivalents.
Coil Data (valid over temperature range)
Nominal Voltage
Pickup Voltage (will operate)
Voltage (Max.)
Dropout Voltage
Coil Resistance @ 25° (Typ.)
3
/
Part Numbering System
Typical Part Number
Series:
LEV200 = 500+ Amp, 12-900Vdc Contactor
Contact Form:
A = Normally Open
H = Normally Open with Aux. Contacts. (Option “H” requires
option “A” in Coil Wire Length and option “N” in Coil
Terminal Connector.)
Note: Other auxiliary contact forms available. Consult factory.
Coil Voltage:
4 = 12Vdc
5 = 24Vdc
8 = 96Vdc
L = 110Vdc
Notes: Consult factory for detailed specifications and availability of
coils not listed in “Coil Data” table above.
In coil voltage codes, 115Vac is designated by the letter “O”
rather than the numeral “0.”
Coil Wire Length:
A = 15.3 in (390 mm)
N = None (Requires option “A” in next step.)
Coil Terminal Connector:
N = None, stripped wires (Requires option “A” in previous step.)
A = Studs, #10-32 Threaded (Electrical connection is made to the tab
at the base of the stud.)
Note: Specify option A, stripped wires, for coil voltages > 96Vdc
Mounting & Power Terminals:
A = Bottom Mount & Male 10mm x M8 Threaded Terminals
F = Side Mount & Male 10mm x M8 Threaded Terminals
Consult factory regarding other available mountings and power terminals.
NOTE: All part numbers are RoHS compliant (and always have been).
Dimensions are shown for
USA: 1-800-522-6752
reference purposes only.
Canada: 1-905-470-4425
Specifications subject
Mexico: 01-800-733-8926
to change.
C. America: 52-55-5-729-0425
RoHS
Ready
4/
12Vdc
24Vdc
48Vdc
9.0Vdc
19.0Vdc
38.0Vdc
15Vdc
30Vdc
60Vdc
0.75 - 2.0Vdc
1.0 - 5.0Vdc
2.0 - 7.0Vdc
11 ohms
40 ohms
145 ohms
LEV200 A
4
N
A
A
6 = 48Vdc
K = 72Vdc
O = 115Vac
9 = 240Vac
1
South America: 55-11-3611-1514
Hong Kong: 852-2735-1628
Japan: 81-44-844-8013
UK: 44-141-810-8967

6-1618390-8 Summary of contents

  • Page 1

    ... N = None, stripped wires (Requires option “A” in previous step Studs, #10-32 Threaded (Electrical connection is made to the tab at the base of the stud.) Note: Specify option A, stripped wires, for coil voltages > 96Vdc Mounting & Power Terminals Bottom Mount & Male 10mm x M8 Threaded Terminals F = Side Mount & ...

  • Page 2

    ... For resistive loads with 300µH maximum inductance. Consult factory for inductive loads. 2) Estimates based on extrapolated data. User is encouraged to confirm performance in application. 3) End of life when dielectric strength between terminals falls below 50 megohms @ 500VDC. 4) The maximum make current is 650A to avoid contact welding. 9-1773439-1 – PDF – TW – 6-08 Printed in U.S.A. ...