CAR
Main Feature
1. European and American footprints available offer
different market selections.
2. Washable type, flux-proofed type, unclosed type
available for different customer’s requirement.
3. FE130 material applied to strengthen the contact in
order to carry the high current load.
4. Comply with RoHS, REACH and ELV regulations
Contact Rating
Load Type
Rated Load (Resistive)
Rated Carrying Current
Max. Allowable Voltage
Max. Allowable Current
Max. Allowable Power Force
Contact Material
Contact Form
Load Type
Rated Load (Resistive)
Rated Carrying Current
Max. Allowable Voltage
Max. Allowable Current
Max. Allowable Power Force
Contact Material
Contact Form
CAR (DM)
40A 12VDC
NO: 40A
DC 60V
40A
480W
Ag Alloy
SPST
CAR (LM)
30A 12VDC
30A
DC 60V
30A
360W
Ag Alloy
SPST
CAR (DB)
40A 12VDC
NC: 40A
DC 60V
40A
480W
Ag Alloy
SPST
CAR (LB)
30A 12VDC
30A
DC 60V
30A
360W
Ag Alloy
SPST
CAR (D)
NO: 40A 12VDC
NC: 30A 12VDC
NO: 40A
NC: 30A
DC 60V
NO: 40A
NC: 30A
NO: 480W
NC: 360W
Ag Alloy
SPDT
CAR (L)
30A 12VDC
30A
DC 60V
30A
360W
Ag Alloy
SPDT
Application
Seat Adjustment, Audio System, Air Conditioning Control,
Fuel Pump Control, Lighting Control, Central Door Lock
Control, Power Window Control, Sunroof Control
Performance (at Initial Value)
Contact Resistance ............. 100mΩ Max.@1A,6VDC
Operate Time....................... 10 mSec. Max.
Release Time ...................... 10 mSec. Max.
Insulation Resistance .......... 100 MegaΩ Min. at
500VDC
Dielectric Strength:
Between Coil & Contact…….1,200VAC at 50 Hz
for one minute
Between Contacts ............... .750VAC at 50 Hz
for one minute
Max. On/Off Switching:
Electrical .............................. 20 Ops per Minute
Mechanical .......................... 300 Ops per Minute
Humidity Range ................... 95% at 20°C
Temperature Range............. -40½+85°C
Vibration:
Endurance ........................... 10 to 55 Hz dual
amplitude width 1.5mm
Error Operation.................... 10 to 55 Hz dual
amplitude width 1.5mm
Shock:
2
Endurance ......................... 1,000 m/S
2
Error Operation.................... 100 m/S
Life Expectancy:
7
Mechanical .......................... 10 Operations at No
Load condition
5
Electrical .............................. 10 Operations at Rated
Resistive Load
Contact Material .................. Ag Alloy
Weight...................................... About 20.2g
Safety Standard & File Number
NIL
CAR
Coil Specification (at 20
°
C)
Nominal
Coil Sensitivity
Voltage (VDC)
6
12
24
36
48
6
12
24
36
48
6
12
24
36
48
6
12
24
36
48
Nominal
Current (mA)
315.7
133.3
66.2
44
33
100
50
25
16.7
12.5
315.7
133.3
66.2
44
33
100
50
25
16.7
12.5
Power
Coil Resistance
Consumption
(Ω±10%)
(W)
19
Abt.1.89
90
362
Abt.1.59
816
1450
60
240
Abt.0.6
960
2160
3840
19
Abt.1.89
90
362
Abt.1.59
816
1450
60
240
Abt.0.6
960
2160
3840
Pull-In Voltage
(VDC)
Drop-Out
Voltage (VDC)
Maximum
Allowable
Voltage (VDC)
CAR-D/DM/DB
(Europe)
70%
Maximum
5%
Minimum
160%
CAR-L/LM/LB
(Europe)
75%
Maximum
10%
Minimum
160%
CAR-D/DM/DB
(U.S.A.)
70%
Maximum
5%
Minimum
160%
CAR-L/LM/LB
(U.S.A.)
75%
Maximum
10%
Minimum
160%
Further coils for motor vehicle applications on request.
The operating voltage limits Umin and Umax depend on temperature in accordance with the following formula:
Umin tu = K
I
x Umin 20
°
C and Umax tu =Ku x Umax 20
°
C
tu = ambient temperature
Umin tu = minimum voltage at ambient temperature tu
Umax tu = maximum voltage at ambient temperature tu
K
I
and Ku = factors
tu
KI
Ku
-40°C
0.764
1.081
-30°C
0.804
1.069
-20°C
0.843
1.056
-10°C
0.882
1.043
0°C
0.921
1.029
10°C
0.961
1.014
20°C
1.000
1.000
30°C
1.039
0.985
40°C
1.079
0.969
50°C
1.118
0.953
60°C
1.157
0.935
70°C
1.197
0.917
80°C
1.236
0.897
85°C
1.255
0.887
Microcontroller MCU
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