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Features
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Extended temp. range up to 125°C
SPST (1 Form A), SPDT(1 Form C) contact arrangement.
2.8mm QC Terminals.
RoHs & ELV compliant.
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Typical Applications |
Headlight control, Fuel pump control, Horn control, A/C compressor clutch |
1.
CONTACT DATA
Contact
Arrangement |
1 Form A, 1 Form C |
Voltage drop (Initial) |
NO: Typ.: 20mV, Max.: 250mV (at 10A)
NC: Typ.: 25mV, Max.: 250mV (at 10A)
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Max.
switching current8)
|
Make(NO): 100A2)
Break(NO): 30A(Resistive, 13.5VDC) |
Max. continous current1),8) |
30A(at 125°C, 1h) |
Max. switching voltage |
See "Load limit curve" |
Min. contact load |
1A 6VDC |
Mechanical endurance |
1 x 107 (300ops/min.) |
Electrical endurance |
See "CONTACT DATA" |
Initial Insulation
resistance |
100M¥Ø (at 500VDC) |
Dielectric
strength3)
|
between contacts : 500VAC
between coil and contacts : 500VAC |
Operate time8)
|
Typ.: 5ms Max.
10ms(at nomi. vol.) |
Release
time4).8)
|
Typ.: 3ms Max.
10ms3) |
Viberation
Resistance5),8) |
10Hz to 40Hz 1.27mm DA
40Hz to 70Hz 49
m/s2
70Hz to 100Hz 0.5mm DA
100Hz to 500Hz
98m/s2
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Flammability6)
|
UL94-HB or better(meets FMVSS302) |
Shock
resistance5),8) |
196m/s2 |
Ambient
temp. |
-40°C
to 125°C |
Unit weight |
Approx. 20g |
Termination |
2.8mm QC |
Construction |
Plastic sealed, Dust protected |
Mechanical data |
cover retention (pull & push):200N min.
terminal retention (pull & push):100N min.
terminal resistance to bending(front&side): 10N min.7) |
1) For NO contacts, measured when applying 100% rated voltage on coil.
2) Inrush peak current under lamp load, at 13.5VDC.
3) 1min, leakage current less than 1mA.
4) The value is measured when voltage drops suddenly from nominal voltage to 0 VDC and coil is not paralleled with suppression circuit.
5) When energized, opening time of NO contacts shall not exceed 1ms, when non-energized, opening time of NC contacts shall not exceed 1ms,
meantime NO, contacts shall not be closed.
6) FMVSS; Federal Motor Vehicle Safety Standard.
7) Test point is at 2ms away from terminal end, and after removing testing force, the terminal transfiguation shall not exceed 0.5mm.
8) Only for the 12VDC coil voltage type.
2. COIL DATA
Load
voltage
|
Load type
|
Load current A
|
On/Off ratio
|
Electrical endurance
|
Contact material
|
Load wiring diagram1)
|
Ambient temp.
|
1C
|
1A
|
On
|
Off
|
NO
|
NC
|
NO
|
13.5VDC |
Resistive |
Make |
20A |
10A |
20A |
2s |
2s |
1x105 |
AgSnO2 |
See
dia. 1 |
See ambient temp. curve |
Break |
20A |
10A |
20A |
Lamp |
Make1 |
100A |
--- |
100A |
2s |
2s |
1x105 |
AgSnO2 |
See
dia. 2 |
Break |
20A |
--- |
20A |
Inductive |
Make |
40A |
20A
|
40A |
2s |
4s |
1x105 |
AgSnO2 |
See
dia. 3 |
Break |
20A |
10A |
20A |
27VDC |
Resistive |
Make |
20A |
10A |
20A |
2s |
2s |
1x105 |
AgSnO2 |
See
dia. 1 |
Break |
20A |
10A |
20A |
1) The load wiring diagrams are listed below (Rating of NO, NC are tested based on different samples separately.
2) Loads mentioned in this chart is for relays with no paralled diode nor Zener Diode.
For those with paralled diode, Zener Diode or other components, please contact HANDOUK for more technical suppots.
please also contact HANDOUK if the actual application load is different from what mentioned aboved.
3. COIL DATA At 23°C
Norminal
Voltage
VDC |
Pick-up
Volatage
VDC(Max.) |
Drop-out
Voltage
VDC(Min.) |
Coil
Resistance
x(+/-10%)¥Ø |
Parallel
Resistance
x(+/-5%) ¥Ø |
Equivalent resistance
¥Ø |
Power consumption
W |
Max.allowable overdrive vol. 1)VDC |
at 23°C |
at 85°C |
12 |
7.2 |
1.2 |
109 |
- |
- |
1.3 |
20.4 |
14.9 |
12 |
7.2 |
1.2 |
109 |
680 |
93.9 |
1.5 |
20.4 |
14.9 |
24 |
14.4 |
2.4 |
360 |
- |
- |
1.6 |
36 |
28 |
24 |
14.4 |
2.4 |
360 |
2,700 |
317.6 |
1.8 |
36 |
28 |
1) Max. allowable overdrive voltage is stated with no load applied.
4. ORDERING CODE
5.
OUTLINE DIMENSIONS
AND WIRING DIAGRAM
6. C
H ARACTERISTIC CURVES
Disclaimer
The specification is for reference only. See to "Terminology and Guidelines" for more information. Specifications subject to change without notice. in case there is specific criterion (such as mission profile, technical specification, PPAP etc.) checked and agreed by and between customer and Handouk, this specific criterion should be taken as standard regarding any requirement on Handouk product.
We could not evaluate all the performance and all the parameters for every possible application. Thus the user should be in a right position to choose the suitable product for their own application. If there is any query, please contact Handouk for the technical service. However, it is the user's responsibility to determine which product should be used only.
¨Ï Handouk Electronics Co., Ltd. All rights of Hnaouk are reserved
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