ZETTLER-AZ822-2C-9DE

Part #ZETTLER-AZ822-2C-9DE
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ZETTLER-AZ822-2C-9DE
AZ822  
SUBMINIATURE  
DIP REL
A
Y  
FEATURES  
•
Low profile for compact board spacing  
•
DC coils to 48VDC  
•
Life expectancy to 10 million operations  
•
Standard PC 0.1″ grid terminal spacing  
•
Fits standard 16 pin IC socket  
•
Epoxy sealed for automatic wave soldering and cleaning  
•
Meets FCC Part 68.302 1500V lightning surge  
•
Meets FCC Part 68.304 1000V dielectric  
•
UL, CUR file E43203  
GENERAL DATA  
Life Expectancy  
Mechanical  
Electrical  
Minimum operations  
1 x 10

8  

5 x 10

5

at 1A
,
24
VDC  
Operate Time (typical)
 
5ms at nominal coil voltage  
Release Time (typical)
 
2ms at nominal coil voltage  
CONTACTS  
(with no coil suppression)  
Arrangement  
DPDT (2 Form C)  
Bifurcated crossbar contacts  
Capacitance (max.)  
Contact to contact: 1.2pF  
Contact set to contact set: 1.6pF  
Contact to coil: 1.5pF  
Ratings  
Resistive load:  
Max. switched power:
 
60W or 125VA  
Max. switched current: 2A  
Max. switched voltage: 220VDC or 250VAC  
UL Rating:
 
1A at 24VDC  
Bounce  
(typical)  
At 10mA contact current  
2ms at operate N.O. side  
3ms at operate N.C. side  
0.5A at 120VAC  
Dielectric Strength  
1000Vrms contact to coil  
(at sea level for 1 min.)
 
1000Vrms contact to contact  
Material  
Silver palladium, gold clad  
< 50 milliohms initially  
1000Vrms between contact sets  
Resistance  
Insulation Resistance
 
1000 megohms min. at 20°C, 500 VDC,  
50% RH  
Dropout  
Greater than 5% of nominal coil voltage  
Ambient Temperature
 
At nominal coil voltage  
Operating  
Storage  
-55°C (-67°F) to 90°C (194°F)  
-55°C (-67°F) to 105°C (221°F)  
COIL  
Power  
At Pickup Voltage  
(typical)  
Max. Continuous  
Dissipation  
Vibration  
0.062″ DA at 10–55 Hz  
1
0 g  
98mW
(
Standard coils
)  
74mW
(
Sensitive coils
)  
0.94W at 20°C (68°F)  
Shock  
Enclosure  
P
.
B.T. polyester (UL94 V-0)  
Tinned copper alloy, P.C.  
270°C (518°F)  
Temperature Rise  
Temperature  
15°C (27°F) at nominal coil voltage  
Max. 105°C (221°F)  
Terminals  
Max. Solder Temp.  
Max. Solder Time  
Max. Solvent Temp.  
5 seconds  
80°C (176°F)  
Max. Immersion Time
 
30 seconds  
Weight
Approx.
4.5 grams  
NOTES  
1. All
 
values at 20°C (68°F).  
2. Relay
 
may pull in with less than “Must Operate” value.  
3. Relay
 
adjustment may be affected if undue pressure is exerted  
on relay case.  
4. Specifications
 
subject to change without notice.  
2/1/16  

AZ822  
RELAY ORDERING DATA  
COIL SPECIFICATIONS – STANDARD  
ORDER NUMBER  
Nominal Coil  
VDC  
Max. Continuous  
VDC  
Coil Resistance  
ꢀ10  
Must Operate  
VDC  
3
6.5  
45  
2.1  
AZ822–2C–3DE  
AZ822–2C–5DE  
5
10.8  
125  
3.5  
6
9
13.0  
19.5  
180  
405  
4.2  
6.3  
AZ822–2C–6DE  
AZ822–2C–9DE  
12  
24  
48  
26.5  
52.9  
720  
2880  
8.4  
16.8  
33.6  
AZ822–2C–12DE  
AZ822–2C–24DE  
AZ822–2C–48DE  
103.9  
11
,
520  
COIL SPECIFICATIONS – SENSITIVE  
ORDER NUMBER  
Nominal Coil  
VDC  
Max. Continuous  
VDC  
Coil Resistance  
ꢀ10  
Must Operate  
VDC  
3
7.5  
60  
2.1  
AZ822–2C–3DSE  
AZ822–2C–5DSE  
5
12.5  
167  
3.5  
6
9
15.0  
22.5  
240  
540  
4.2  
6.3  
AZ822–2C–6DSE  
AZ822–2C–9DSE  
12  
18  
24  
48  
30.0  
40.0  
52.9  
84.9  
960  
1620  
3840  
7680  
8.4  
12.6  
16.8  
33.6  
AZ822–2C–12DSE  
AZ822–2C–18DSE  
AZ822–2C–24DSE  
AZ822–2C–48DSE  
MECHANICAL DATA  
.386  
(9.8)  
.787  
(20)  
.015  
(0.38)  
.472  
(12)  
.138  
(3.5)  
.010 .005  
(0.25 0.13)  
TYP  
.044  
(1.11)  
.200  
(5.07)  
(.020 .005)  
(0.5 0.13)  
TYP  
.300  
(7.61)  
.200  
(5.07)  
PC BOARD L
A
YOUT  
WIRING DIAGRAM  
0.03 DIA  
.047  
(1.2) REF  
(0.8)  
(8 HOLES)  
1
4
6
8
.047  
(1.2) REF  
16  
13  
11  
9
0.1  
(2.54)  
Viewed toward terminals  
Viewed toward terminals  
Dimensions in inches with metric equivalents in parentheses. Tolerance:  
.010ꢀ  
2/1/16  
Th
is
specification provides an overview of the most significant part features. Any
 
individual applications and operating conditions are not taken into
 
consideration. It is recommended to test the product  
under application
 
conditions. Responsibility for the application remains with the customer.
 
Proper operation and service life cannot be guaranteed if the part is
 
operated outside the specified limits.