All technical performance data apply to the relay as such, specific conditions of the individual application are not considered. Please always check the suitability of
the relay for your intended purpose. We do not assume any responsibility or liability for not complying herewith. We recommend to complete our questionnaire and
to request our technical service. Any responsibility for the application of the product remains with the customer only. All specifications are subject to change without
notification. All rights of Tyco are reserved.
95
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PCB Relays
Single Relays
T72M
Dimensional drawing
.89 MAX.
(22.5)
Catalog 1308028
Revision 03-06
Revision 03-05
.67 MAX.
(17.0)
.03 MAX.
(.76)
.140
±
.020
(3.5
±
.51)
.10 MIN.
(2.5)
SOLDER
ECR2200-Q
View of the terminals
(Bottom view)
ø .040
(1.02)
.65 MAX.
(16.5)
4x
.020 x .045 MAX.
(.51 x 1.14)
.081
(2.06)
Mounting holes
View of the terminals
(Bottom view)
ø .052 TYP.
(1.3)
4
3
.480
(12.2)
5
1
2
ECR2201-Y
.079
(2.0)
.472
(12.0)
.236
(6.0)
96
Please observe the disclaimer.
PCB Relays
Single Relays
T72M
Catalog 1308028
Revision 03-06
Revision 03-05
Contact data
Typical areas of application
Contact configuration
Circuit symbol
(see also Pin assignment)
Resistive / inductive loads
Changeover contact/
Form C
4
3
Indicator / lamp loads
1
Rated voltage
Rated current at 85 °C
Contact material
Max. switching voltage/power
Max. switching current
1)
On
2)
Off
Min. recommended load
4)
Voltage drop at 10 A (initial)
Mechanical endurance (without load)
Electrical endurance
(example of resistive load)
Max. switching rate at nominal load
1)
2)
12 V
NC/NO
10/20 A
AgNi0.15
See load limit curve
NC/NO
12 A/60 A
20 A/20 A
1 A at 5 V
Typ. 50 mV, 300 max. for NC/NO contacts
> 10
7
operations
10
5
operations at 20 A, 14 V,
resisitive load on NO contact
6 operations per minute (0.1 Hz)
NC/NO
15 A/80 A
3)
20 A/20 A
AgSnO
2
The values apply to a resistive or inductive load with suitable spark suppression and at maximum 13.5 V for 12 V or 27 V for 24 V load voltages.
For a load current duration of maximum 3 s for a make/break ratio of 1:10.
3)
Corresponds to a peak inrush current on initial actuation (cold filament).
4)
See chapter Diagnostics in our Application Recommendations on page 18 of this catalog or consult the internet at http://relays.tycoelectronics.com/application.asp
Load limit curve
ECR2202-7
75
60
50
40
W
10
0
W
20 25
0W 0W
32
0W
Safe breaking, arc extinguished (normally open contact)
for resistive loads.
Switching Voltage (VDC)
40
30
20
10
0.5
1
2
3
4
5
7
10 12
20
Switching Current (A)
Pin assignment
1 changeover contact/
1 form C
4
5
3
2
ECR2204-N
97
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PCB Relays
Single Relays
T72M
Catalog 1308028
Revision 03-06
Revision 03-05
Coil data
Available for nominal voltages
Nominal power consumption of the unsuppressed coil at nominal voltage
Test voltage winding/contact
Maximum ambient temperature range
1)
Operate time at nominal voltage
Release time at nominal voltage
2)
1)
2)
6, 12, 24 V
0.8 W
500 VAC
rms
– 40 to + 105 °C
5 ms
2 ms
See also diagram Ambient temparature vs. coil voltage for continuous duty.
Measured at nominal voltage without coil suppression unit.
N.B.
A low resistive suppression device in parallel to the relay coil increases the release time and reduces
the lifetime caused by increased erosion and/or higher risk of contact tack welding.
Ambient temperature vs. coil voltage for continuous duty
ECR2203-F
Maximum Allowable
Ambient Temperature (°C)
140
120
100
80
60
40
20
0
80
90
100
110
120
130
140
150
160
170
180
190
200
0 A Contact Load
10 A Contact Load
15 A Contact Load
20 A Contact Load
Assumptions:
1. Still air
2. Nominal coil resistance
3. Maximum mean coil temperature = 155 ˚C
4. Coil temperature rise due to load
= 8 °C at 10 A
= 20 °C at 15 A
35.5 °C at 20 A
5. Curves are based on nominal coil power at 23 °C
6. When full lifetime is at high ambient and high load current,
subtract 25 °C from maximum allowable ambient temperature.
Applied Coil Voltage (% of Nominal Voltage)
Mechanical data
Audible sound (14 V coil voltage)
Enclosures
Sealed
95 dBA at 10 cm
77 dBA at 1 m
Sealed relay is suitable for immersion cleaning of PCB assembly.
Please refer to the Application Recommendations in this catalog.
Relay may be vented after cleaning by cutting the vent protection from the corner of the
relay after processing using a razor knife or equivalent.
Operating conditions
Temperature range, storage
Test
Vibration resistance
Refer to
Storage
in the “Glossary”
Relevant standard
Testing as per
Dimension
Comments
1.27 mm double amplitude
10-40 Hz
Valid for NC contacts.
5 g constant
40-70 Hz
NO contacts are
0.5 mm double amplitude
70-100 Hz
significantly higher
10 g constant
100-500 Hz
half sine pulse form
11 ms
No change in the
20 g
switching state > 1 ms
24 V for 5 minutes conducting nominal current at 23 °C
Capable of meeting specifications after 1.0 m (3.28 foot) drop onto concrete in final enclosure
UL94-HB or better (meets FMVSS 302)
Shock resistance
Jump start
Drop test
Flammability
98
Please observe the disclaimer.
PCB Relays
Single Relays
T72M
Ordering information
Part numbers
(see table below for coil data)
Relay part number Tyco order number
T72M5D121-12
T72M5D155-12
0-1393289-9
2-1393289-4
Catalog 1308028
Revision 03-06
Revision 03-05
Contact
arrangement
1 Form C
1 Form C
Contact
material
AgNi0.15
AgNi0.15
Enclosure
Sealed, plastic cover
Sealed, plastic cover
Terminals
Printed circuit
Printed circuit
Coil versions
Coil
data for
T72M
T72M*D***-**
T72M*D***-**
T72M*D***-**
1)
Rated coil
voltage
(V)
6
12
24
Coil resistance
+/- 10%
(Ω)
45
180
720
Must
operate voltage
(V)
3.2
6.3
12.6
Must
release voltage
(V)
0.6
1.2
2.4
Allowable overdrive
1)
voltage (V)
at 23 °C
at 105 °C
12.3
24.6
49.3
7.2
14.3
28.7
Allowable overdrive is stated with 10A load current flowing through the relay contacts and minimum coil resistance with power applied for 30 s max.
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