ATR11-D-X-63-WB-7.0A Sensata Technologies/Airpax, ATR11-D-X-63-WB-7.0A Datasheet - Page 2
![CIRCUIT BREAKER THERM 7A](/photos/1/17/11726/atr11-d-x-63-wb-7_0a_sml.jpg)
ATR11-D-X-63-WB-7.0A
Manufacturer Part Number
ATR11-D-X-63-WB-7.0A
Description
CIRCUIT BREAKER THERM 7A
Manufacturer
Sensata Technologies/Airpax
Series
ATR11r
Datasheet
1.ATR11-C-X-63-BB-1.0A.pdf
(4 pages)
Specifications of ATR11-D-X-63-WB-7.0A
Breaker Type
Thermal
Voltage
50VDC, 240VAC
Current - Trip (it)
7A
Number Of Poles
1
Actuator Type
Push to Reset
Mounting Type
Panel Mount
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
723-1138
ATR11-D-63-X-WB-7.0A
ATR11-D-63-X-WB-7.0A
http://airpax.sensata.com/
SHUnt teRMinaL (option n)
Available on units of up to 6 amps equipped with a heater winding, an optional additional terminal can be provided as a parallel circuit
to the main current-sensing circuit. The shunt circuit between terminals 1 and 3 may be used for any signal that may be required in
addition to the main circuit. However, since the circuit makes use of the bimetal strip as a current-carrying path, the trip time of the
circuit protector may be slightly influenced.
tiMe / cURRent cHaRacteRiSticS
The standard characteristic is valid for an ambient temperature of 23°C. However, if the device is to be used in an ambient temperature
other than 23°C, an allowance must be made when selecting the current rating.
See the chart, graph and example below to help determine the right circuit protector rating for your application.
aMbient teMpeRatURe coRRection factoR
Ambient Temperature (°C)
Multiplication Factor
Example :
Normal Continuous Current = 1.8 A
Ambient Temperature = 40°C
Multiplication Factor = 1.12 (from graph)
Recommended Rating: 1.8 x 1.12 = 2.016
Select the Nearest Rating = 2 amps
- 20
0.8
0.88
- 5
0.9
0
+ 10
0.96
+ 20
Operating Characteristics :
1
(min) 60
(S) 50
30
20
10
20
10
0.5
0.2
0.1
5
1
5
2
1
Multiple of Current Rating
1.05 1.32
+ 30
1.05
Rated Current
Ambient
Temperature
2
+ 40
1.12
3
4 5
ATR11 Series
< 6A
³ 6A
23°C
+ 50
1.2
8 10
(x I )
n
+ 60
1.3
303