PS2-2457-3
Circuit Breakers
CIRCUIT BREAKER
PS2-2457-3
CIRCUIT BREAKER
ACT NOW! SUBMIT A QUICK QUOTE.
Technical Characteristics
-
Body Style
12a single pole type
-
Body Width
0.750 inches nominal
-
Boss Height
0.125 inches nominal
-
Mounting Surface To Terminal End Distance
2.359 inches nominal
-
Pole Quantity
1
-
Maximum Continuous Load Current Rating Per Pole
30.0 amperes dc single location
-
Operating Voltage Type And Rating Per Pole In Volts
50.0 dc single location
-
Circuit Protection Type
overcurrent single location
-
Trip Release Characteristic
instantaneous single location
-
Ultimate Trip Time Per Pole In Seconds
0.020 nominal single location
-
Reset Method
manual
-
Main Contact Tripping Mechanism Type
trip free
-
Manual Actuator Type And Quantity
1 toggle
-
Actuator Function
trip-reset
-
Auxiliary Switch Function And Quantity
1 control
-
Nominal Thread Size
0.138 inches
-
Switch Terminal Type
tab, solder lug
-
Switch Current Rating And Type In Amps
1.0 dc
-
Switch Voltage Rating And Type In Volts
50.0 dc
-
Manufacturers Code
23917
-
Terminal Type And Quantity
2 threaded stud
-
Body Length
2.500 inches nominal
-
Case Material
plastic
-
Center To Center Distance Between Terminals Parallel To Length
1.938 inches nominal
-
Distance Between Centerlines Of Mounting Facilities Parallel To Body Length
2.062 inches nominal
-
Switch Contact Arrangement
single pole, double throw
-
Mounting Facility Type And Quantity
2 threaded hole
-
Thread Quantity Per Inch
32
-
Maximum Interrupting Capacity Current Type And Rating Per Pole In Amps
2000.0 dc single location
-
Trip Release Method
magnetic single location
-
Ultimate Trip Rating Of Continuous Current Rating Per Pole In Percent
120.0 single location
-
Actuator Position Designation
at pole one
-
Internal Trip Release Configuration
series trip single location
-
Switch Location And Position Designation
internal at pole one
-
Special Test Features
navord od42046
-
Design Control Reference
ps2-2457-3
-
Thread Series Designator
unc
-
Reference Number Differentiating Characteristics
as differentiated by special test features