EATON BR Series Thermal Magnetic Circuit Breakers


Eaton BR Series thermal magnetic circuit breakers combine thermal and magnetic elements to provide overcurrent protection in residential and commercial applications.

Filter
StyleModelNo. Of PolesVoltageHeightAmpsInterrupt RatingWire SizeMain Circuit BreakerTrip TypePrice
A
BR135ST
--1"-----€651.81
B
BR210ST
--1"-----€120.11
C
BR4HT
-120/240V1/4"---BR-€8.03
D
BRH2100
--2 1/2"-----€202.03
E
BR2100B
--1"-----€470.52
F
BD3030CS
1120V AC3"30A10 kAIC#14 AWG to 4 AWGBD-€223.43
G
BD3020BP100
1120V AC3"20/30A10 kAIC#14 AWG to 4 AWGBD-€48.85
H
BD4020
1120V AC3"40A10 kAIC#14 AWG to 4 AWGBD-€263.41
I
BD5030
1120V AC3 1/5"30/50A-#14 AWG to 4 AWGBD-€62.79
J
BD3040
1120V AC3"30/40A10 kAIC#14 AWG to 4 AWGBD-€50.22
K
BD3015
1120V AC3"15/30A10 kAIC#14 AWG to 4 AWGBD-€33.73
L
BD3030
1120V AC2 1/2"30A10 kAIC#14 AWG to 4 AWGBD-€33.73
M
BD3025
1120V AC3"25/30A10 kAIC#14 AWG to 4 AWGBD-€179.06
N
BD3050
1120V AC-30/50A10 kAIC#14 AWG to 4 AWGBD-€52.71
O
BD3015BP100
1120V AC3"15/30A10 kAIC#14 AWG to 4 AWGBD-€48.85
P
BRP120DF
1-0.9"20A10 kAIC---€97.63
Q
BRHH145
1120/240V3"45A42 kAIC#14 AWG to 4 AWGBRCommon Breaker Trip€651.43
R
BR120CS
1120/240V3"20A10 kAIC#14 AWG to 4 AWGBR-€16.28
S
BR125
1120/240V3.3"25A10 kAIC#14 AWG to 4 AWGBR-€14.11
T
BRH160
1120/240V--22 kAIC#8 AWG to 1/0 AWGBRH-€201.38
U
BR155
1120/240V3"55A10 kAIC#14 AWG to 3 AWGBR-€76.78
T
BRH135
1120/240V3"35A22 kAIC#14 AWG to 4 AWGBRH--
RFQ
V
BR160
1120/240V3"60A10 kAIC#4 AWG to 1/0 AWGBR-€16.81
T
BRH170
1120/240V1"-22 kAIC#8 AWG to 1/0 AWGBRH-€245.46
T
BRH150
1120/240V2.9"50A22 kAIC#14 AWG to 4 AWGBRH-€51.64
T
BRH145
1120/240V3"45A22 kAIC#14 AWG to 4 AWGBRH-€193.54
W
BR115BP100
1120/240V3"15A10 kAIC#14 AWG to 4 AWGBR-€13.90
X
BRRP120
1120V AC3 3/4"20A10 kAIC-BRRP--
RFQ
X
BRRP115
1120V AC3 3/4"15A10 kAIC-BRRP--
RFQ
Y
BD2020
1120V AC1"20A10 kAIC#14 AWG to 4 AWGBD-€31.93
T
BRH125
1120/240V2.9"-22 kAIC#14 AWG to 4 AWGBRH--
RFQ
Q
BRHH150
1120/240V3"50A42 kAIC#14 AWG to 4 AWGBRHCommon Breaker Trip-
RFQ
Z
BRF115
1120/240V3"15A10 kAIC-BR-€281.53
X
BRRP130
1120V AC3 3/4"30A10 kAIC-BRRP-€407.47
A1
BD1010
1120V AC3"10A10 kAIC#14 AWG to 4 AWGBD-€207.64
B1
BD1515
1120V AC2 1/2"15A10 kAIC#14 AWG to 4 AWGBD-€31.93
C1
BD1520
1120V AC2 3/5"15/20A10 kAIC#14 AWG to 4 AWGBD-€33.73
D1
BD1525
1120V AC3"15/25A10 kAIC#14 AWG to 4 AWGBD-€200.57
E1
BD1515BP100
1120V AC3"15A10 kAIC#14 AWG to 4 AWGBD-€48.85
F1
BD2015
1120V AC3"15/20A10 kAIC#14 AWG to 4 AWGBD-€35.35
G1
BD2020BP100
1120V AC-20A10 kAIC#14 AWG to 4 AWGBD-€48.85
H1
BD2050
1120V AC3"20/50A10 kAIC#14 AWG to 4 AWGBD-€239.69
I1
BR170CS
1120/240V3"70A10 kAIC#4 AWG to 1/0 AWGBR-€79.44
J1
BD2015BP100
1120V AC3"15/20A10 kAIC#14 AWG to 4 AWGBD-€48.85
C
BRR125
1120/240V3 3/4"25A10 kAIC-BR-€351.48
K1
BRRP125
1120V AC3 3/4"25A10 kAIC-BRRP-€407.47
L1
BD1530
1120V AC3"15/30A10 kAIC#14 AWG to 4 AWGBD-€33.73
M1
BD2020CS
1120V AC3"20A10 kAIC#14 AWG to 4 AWGBD-€97.12
Q
BRHH120
1120/240V3"20A42 kAIC#14 AWG to 4 AWGBRHCommon€173.65
N1
BD2040
1120V AC-20/40A10 kAIC#14 AWG to 4 AWGBD-€235.85
O1
BD2025
1120V AC3"20/25A10 kAIC#14 AWG to 4 AWG---
RFQ
P1
BD2515
1120V AC3"15/25A10 kAIC#14 AWG to 4 AWGBD-€171.71
Q1
BD3020
1120V AC3"20/30A10 kAIC#14 AWG to 4 AWGBD--
RFQ
R1
BD2030
1120V AC3"20/30A10 kAIC#14 AWG to 4 AWGBD-€33.73
T
BRH120
1120/240V2 1/2"20A22 kAIC#14 AWG to 4 AWGBRH-€40.39
T
BRH115
1120/240V2.9"15A22 kAIC#14 AWG to 4 AWGBRH-€40.39
T
BRH130
1120/240V2.9"-22 kAIC#14 AWG to 4 AWGBRH-€42.10
S1
BR130CS
1120/240V6 1/2"-10 kAIC#14 AWG to 4 AWGBR-€79.44
A
BR125ST
1120/240V3"-10 kAIC#14 AWG to 4 AWGBR-€624.95
T1
BR130
1120/240V3"30A10 kAIC#14 AWG to 4 AWGBR-€11.68
A
BR140ST
1120/240V3"-10 kAIC#14 AWG to 4 AWGBR-€788.78

Working Mechanism

  • Eaton thermal magnetic circuit breakers consist of a bimetallic strip that responds to heat caused by excessive current flow and a solenoid-actuated plunger that responds to strong magnetic fields generated by high currents.
  • When the current flowing through the circuit exceeds the rated capacity of the breaker, the bimetallic strip heats up and causes the breaker to trip.
  • The magnetic element trips the breaker if it detects high magnetic fields.
  • By stopping the flow of current when the breaker trips, it safeguards the circuit from damage.

Features

  • Eaton BR Series thermal magnetic circuit breakers have a short-body design that allows the addition of more wire-way and gutter space in the loadcenter.
  • Their improved diagnostic trip codes are designed for complex occurrences and overload to provide easy troubleshooting during maintenance.
  • These circuit breakers have easy-to-read trip codes through improved LEDs and a clear test button for efficient troubleshooting.

Standards and Approvals

  • UL
  • CSA

Frequently Asked Questions

Can a thermal magnetic circuit breaker be reset after it has tripped?

Yes, Eaton thermal magnetic circuit breakers can be reset after they have tripped. To reset the breaker, locate the breaker's handle and move it to the Off position. Then, move the handle back to the On position to reset the breaker.

How to avoid unnecessary tripping of breakers?

Circuit breakers trip unnecessarily only when they are dirty. Keep the circuit breakers clean and free of dirt or debris to avoid unnecessary tripping.

What is the difference between a circuit breaker and a fuse?

A circuit breaker has an internal switch that trips when there is excess current, whereas a fuse is a metal piece that melts when excess current overloads the circuit.

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