CJM2-63-1 1P 2P 3P 4P mini circuit breaker MCB for electrical

Miniature Circuit Breaker (MCB) CJM2-63-1
Miniature Circuit Breaker (MCB) CJM2-63-1
Miniature Circuit Breaker (MCB) CJM2-63-1
Miniature Circuit Breaker (MCB) CJM2-63-1
Miniature Circuit Breaker (MCB) CJM2-63-1

Welcome to enquire to us by formal email, so that we can receive your information smoothly and reply you promptly. Thank you.

Miniature Circuit Breaker Construction and Feature

■High short-short capacity 6KA.
■Designed to protect circuit carrying big current up to 63A.
■Contact position indication.
■Used as main switch in household and similar installation.

 

 

Miniature Circuit Breaker (MCB) Technical Data

■Pole No.: 1,1P+N, 2, 3,3P+N 4P
■Rated voltage: AC 230V/400V
■Rated Current(A): 20,25,32,40,50,63
■Tripping curve: C, D
■Rated short-circuit capacity(lcn): 10000A
■Rated service short-circuit capacity(Ics): 7500A
■Rated frequency: 50/60Hz
■Rated impulse withstand voltage: 6kV
■Electro-mechanical endurance: Ins100=10000:n125=8000
■Connection terminal: Pillar terminal with clamp
■Connection capacity:
□Flexible conductor 35mm2
□Rigid conductor 50mm2
■Installation:
□On symmetrical DIN rail 35mm
□Panel mounting
■Terminali Connection Height: 20mm

 

 

Miniature Circuit Breaker Compliance

■IEC60947-2
■EN60947-2

 

Overall & Installation Miniature Circuit Breaker Dimensions

 

 

The tripping characteristic curves

 

 

Power Conumption
Power Conumption Voltage Drop (mV) Consumption (W)
20 141 2.82
25 88 2.2
32 84 2.7
40 105 4.2
50 70 3.5
63 83 5.2

 

 

Overload Current Protection Characteristics
Test Tripping Type Test Current Initial State Tripping timeor Non-tripping Time Provisior
a Time-delay 1.05In Cold t≤1h(In≤63A)
t≤2h(ln>63A)
No Tripping
b Time-delay 1.30In After test a t<1h(In≤63A)
t<2h(In>63A)
Tripping
c Time-delay 2In Cold 10s 20s63A) Tripping
d Instantaneous 8ln Cold t≤0.2s No Tripping
e lnstantaneous 12In Cold t<0.2s Tripping
News Center

> How Often Should You Inspect and Maintain Your Charging Connector?

Your EV charging connector is the most frequently handled component in your charging infrastructure. Every day, it gets plugged in, unplugged, dropped, stepped on, a...

> How Does a Liquid Level Relay Automate Your Water Pump?

Automatic water pump control using liquid level relay. Wiring diagrams for fill and drain modes, electrode selection, and troubleshooting.

> How to Diagnose a Failing Surge Protective Device (SPD) – Step‑by‑Step Troubleshooting

SPD failed without visible damage? Learn to check status indicators, measure leakage current, and know when to replace.

> What Is a Timer Relay?

What’s the difference between on‑delay and off‑delay? Can a timer relay replace a PLC? Answers to 6 common B2B questions.

GET A QUOTE

Talk to Our Expert

Get in Touch

Captcha Code
×

Talk to Our Expert.

Captcha Code
If you are interested to be our agent in your market, we will be your strong backup.
Find us to cooperate
We value your privacy
We use cookies to provide you with a better online experience, analyse and measure website usage, and assist in our marketing efforts.
Accept All