Cjl1-125-B 100A 2p RCCB ELCB MCB Residual Current Circuit Breaker

• Customization: Available
• Breaking Capacity: Low Voltage Circuit Breakers
• Operation: Electric Type
• Model NO.: CJL1-125 100A 2P
• Speed: High-Speed Circuit Breaker
• Arc-extinguishing Medium: Air
• Installation: Fixed
• Structure: ELCB
• Poles Number: 2p and 4p
• Type: Circuit Breaker
• Function: RCCB
• Certification: CE
• Standards: IEC61008-1,En61008-2-1
• Transport Package: Normal Export Package
• Specification: 2P, 4P
• Trademark: C&J
• Origin: Wenzhou China.
• HS Code: 85362000
• Production Capacity: 500000/Year

Product Description

Product Description

Structure characteristics
·Cambered cover and handle make the operation be more comfortable and appearance be more beautiful.
·The indication window of contact position.
·Transparent clamshell with label.
·Protect the circuit under the condition of overload, and the handle is tripped and stopped at the middle position, so as to repair the circuit with fault     quickly. The handle cannot be stopped at the position during manual operation.
·lt has earthing fault, electric leakage and isolation and protection function.
·High short circuit current tolerance.
·It has earthing fault, electric leakage and isolation and protection function.
·It is equipped with finger-protection wiring terminal.
·The shell and components are made of high flame resisting, high temperature resisting and impact resisting engineering plastic.
·lf the current of earthing fault or electric leakage exceeds the stipulated value, the circuit will be cut off automatically.
·The dynamic and wire pressure are independent and are not affected by external disturbance and voltage fluctuation.

 

Product Parameters

Technical Data

Standard	IEN61008-1 IEN62423
Type	Electronic type (Auxiliary Electromagnetic type)
Characteristics of residual operation current	and B
Poles	1P+N,3P+N
Rated operating break capability	10 InA
Rated current (A)	25,40,63
Rated voltage	AC 240/415
Rated frequency	50/60 HZ
Rated residual operation current I△n (A)	0.03, 0.1 and 0.3
Rated residual non-operating current I△nno	0.5I△n
Rated limited short circuit current	10 KA
Rated limited residual short circuit current l△c	10 kA
Scope of residual operating current	0.51△n~I△n
Wiring height	19 mm
Mechanical electrical life	4,000 cycles
Wiring section area of terminal	conductor of 25 mm² and below
Wiring terminal	screw terminal
Wiring method	column type wiring method
Tightening torque	2.0Nm
Installation	Installation of 35.5mm guide rail /  Vertical installation
Enclosure protection class	IP20

Basic parameters

Rated current of housing grade Inm(A)	Poles	Frequency (Hz)	Rated voltage Ue(V)	Rated current In(A)	Rated residual current(A)	Rated limited short circuit current Inc(A)	Rated limited residual short circuit current I△C(A)
63	1P+N	50/60Hz	240	25 40 63	0.03 0.1 0.3	10000	10000
	3P+N		415

Standard value of breaking time and non-operating time for pulse DC residual current and smooth DC residual current produced 
by rectifying circuit

Type	In(A)	I△n(A)	Standard value of breaking time and non-operating time for equality of residual current (I△A ) and following values (S)
			2 I△n	4 I△n	10 I△n	5A,10A,20A,50A,100A,200A
General type	Any value	Any value	0.3	0.15	0.04	0.04

Range of tripping current(Table 1)

Model	Tripping  current I△ /A
AC	0.5 I△n
A	Angle of retard	I△n>0.01A	I△n<0.01A
	0°	0.35I△n≤I△≤1.4I△n	0.35I△n≤I△≤2I△n
	90°	0.25I△n≤I△≤1.4I△n	0.25I△n≤I△≤2I△n
	135°	0.1I△n≤I△≤1.4I△n	0.1I△n≤I△≤2I△n

Different from (B type) of 50/60 Hz as per frequency(Table 2)

Frequency(Hz)	Residual non-operating current	Residual operating current
150	0.5I△n	2.4I△n
400	0.5I△n	6I△n
1000	I△n	14I△n

Tripping scope as per smooth DC residual current (type B shall meet following requirements on the premise of type A)
a) For sinusoidal AC residual current no more than 1000Hz, the trip current range between diferent frequencies according to the requirements of Table 2.With a sudden residual trip current in Table 2, the breaking time should be no more than 0.3s,The minimum no trip time of type S should be no less than 0.13s, and the maximum breaking time should not exceed 0.5s.

b) lf smooth residual current 0.4 time rated residual operation current (I△n) or 10 mA smooth DC residual current (the bigger shall prevail) is overlapoed on the rated frequency AC residual current. type B RCCB shall be operated. and the AC trippind current shall be no more than l△n.

c)If smooth DC residua current 0.4 tme rated residual operation current (I△n) or 10 mA smooth DC residua current (the biocer shaprevai) is overlapped on the pulse DC residual current. type B RCCB shall be operated. The tripping current of RCCB with l△n > 0.01A shall be no more than 1.4 l△n while the tripping current of RCCB with l△n≤0.01 A shall be no more than 2l△n.

d) For the pulse DC residual current which is stably increased and produced by two relative rectifying circuits, type B RCCB shall be actuated within the scope of 0.5 l△n to 22 1△n Type B shall trip within the time range specified according to the Table 1,With a sudden pulsating DC residual current applied to the rectifier circuit.

e) For the pulse DC residual current which is stably increased and produced by three relative rectifying circuits, type B RCCB shall be operated within the scope of 0.5 l△n to 22 1△n Type B shall trip within the time range specifed according to the Table 1,With a sudden pulsating DC residual current applied to the rectifier circuit.

f) For the smooth DC residual current which is stably increased, type B RCCB shall be operated within the scope of 0.5 l△n to 22 1△n Type B shall trip within the time range specifed according to the Table 1.With a smooth DC residual current applied to the rectifier circuit.

g) According to the Table 3, composit wave and initial value provided in steady.RCCB composite wave residual current range of 0.5I△n to 1.4 1△n, Sudden application of 71△n,Normally the RCCB break time should be less than 0.04s, Type S RCCB break time should be less than 0.15s.

(The component values of different frequencies in the test current & the verified correct initial value when theresidual current is increased steadily) Table 3

The component values of different frequencies in the test current (RMS)			The verified correct initial value (RMS)
Rated Frequency	I 1kHz	I FMotor (10Hz)	I △
0.138I△n	0.138I△n	0.035I△n	0.2I△n

 

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