Din Rail RCBO 1P+N Leakage Circuit Breaker

Specifications：  

Sandard			IEC/EN61009-1
Electrical features	Type(wave form of the earth leakage sensed)		Electronic  type
	Rated current In	A	A,AC
	Poles	P	(1P+N)
	Rated voltage	V	110/220,120V
	Rated Current :		6,10,16,20,25,32,40A
	Rated sensitivity I△n	A	0.01,0.03,0.1
	Insulation voltage Ui	V	500
	Rated residual making and breaking capacity I△m	A	500
	Short-circuit current I△c	A	6000
	SCPD fuse	A	6000 A
	Rated frequency	Hz	50/60
	Pollution degree		2
Mechanical features	Electrical life	t	4000
	Mechanical life	t	4000
	Protection degree		IP20
	Ambient temperature (with daily average ≤35ºC)	ºC	-5~+40(Special application please refer to temperature compensation correction)
	Storage temperature	ºC	-25~+70
Installation	Terminal connection type		Cable/U-type busbar/pin-type busbar
	Terminal size top/bottom for cable	mm2	16
		AWG	18-5
	Terminal size top/bottom for busbar	mm2	16
		AWG	18-5
	Tightening torque	N*m	2
		In-lbs	18
	Mounting		On DIN rail EN 60715(35mm)by means of fast clip device
	Connection		From top and bottom

Main functions of STRO4-40L RCBO

Overload Protection: When the current in the circuit exceeds the rated value of the STRO1-40 RCBO, it will automatically cut off the circuit within a set period of time to prevent the circuit and equipment from overheating, thus avoiding fire and damage.

Short circuit protection: When a short circuit occurs in a circuit, the STRO1-40 RCBO will quickly cut off the circuit to prevent the short circuit current from causing serious damage to the circuit and equipment.

Leakage Protection: The STRO-40L RCBO is capable of detecting residual current (i.e., leakage current) in a circuit. When the residual current exceeds the set threshold, the STRO1-40 RCBO will cut off the circuit in a very short period of time to prevent electrocution accidents and electrical fires.

Principle of operation of the STRO-40L RCBO

The STRO1-40 RCBO contains an internal thermal magnetic trip detector (for overload and short circuit protection) and a residual current detector (for leakage protection). When the current or residual current in the circuit is abnormal, the corresponding striker triggers the tripping mechanism of the STRO-40L RCBO, making it quickly cut off the circuit.

1.Thermal Magnetic Tripper: It utilizes the heat and magnetic field generated when the current passes through the conductor to trigger the tripping. When the current is too high, the conductor heats up and generates a magnetic field, causing the bimetal inside the thermal magnetic striker to bend or the magnet to attract the iron core, thus triggering the tripping mechanism.

2.Residual current detector: It utilizes a zero sequence current transformer to detect the residual current in the circuit. When the residual current exceeds the set threshold, the residual current detector will send a signal to the tripping mechanism to cut off the circuit.

Main functions of STRO-40L RCBO

Overload Protection: When the current in the circuit exceeds the rated value of the STRO1-40 RCBO, it will automatically cut off the circuit within a set period of time to prevent the circuit and equipment from overheating, thus avoiding fire and damage.

Short circuit protection: When a short circuit occurs in a circuit, the STRO1-40 RCBO will quickly cut off the circuit to prevent the short circuit current from causing serious damage to the circuit and equipment.

Leakage Protection: The STRO-40L RCBO is capable of detecting residual current (i.e., leakage current) in a circuit. When the residual current exceeds the set threshold, the STRO1-40 RCBO will cut off the circuit in a very short period of time to prevent electrocution accidents and electrical fires.

Principle of operation of the STRO-40L RCBO

The STRO-40L RCBO contains an internal thermal magnetic trip detector (for overload and short circuit protection) and a residual current detector (for leakage protection). When the current or residual current in the circuit is abnormal, the corresponding striker triggers the tripping mechanism of the STRO-40L RCBO, making it quickly cut off the circuit.

1.Thermal Magnetic Tripper: It utilizes the heat and magnetic field generated when the current passes through the conductor to trigger the tripping. When the current is too high, the conductor heats up and generates a magnetic field, causing the bimetal inside the thermal magnetic striker to bend or the magnet to attract the iron core, thus triggering the tripping mechanism.

2.Residual current detector: It utilizes a zero sequence current transformer to detect the residual current in the circuit. When the residual current exceeds the set threshold, the residual current detector will send a signal to the tripping mechanism to cut off the circuit.

Features of STRO-40L RCBO

Multi-functional integration: The STRO-40L RCBO integrates overload, short-circuit and leakage protection functions, simplifying the design and installation of electrical systems.

High sensitivity: STRO-40L RCBOs can quickly detect and cut off abnormal and residual currents in the circuit, providing reliable protection.

Easy to install and maintain: STRO-40L RCBOs are usually modularized for easy installation and maintenance.

High safety: STRO-40L RCBOs are rigorously tested and certified for high safety and reliability to ensure the safe operation of electrical systems.

Application Scenarios of STRO-40L RCBO

STRO1-40 RCBOs are widely used in electrical systems in the residential, commercial and industrial sectors, especially those that require simultaneous overload, short circuit and earth leakage protection. They are usually installed in distribution boxes, switchboards or control cabinets to protect circuits and equipment from damage caused by abnormal current and voltage, and to prevent electrocution.