Advanced Arc Fault Circuit Breaker for Home Safety

Product Description

An Arc Fault Circuit Breaker (AFCB), also known as an Arc Fault Detection Device (AFDD), is a specialized circuit breaker designed to identify and deactivate electrical arcs that pose a fire hazard. Unlike standard circuit breakers, which are triggered solely by overloads or short circuits, AFCB possess heightened sensitivity to detect arc faults.

Key information regarding AFCB includes the following:

Functionality:
AFCB operates by recognizing the distinct characteristics of an arc fault, which occurs when electrical current bypasses the intended load and arcs between conductors. Upon detection, the AFCB interrupts the electrical flow to prevent the potential ignition of a fire.

Regulatory Requirements:
AFCB is mandated in numerous new residential constructions and are increasingly being integrated into older homes. The specific requirements for AFCB installation are determined by the building codes applicable within the respective jurisdiction.

Troubleshooting a Tripping AFCB:
In instances where an AFCB frequently trips, it is advisable to disconnect appliances, switch off lights, and examine the wiring for any issues. Should the AFCB continue to trip despite these measures, it may indicate a malfunction or obsolescence, necessitating replacement.

  

Item	Specification
Model	LD-AFDD
Operating Power Supply	AC 230V
Rated Frequency	50Hz
Monitoring  Alarm	Alarms for fault arcs with loads below AC 63A

 

Rated Voltage	AC 230V
Rated Current	AC 63A and below
Dimensions	1P :36*104*75    2P:54*104*75   3P+N :72*104*75    4P:90*104*75
Mounting Method	35mm DIN rail mounting
RUN Indicator	Blinks during normal operation
Rated Short-Circuit Breaking Capacity	icn (KA): 4.5
Protection Class	I P20
Wiring Capacity	1~25 mm2
Tripping Characteristics	C,D
Electrostatic Discharge Immunity	Air Discharge > 8; Contact Discharge > 6
Electrical Fast Transient/Burst Immunity	4 KA
Surge Impact Immunity	4 KA
Operating Ambient Temperature	-23~+ 55ºC
Resistance to Damp Heat	Class 2
Pollution Degree	2
Installation Type	M Class
Altitude	2000m
Installation Environment	Locations with no significant vibration and shock