Enhanced RCBO Approval: 100mA AC Type Dabl-63 Electronic Breaker Cdada

• Customization: Available
• Breaking Capacity: Low Voltage Circuit Breakers
• Operation: Manual Type
• Speed: High-Speed Circuit Breaker
• Arc-extinguishing Medium: Arc Chamber
• Installation: Fixed
• Structure: MCB
• Poles Number: 1p+N
• Type: Circuit Breaker
• Function: Conventional Circuit Breaker, Circuit-Breaker Failure Protection, Overcurrent Protection, OVP(Overvoltage Protection)
• Certification: ISO9001-2000, CE, CB, CCC
• Release Type: Electronic Type
• Rated Residual Current Motion: 10mA,30mA,100mA,300mA
• Residual Leakage Current Curve: a,AC,S Type
• Transport Package: Carton
• Specification: 6, 10, 16, 20, 25, 32, 40, 50, 63A
• Trademark: CDADA, OEM, ODM
• Origin: Shanghai
• HS Code: 85362000
• Production Capacity: 200000PCS/Month

Product Description

DABL-63 6kA 10kA Electronic Residual Current Device RCBO Circuit Breaker

Introduction
Introducing the DABL-63, a remarkable electronic residual current circuit breaker offered in robust 6kA and 10kA models. Carefully crafted by the renowned Shanghai DaDa Electric Co., Ltd., this device guarantees supreme stability and precise protection. With its rapid response and exceptional breaking capacity, it is housed in an elegant and compact design. Adhering to the stringent GB 10963 and IEC60898 standards, it epitomizes reliability and expert craftsmanship.

These unmatched circuit breakers are essential for protecting contactors, relays, and a vast range of electrical equipment from the dangers of overloads, ensuring your operations proceed smoothly and securely.

Key functions include superior short circuit protection, dependable overload protection, and effective isolation, providing a holistic safety solution.

Model
DABL-63 1P+N/2P RCBO Circuit Breaker

Rated current	Rated frequency	Rated operating voltage	Rated residual current	Rated insulation voltage	Impulse withstand voltage	Instantaneous trip type	Rated breaking capacity	W*H*L
6-63A	50-60Hz	230/400V	10,30,100,300A	500V	6KV	B/C/D	DABL-63 10KA, DABL-63 6KA	36/54mm*80.4mm*72mm

Technical parameters of the DABL-40 electronic residual current circuit breaker
Protection grade: IP20, delivering reliable defense against solid objects with limited protection against liquids.
Flame retardant grade: Grade 2, ensuring strong resistance against potential fire threats.
Mechanical endurance: 12,000 operations, showcasing outstanding durability and reliability for prolonged use.
Electrical endurance: 6,000 operations, guaranteeing consistent performance under electrical stresses.
Electric wire capacity: Capable of accommodating wires from 1mm to 25mm, meeting diverse installation demands.²
Operating temperature range: Engineered for optimal performance from -5°C to +40°C, adaptable to various environmental conditions.
Altitude: Suitable for applications up to 2000 meters, ensuring steadfast functionality in elevated locations.
Relative humidity: Performs effectively at 90% humidity at +20ºC; reduces to 50% at +40ºC, ensuring reliability in varied climates.
Pollution class: 2, denoting moderate environmental exposure.
Installation environment: For optimal function, avoid areas with significant shock and vibration.
Installation grade: Grade II, Grade III, providing flexibility to meet diverse installation standards.

Installable accessories for DABL-63 electronic residual current circuit breaker
Optional accessories such as auxiliary contact, alarm contact, shunt trip, undervoltage trip, and overvoltage trip enhance functionality and guarantee safety.

Advantages

· Seamlessly combines a differential protection electronic module with a DAB7-63 series circuit breaker, delivering an efficient protection solution.
· Offers premium protection against electric shock risks from direct contact with energized parts, prioritizing user safety.
· Features a clear contact position indicator for immediate status monitoring, enhancing operational transparency.
· Efficient functionality across a diverse temperature range from -25°C to +40°C, suitable for various environmental conditions.
· Ingenious terminal clamp notches minimize thermal losses and bolster mechanical connection stability, ensuring long-term reliability.
· Equipped with a convenient 'TEST' button to verify functionality and check connection accuracy, ensuring peak efficiency.
· Compact design comparable to a 2-modular item is realized through innovative element placement, optimizing space utilization.
· Enhanced 6kA capability enables AVDTs to serve as primary protection switches, broadening their application scope.