Products

ABB DSE203NC63A30 Residual Current ACB 6kA 3P+N-P 30mA 63A C-Curve TypeA Chassis Mounting IP20

Product Code: DSE203NC63A30

  • Rated current of 63 A for robust performance
  • Supports 400/415 VAC with 3P+N configuration
  • Complies with IEC & AS/NZS standards
  • Short circuit capacity up to 6 kA
  • Compact design: 53.4 mm width, IP20 protection
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Specifications

Product Type Residual Current Circuit Breaker with Overcurrent Protection
Brand ABB
Series DSE203N
Ambient Temperature -5 to 55 deg C
Cable Cross Section 1-25 sq-mm 1-Solid-Core, 1-16 sq-mm 4-Multi-Wired
Connecting Capacity Busbar 10 sq-mm, Rigid 1-25 sq-mm, Flexible 1-16 sq-mm
Curve Type C
Degree of Pollution IP2
Degree of Protection IP20
Depth 71.6 mm
Earthing Switch Type Undelayed
Electrical Durability 10000 Cycles
Height 117.5 mm
Mounting Type Chassis
Number of Poles 3P+N
Operating Characteristic Instantaneous
Overvoltage Category III
Power Loss 30.96 W
Power Supply Connection Bottom
Rated Current 63 A
Rated Frequency 50/60 Hz
Rated Impulse Withstand Voltage 4 kV
Rated Insulation Voltage 500 V
Rated Short Circuit Current 30 mA
Rated Voltage 400/415 VAC
Residual Current Type Type A
Short Circuit Capacity 6 kA
Standards and Approvals IEC 61009-1, IEC 61009-2-2, AS/NZS 61009-1
Weight 0.549 kg
Width 53.4 mm

Description

<p>When it comes to safeguarding your electrical systems, having a reliable Residual Current Circuit Breaker with Overcurrent protection (RCBO) is crucial. This RCBO is designed for industrial and commercial applications, ensuring both safety and performance in demanding environments.</p><p>With a rated current of 63 A, this device provides robust protection against overloads and short circuits. Its rated impulse withstand voltage of 4 kV and insulation voltage of 500 V ensure resilience under high-voltage conditions. Operating at a rated voltage of 400/415 VAC, it efficiently handles the power requirements typical in larger installations.</p><p>This RCBO features a three-pole plus neutral (3P+N) configuration, offering comprehensive protection across multiple phases. The device&amp;#39;s power loss stands at 30.96 W, balancing efficiency with functionality. Measuring at a width of 53.4 mm, height of 117.5 mm, and depth of 71.6 mm, its compact design allows for easy integration into existing setups without sacrificing space or accessibility.</p><p>The product meets rigorous standards such as IEC 61009-1, IEC 61009-2-2, and AS/NZS 61009-1—testaments to its quality and reliability in diverse conditions. With an IP20 degree of protection, it&amp;#39;s well-suited for indoor applications where exposure to dust or moisture is minimal.</p><p>Weighing just 0.549 kg, this RCBO is lightweight yet durable enough to endure up to 10,000 electrical cycles—a testament to its longevity in active use scenarios. It boasts a short circuit capacity of 6 kA which aligns well with industry needs for handling unexpected surges effectively.</p><p>For wiring flexibility, the cable cross-section accommodates solid-core wires ranging from 1-25 sq-mm and multi-wired cables from 1-16 sq-mm—ideal for various installation requirements. The device also supports busbar connections up to 10 sq-mm as well as rigid (1-25 sq-mm) and flexible (1-16 sq-mm) connections.</p><p>Designed with user-friendly features like Type C curve characteristics for instantaneous operation under fault conditions and an undelayed earthing switch type for prompt response during residual current events (Type A), it ensures quick disconnection when needed most.</p><p>The chassis mounting type simplifies installation while maintaining stability within panels or enclosures—the bottom power supply connection further aids streamlined setup processes by minimizing wire clutter.</p><p>Operating reliably across ambient temperatures from -5&amp;#176;C to +55&amp;#176;C makes this RCBO adaptable even in fluctuating environmental conditions common across Australia’s climate zones—ensuring peace-of-mind wherever deployed whether urban centers or regional sites alike!</p><p>In terms of safety classification—it falls under Overvoltage Category III suitable primarily intended towards distribution-level protections typically found downstream utility transformers adding another layer assurance against transient voltages potentially damaging connected equipment thereby preserving system integrity long-term basis!</p>

Documents

  • IPD Product Catalogue

    IPD Product Catalogue V17
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