HDB9Z / HDB9ZW DC Miniature Circuit Breaker (DC MCB) | 1000VDC | 1A–63A | 1P–4P | 6kA Breaking Capacity

Rs.10,600.00
The Delixi HDB9Z / HDB9ZW DC Miniature Circuit Breaker (DC MCB) is a high-performance protection device designed for advanced direct current power systems. Engineered to safeguard circuits against overloads and short circuits, this series is...

The Delixi HDB9Z / HDB9ZW DC Miniature Circuit Breaker (DC MCB) is a high-performance protection device designed for advanced direct current power systems. Engineered to safeguard circuits against overloads and short circuits, this series is ideal for photovoltaic systems, energy storage solutions, telecommunications infrastructure, and industrial DC power applications.

Supporting operating voltages up to 1000VDC, the HDB9Z / HDB9ZW series delivers reliable protection for high-voltage DC environments.

Key Features:

✔ Designed specifically for DC power applications
✔ Rated operational voltage up to 1000VDC
✔ Compact 18mm modular design
✔ Breaking capacity: 6kA
✔ Current ratings from 1A to 63A
✔ Pole configurations from 1P to 4P
✔ Available B Curve and C Curve protection characteristics
✔ DIN rail installation
✔ Reliable overload and short-circuit protection
✔ Manufactured according to IEC 60947-2 standards

Technical Specifications:

Parameter Specification
Product Series HDB9Z / HDB9ZW
Product Type DC Miniature Circuit Breaker
Module Width 18mm
Rated Current (In) 1A, 2A, 4A, 6A, 10A, 16A, 20A, 25A, 32A, 40A, 50A, 63A
Pole Options 1P, 2P, 3P, 4P
Breaking Capacity 6kA
Rated Voltage 1000VDC
Tripping Curve B Curve, C Curve
Installation Type DIN Rail
Standard Compliance IEC 60947-2

Available Models:

CDB9Z – 4 Pole (4P)

  • 20A – 6kA

  • 32A – 6kA

  • 63A – 6kA

Applications:

  • Solar photovoltaic systems

  • Battery storage systems

  • DC distribution panels

  • Industrial control systems

  • Renewable energy infrastructure

The Delixi HDB9Z / HDB9ZW DC Miniature Circuit Breaker Series delivers dependable protection, high-voltage DC reliability, and long-term operational safety for demanding electrical applications.