KCD6-210 10A 2P 6KA 500VDC MCB

The KCD6-210 10A 2P 6KA 500VDC MCB is tailored for DC applications, offering protection up to 500VDC with a 6kA breaking capacity. This MCB is perfect for modern renewable energy systems and other DC circuit applications.

Key Features:

  • 10A Rated Current: Protects DC circuits from overloads and short circuits.
  • 6kA Breaking Capacity: Provides strong fault current interruption, essential for maintaining safety in DC circuits.
  • 500VDC Rated Voltage: Specifically designed for high-voltage DC applications, such as solar power systems.
  • Two-Pole Design: Ensures comprehensive protection for dual-phase DC circuits.

Use Cases:

  • Solar Power Systems: Protect solar arrays and associated equipment, ensuring the longevity and safety of your renewable energy setup.
  • Battery Management Systems: Ideal for safeguarding battery circuits in off-grid or backup power systems.
  • DC Power Supply: Suitable for any application requiring reliable DC circuit protection.

Enhance the safety of your DC circuits with the KCD6-210—perfect for modern energy solutions. Order today!​

10A 2P 6KA 500VDC MCB

SKU RIIGKCD6-210
Regular price
R 267.87

 

KCD6-210 10A 2P 6KA 500VDC MCB

The KCD6-210 10A 2P 6KA 500VDC MCB is tailored for DC applications, offering protection up to 500VDC with a 6kA breaking capacity. This MCB is perfect for modern renewable energy systems and other DC circuit applications.

Key Features:

  • 10A Rated Current: Protects DC circuits from overloads and short circuits.
  • 6kA Breaking Capacity: Provides strong fault current interruption, essential for maintaining safety in DC circuits.
  • 500VDC Rated Voltage: Specifically designed for high-voltage DC applications, such as solar power systems.
  • Two-Pole Design: Ensures comprehensive protection for dual-phase DC circuits.

Use Cases:

  • Solar Power Systems: Protect solar arrays and associated equipment, ensuring the longevity and safety of your renewable energy setup.
  • Battery Management Systems: Ideal for safeguarding battery circuits in off-grid or backup power systems.
  • DC Power Supply: Suitable for any application requiring reliable DC circuit protection.

Enhance the safety of your DC circuits with the KCD6-210—perfect for modern energy solutions. Order today!​

Regular price
R 267.87

Customer Reviews

Be the first to write a review
0%
(0)
0%
(0)
0%
(0)
0%
(0)
0%
(0)

Frequently Bought Together

Total price R 112,144.36

 

KCD6-210 10A 2P 6KA 500VDC MCB

The KCD6-210 10A 2P 6KA 500VDC MCB is tailored for DC applications, offering protection up to 500VDC with a 6kA breaking capacity. This MCB is perfect for modern renewable energy systems and other DC circuit applications.

Key Features:

  • 10A Rated Current: Protects DC circuits from overloads and short circuits.
  • 6kA Breaking Capacity: Provides strong fault current interruption, essential for maintaining safety in DC circuits.
  • 500VDC Rated Voltage: Specifically designed for high-voltage DC applications, such as solar power systems.
  • Two-Pole Design: Ensures comprehensive protection for dual-phase DC circuits.

Use Cases:

  • Solar Power Systems: Protect solar arrays and associated equipment, ensuring the longevity and safety of your renewable energy setup.
  • Battery Management Systems: Ideal for safeguarding battery circuits in off-grid or backup power systems.
  • DC Power Supply: Suitable for any application requiring reliable DC circuit protection.

Enhance the safety of your DC circuits with the KCD6-210—perfect for modern energy solutions. Order today!​

Customers also bought

    Complementary products

      • ITEM BAR TITLE

        Share shipping, delivery, policy information.

      • ITEM BAR TITLE

        Share shipping, delivery, policy information.

      • ITEM BAR TITLE

        Share shipping, delivery, policy information.

      • ITEM BAR TITLE

        Share shipping, delivery, policy information.

      Customer Reviews

      Be the first to write a review
      0%
      (0)
      0%
      (0)
      0%
      (0)
      0%
      (0)
      0%
      (0)