Compel Groupgroup

DIN Rail Mini Circuit Breaker | 2-Pole 10-63A C-Type MCB | 230V/400V Overload & Short Circuit Protection

EN 60898EN 60898 European standardCertified - manufacturer-declaredEN 60947EN 60947 European standardCertified - manufacturer-declared
Stock Nr:
SKU:
1 / 5
£36.99inc VAT

The DZ47 2P Mini Circuit Breaker (MCB) delivers reliable 2-pole protection against short circuits and overloads for AC circuits up to 400V. With a breaking capacity of 6kA and a C-type trip curve for ...

10A
  • Secure checkout
  • All major cards
  • Tracked delivery
£36.99
Fast Shipping
Secure Payment
Easy Returns

Good to know

Questions about this product

What current ratings are available for this 2-pole MCB?
This DIN Rail Mini Circuit Breaker is available with current ratings from 10A to 63A. This range allows you to select the appropriate protection for various circuit loads, from lighting to motorized appliances.
Where can I use this 2-pole circuit breaker?
You can use this 2-pole MCB in residential distribution boards for household appliances, and in light commercial installations like small offices. It's also suitable for integration into machine and control panels for industrial equipment.
What voltage systems is this MCB compatible with?
This 2-pole MCB is designed for use with AC circuits. It is compatible with both 230V AC and 400V AC electrical systems, providing versatile protection for different setups.

Circuit Protection spec sheet (PDF)

Get a one-page sheet with full description, specifications, technical details, FAQs, price & SKU - handy to save, print, or share.

Not sure which one?

Compare with similar products

The same kind of product, in stock, in a similar price range.

This product: £36.99 · 5.0

Compare options

More Circuit Protection

Explore the range

Popular in Electronics & Components

Complete the set

Accessories & add-ons

We use cookies. Some keep the store working, others show us what to fix. No third-party trackers, and we never sell your data. Learn more about cookies and your privacy