ABB 1SDA071381R1 E1.2C 800 Ekip Dip LI 4p F F

The ABB 1SDA071381R1 is an air circuit breaker identified by its full model code and onboard trip electronics. This ACB circuit breaker is presented as the E1.2C 800 variant with Ekip Dip LI trip functionality and a 4‑pole configuration as shown in the model name. As an industrial air circuit breaker and low voltage air circuit breaker, this unit is the specific, manufacturer‑identified device described by the SKU 1SDA071381R1.

In low‑voltage power distribution systems the ABB air circuit breaker is used as a protective switching device inside switchgear assemblies and distribution panels. The Ekip Dip LI trip unit included in this model provides the protective and adjustable trip functionality named in the product identifier, and the 4p format supports three‑phase plus neutral installations. This description refers only to the exact model data shown in the product title and does not infer additional ratings beyond that identifier.

Systems designers and maintenance teams select this type of ACB circuit breaker when they require a factory‑specified ABB air circuit breaker with the particular combination of model code and trip unit shown. The model designation communicates the exact variant to be integrated into panels or replaced in existing switchgear, ensuring the installed device matches control‑electrical and mechanical configurations that accept the E1.2C 800 Ekip Dip LI 4p F F unit.

• Brand: ABB
• SKU / Catalog Number: 1SDA071381R1
• Product Series: E1.2C 800
• Trip unit (exact): Ekip Dip LI
• Number of poles: 4p
• Model identifier: E1.2C 800 Ekip Dip LI 4p F F

Application areas for this ABB air circuit breaker include low‑voltage distribution switchgear, factory distribution boards, industrial control rooms, and panelboard retrofit or replacement projects where the exact model 1SDA071381R1 with the Ekip Dip LI trip unit and 4‑pole arrangement is specified. Use this product where the model designation and trip unit characteristics in the SKU are required to match existing protection schemes and mounting/connection arrangements.