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- ABB 1SDA071031R1 E2.2N 2000 Ekip Dip LI 3p F HR ABB 1SDA071031R1 E2.2N 2000 Ekip Dip LI 3p F HR
ABB 1SDA071031R1 E2.2N 2000 Ekip Dip LI 3p F HR
$3,443.00
- Description
The ABB 1SDA071031R1 is an air circuit breaker described by its model string E2.2N 2000 with an Ekip Dip LI trip unit and 3p configuration. This description applies specifically to the exact unit identified by the SKU and model code shown; it explains what the device is and how the supplied identifiers relate to the product. As an ABB air circuit breaker, this ACB circuit breaker is a switchgear component that provides switching and protective functions for low voltage distribution systems.
This low voltage air circuit breaker is used in industrial and commercial switchgear assemblies where a compact, modular breaker with the listed trip unit and three-pole configuration is required. The combination of the E2.2N 2000 model designation and the Ekip Dip LI trip unit indicates the factory configuration of this particular industrial air circuit breaker, making it suitable for integration into panelboards and motor-control sections that specify this exact model. Specifying the exact ABB air circuit breaker by SKU ensures compatibility with existing protective schemes and accessories that match this model string.
- Brand: ABB
- SKU / Catalog Number: 1SDA071031R1
- Product Series / Model String: E2.2N 2000
- Number of poles: 3p
- Trip unit (exact): Ekip Dip LI
- Additional model identifiers: F HR
Application areas for the ABB 1SDA071031R1 follow directly from the model configuration and trip unit provided: use where a three-pole, Ekip Dip LI–equipped air circuit breaker is specified for low-voltage distribution and protection. Typical installations include industrial switchgear line-ups, distribution panels, and systems that require the exact trip characteristics and mechanical form factor associated with this ABB model. Specify this SKU when the installation or maintenance requirement calls for the exact E2.2N 2000 / Ekip Dip LI configuration to ensure correct protective coordination and mechanical compatibility.