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- ABB 1SDA071151R1 E4.2S 3200 Ekip Dip LI 3p F HR ABB 1SDA071151R1 E4.2S 3200 Ekip Dip LI 3p F HR
ABB 1SDA071151R1 E4.2S 3200 Ekip Dip LI 3p F HR
- Description
ABB 1SDA071151R1 Air Circuit Breaker – 3200 A, 3p, Ekip Dip LI
This ABB 1SDA071151R1 air circuit breaker is a model from the E4.2S family configured with the Ekip Dip LI electronic trip module. As an air circuit breaker and ACB circuit breaker, it combines a draw-out style mechanism with electronic protection functions to manage and protect medium-capacity low-voltage distribution lines. The product title specifies its 3200 A rating and three-pole configuration, and the Ekip Dip LI trip unit provides the protection logic embedded with the breaker.
In low-voltage power distribution, this low voltage air circuit breaker is used as an industrial air circuit breaker in switchgear for incoming feeders, bus-sectioning and distribution panels where a 3-pole, 3200 A device with electronic trip capability is required. An ABB air circuit breaker with the Ekip Dip LI trip unit is chosen in switchgear when electronic trip settings, selective coordination and remote monitoring interfaces (as provided by the Ekip platform) are needed while retaining the robustness of an ACB circuit breaker for industrial installations.
- Brand: ABB
- SKU / Catalog Number: 1SDA071151R1
- Product Series: E4.2S
- Number of poles: 3p
- Rated current (In): 3200 A
- Trip unit (exact): Ekip Dip LI
- Mounting type: (not specified)
- Breaking capacity: (not specified)
- Standards: (not specified)
Typical application areas for this ABB air circuit breaker include main incoming and distribution sections of industrial and commercial switchgear, factory power distribution boards, and electrical rooms where a 3‑pole, 3200 A ACB circuit breaker with the Ekip Dip LI trip unit is required to provide overcurrent, short-circuit and adjustable protection settings. This configuration suits electrical engineers and facilities teams specifying a robust industrial air circuit breaker for coordinated protection in medium-to-large low-voltage distribution systems.