Products

ABB E4N432WC250K ACB W/Fixed Part 1280-3200A 4-P 66kA 240-250VAC/DC Shunt Closing E4.2 Ekip Touch LSIG

Product Code: E4N432WC250K

  • Automatic ACB with 1280-3200 A rating
  • Withstands impulse voltage of 12 kV
  • Ekip Touch LSIG trip unit for safety
  • 4-pole design with horizontal rear spread
  • Compliant with IEC 309 standards
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Specifications

Product Type Circuit Breaker
Brand ABB
Breaking Capacity 66 kA
Component Type Withdrawable
Frame Size E4.2
Number of Poles 4
Power Loss 743 W
Rated Current 1280-3200 A
Rated Impulse Withstand Voltage 12 kV
Rated Insulation Voltage 1000 VAC
Rated Short Time Withstand Current 66 kA
Rated Voltage 690 VAC
Standards and Approvals IEC 309
Terminal Type Horizontal Rear Spread
Trip Unit Ekip Touch LSIG
Version Withdrawable

Description

When it comes to robust and reliable solutions for electrical distribution, the Automatic ACB with a frame size of E4.2 stands out as a dependable choice for industrial and commercial applications. Designed to meet rigorous standards, this circuit breaker ensures safety and efficiency in demanding environments. The Automatic ACB operates within a rated current range of 1280-3200 A, making it suitable for various heavy-duty applications. Its rated voltage is 690 VAC, providing ample capacity to handle substantial electrical loads while maintaining operational stability. Safety is paramount in any electrical system, and this product does not disappoint with its rated impulse withstand voltage of 12 kV and rated insulation voltage of 1000 VAC. These features ensure that the circuit breaker can withstand high-voltage surges without compromising performance or safety. In terms of protection against short circuits, the breaker boasts an impressive breaking capacity of 66 kA alongside a rated short time withstand current also at 66 kA. This dual capability ensures that your system remains protected even under extreme fault conditions. The Ekip Touch LSIG trip unit adds another layer of sophistication by offering precise control over long-time, short-time, instantaneous, and ground fault protections. This advanced trip unit enhances the breaker's adaptability across different scenarios while ensuring quick response times during faults. Efficiency is further evidenced by its power loss rating at just 743 W which helps maintain energy efficiency across your systems without unnecessary wastage. The horizontal rear spread terminal type facilitates straightforward installation and integration into existing setups - an invaluable feature when upgrading or expanding current infrastructure. Complying with IEC 309 standards underscores its adherence to international safety and performance benchmarks ensuring peace of mind knowing that you are investing in a product built on reliability and quality assurance principles recognized globally. With four poles available this automatic circuit breaker offers versatility catering to complex distribution needs effectively managing multi-phase systems prevalent in commercial settings today making it an ideal choice for engineers seeking both functionality and compliance without compromise on durability or service life expectancy thanks largely due its meticulous construction adhering strictly industry norms set forth governing bodies worldwide thereby assuring optimal operation throughout lifecycle usage scenarios encountered daily basis typical industrial landscapes encountered routinely across sectors relying heavily upon consistent power supply continuity critical operations dependent seamless transitions between states load demands fluctuate dynamically requiring responsive measures mitigate risks associated potential disruptions costly downtime events avoided through proactive design considerations embedded inherently within architecture itself enabling swift corrective actions initiated automatically safeguarding assets personnel alike from unforeseen contingencies arising unexpectedly during course normal business activities conducted regular intervals dictated project schedules timelines adhered strictly accordance predefined objectives outlined initially planning phases undertaken prior commencement actual deployment stages executed field locations designated implementation sites determined strategic assessments carried out preliminary evaluations conducted beforehand ascertain suitability appropriateness chosen solution addressing specific requirements identified stakeholders involved decision-making processes guiding selection criteria employed determine best-fit approach adopted ultimately leading successful outcomes achieved desired results attained satisfaction end-users reliant dependable infrastructure support mission-critical functions integral daily operations performed consistently efficiently reliably Manufacturer Part Number: E4.2

Documents

  • IPD Product Catalogue

    IPD Product Catalogue V17
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