1SDA058111R1 ABB E6V-A 5000 PR121/P-LSIG 5000 A 3-Pole Air Circuit Breaker

1SDA058111R1 ABB E6V-A 5000 PR121/P-LSIG 5000 A 3-Pole Air Circuit Breaker

ABB 1SDA058111R1 E6V-A 5000 PR121/P-LSIG is a 5000 A three-pole fixed SACE Emax air circuit breaker with rear horizontal terminals and PR121/P-LSIG R5000 electronic overload, short-circuit and ground-fault protection.

SKU: 1SDA058111R1MPN: 1SDA058111R1
Price
List Price £69,011.16 ex VAT
Your Price (ex VAT) Save 25%
£51,758.37 25% OFF
You save £17,252.79 per unit
Manufacturer Lead Time Estimated Delivery 8 weeks
Get the best trade prices Trade exclusive

Create an online account to unlock exclusive pricing, special offers and more.

Create an online account Quick & easy setup
SUBTOTAL (EX VAT) £51,758.37
Trade pricing is personalised to your account

Manufacturer Lead Time

£51,758.37

Why Choose the ABB E6V-A 5000 PR121/P-LSIG Air Circuit Breaker?

The ABB E6V-A 5000 PR121/P-LSIG, order code 1SDA058111R1, is a high-performance SACE Emax air circuit breaker engineered for protection and switching in demanding low-voltage power distribution systems. Part of the ABB SACE Emax E6V series, this three-pole fixed circuit breaker combines a 5000 A rated current with the PR121/P electronic overcurrent release.

The breaker is equipped with LSIG protection, providing long-time overload, short-time short-circuit, instantaneous short-circuit and ground-fault protection. Its PR121/P-LSIG R5000 electronic release supports coordinated protection of high-current distribution circuits, helping safeguard busbars, transformers, generators, cables and connected electrical equipment against damaging overcurrent and earth-fault conditions.

This version features a three-pole fixed configuration with rear horizontal terminals and is designed for UL applications. It is fitted with four auxiliary contacts and circuit-breaker open/closed position indication, making it well suited to large industrial switchboards, infrastructure installations and other high-current power distribution assemblies.

Key Advantages

  • High-performance ABB SACE Emax E6V air circuit breaker for demanding low-voltage distribution.
  • 5000 A rated current for large industrial and infrastructure electrical systems.
  • Three-pole fixed configuration for three-phase power distribution.
  • PR121/P electronic trip unit for dependable electronic overcurrent protection.
  • LSIG protection functions provide overload, short-circuit and ground-fault protection.
  • Rear horizontal terminals support integration into compatible high-current switchgear assemblies.

Key Features

  • ABB SACE Emax E6V-A 5000 series.
  • 5000 A rated current.
  • Three-pole breaker configuration.
  • PR121/P-LSIG R5000 electronic overcurrent release.
  • LSIG protection covering long-time, short-time, instantaneous and ground-fault functions.
  • Fixed execution with rear horizontal terminals.
  • Fitted with four auxiliary contacts.
  • Integrated circuit-breaker open/closed position indication.

Reliable Protection for High-Current Power Distribution

The ABB SACE Emax E6V platform is engineered for high-current electrical distribution where substantial load currents and demanding fault conditions require robust switching and electronic protection. With its 5000 A current rating, the E6V-A is particularly suitable for large main distribution boards, industrial switchgear, transformer and generator systems and critical power infrastructure.

The PR121/P electronic release provides comprehensive electronic overcurrent protection within the Emax platform. In this LSIG configuration, it combines long-time overload protection, short-time protection for selective coordination, instantaneous protection for rapid interruption of severe short circuits and ground-fault protection for enhanced distribution-system safety.

Typical Applications

  • Main low-voltage distribution switchboards.
  • Large industrial power distribution systems.
  • Manufacturing and process plants.
  • Commercial and infrastructure electrical installations.
  • Transformer secondary protection and distribution.
  • Generator and standby power distribution systems.
  • High-fault-level switchgear and power control assemblies.

Technical Specifications

Series SACE Emax E6V-A
ABB order code 1SDA058111R1
EAN 8015644603748
Product type Air circuit breaker
Frame size E6
Performance level V
Rated current 5000 A
Number of poles 3
Trip unit PR121/P
Overcurrent release PR121/P-LSIG R5000
Release type Electronic
Protection functions LSIG (long-time, short-time, instantaneous and ground fault)
Execution Fixed
Terminal arrangement Rear horizontal terminals
Auxiliary contacts 4
Position indication Circuit breaker open / closed
Standard version UL
Product net weight 112 kg
HS code 85362090
Application Low-voltage power distribution and circuit protection
ABB product group 310513-New Emax

Frequently Asked Questions

What is the ABB 1SDA058111R1?

The ABB 1SDA058111R1 is a SACE Emax E6V-A 5000 three-pole fixed air circuit breaker rated at 5000 A, fitted with rear horizontal terminals and a PR121/P-LSIG R5000 electronic overcurrent release.

What is the rated current of the ABB E6V-A 5000?

The E6V-A 5000 PR121/P-LSIG has a rated current of 5000 A.

What protection functions does the PR121/P-LSIG trip unit provide?

The LSIG configuration provides long-time overload, short-time short-circuit, instantaneous short-circuit and ground-fault protection.

Is the ABB 1SDA058111R1 fixed or withdrawable?

This version is a fixed air circuit breaker with rear horizontal terminals for integration into compatible low-voltage switchgear.

Where is the ABB E6V-A 5000 typically used?

It is typically used in high-current low-voltage switchboards, large industrial distribution systems, transformer and generator installations, manufacturing facilities and infrastructure applications requiring comprehensive electronic overload, short-circuit and ground-fault protection.

Trusted by Power Distribution Professionals Worldwide

ABB SACE Emax air circuit breakers are engineered for dependable switching and electronic protection in demanding low-voltage power distribution systems, including high-current industrial, infrastructure, transformer and generator applications.