1SDA059300R1 ABB E2N/MS1000 1000 A 4-Pole Withdrawable Switch-Disconnector

1SDA059300R1 ABB E2N/MS1000 1000 A 4-Pole Withdrawable Switch-Disconnector

ABB 1SDA059300R1 is a SACE Emax E2N/MS 1000 A four-pole withdrawable switch-disconnector moving part designed for dependable high-current switching and isolation in low-voltage power distribution systems.

SKU: 1SDA059300R1Alt SKU: E2N/MS1000MPN: 1SDA059300R1
Price
List Price £12,470.99 ex VAT
Your Price (ex VAT) Save 25%
£9,353.24 25% OFF
You save £3,117.75 per unit
Manufacturer Lead Time Estimated Delivery 6 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) £9,353.24
Trade pricing is personalised to your account

Manufacturer Lead Time

£9,353.24

Why Choose the ABB 1SDA059300R1 E2N/MS1000 Switch-Disconnector?

The ABB 1SDA059300R1 is a robust SACE Emax E2N/MS 1000 A four-pole switch-disconnector moving part designed for dependable switching and isolation in low-voltage electrical distribution systems. Part of the ABB New Emax product family, this unit combines high-current switching capability with the proven E2N platform for demanding industrial and commercial switchboard applications.

The E2N/MS1000 is rated at 1000 A and features a four-pole configuration, making it suitable for systems requiring simultaneous switching and isolation of four conductors. As a switch-disconnector rather than an overcurrent-protective circuit breaker, the E2N/MS is intended primarily for switching and isolation duties within a suitably protected electrical distribution system.

This model is supplied as a withdrawable moving part (W MP) for use with the corresponding SACE Emax fixed part. The withdrawable construction supports efficient inspection, servicing and replacement while providing the robust electrical and mechanical performance required in high-current low-voltage switchgear.

Key Advantages

  • Heavy-duty ABB SACE Emax switch-disconnector for low-voltage power distribution.
  • 1000 A rated current for demanding industrial and commercial applications.
  • Four-pole configuration for switching and isolation of four conductors.
  • Withdrawable moving-part design supports efficient maintenance and servicing.
  • Designed for use with the corresponding SACE Emax E2 fixed part.
  • E2N performance platform provides robust short-time withstand capability.
  • Suitable for main isolation and high-current switching duties in low-voltage switchboards.

Key Features

  • ABB SACE Emax E2N/MS series.
  • 1000 A rated current.
  • Four-pole switch-disconnector.
  • Withdrawable (W) execution.
  • Moving part (MP) for compatible SACE Emax fixed assemblies.
  • Designed for switching and circuit isolation duties.
  • Suitable for demanding low-voltage AC distribution systems.
  • High short-time current withstand capability for robust switchboard applications.
  • Maintainable withdrawable construction minimises disruption during inspection and servicing.

Reliable Switching and Isolation for Power Distribution

Switch-disconnectors such as the ABB SACE Emax E2N/MS provide dependable switching and isolation within low-voltage electrical distribution systems. They enable circuits to be disconnected for operational control, inspection and maintenance while providing the current-carrying and short-time withstand performance required in demanding industrial switchboards.

The E2N/MS1000 combines a 1000 A current rating with four-pole switching and a withdrawable moving-part configuration. Its high short-time withstand capability and maintainable construction make the 1SDA059300R1 particularly suitable for power distribution systems requiring robust isolation equipment that can be conveniently withdrawn from the switchboard assembly.

Typical Applications

  • Industrial low-voltage switchboards.
  • Main power isolation and switching.
  • Three-phase and four-wire distribution systems.
  • Manufacturing and process facilities.
  • Commercial building power distribution.
  • Electrical distribution panels and assemblies.
  • Infrastructure and utility installations.
  • Systems requiring withdrawable high-current switch-disconnectors.

Technical Specifications

Product family SACE Emax / New Emax
ABB order code 1SDA059300R1
Product type Switch-disconnector moving part
Frame / subtype E2N / E2
Rated current 1000 A
Number of poles 4
Current type AC
Execution Withdrawable
Version Moving part (MP)
Rated operational voltage up to 690 V AC
Rated insulation voltage 1000 V
Rated impulse withstand voltage 12 kV
Rated short-time withstand current 55 kA for 1 s; 42 kA for 3 s
Standards IEC
Net weight 73 kg
ABB product group 310513-New Emax
EAN 8015644616618

Frequently Asked Questions

What is the ABB 1SDA059300R1 used for?

The ABB 1SDA059300R1 is a 1000 A four-pole SACE Emax switch-disconnector moving part designed for high-current switching and isolation duties in low-voltage industrial and commercial electrical distribution systems.

What is the rated current of the ABB 1SDA059300R1?

The E2N/MS1000 is rated at 1000 A, making it suitable for high-current low-voltage power distribution applications.

How many poles does the ABB 1SDA059300R1 have?

The 1SDA059300R1 is a four-pole switch-disconnector, allowing four conductors to be switched and isolated together.

Is the ABB 1SDA059300R1 fixed or withdrawable?

The 1SDA059300R1 is a withdrawable moving-part (W MP) switch-disconnector designed for use with the corresponding SACE Emax fixed part, supporting convenient inspection, maintenance and servicing.

Does the ABB 1SDA059300R1 provide overcurrent protection?

The E2N/MS1000 is a switch-disconnector intended primarily for switching and isolation rather than automatic overcurrent protection. Appropriate protective devices should therefore be selected as part of the overall electrical distribution system design.

Trusted ABB Power Distribution Technology

ABB SACE Emax switch-disconnectors provide robust switching and isolation for demanding low-voltage power distribution systems, combining high-current capability with dependable electrical performance and maintainable withdrawable switchgear construction.