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ABB 1SDA059036R1 E3H/E MS 2000 4P 1150 V AC W MP is a 2000 A four-pole withdrawable SACE Emax switch-disconnector moving part designed for high-current switching and electrical isolation at operating voltages up to 1150 V AC.
£11,826.06
The ABB E3H/E MS 2000 4P 1150 V AC W MP, order code 1SDA059036R1, is a high-current SACE Emax switch-disconnector moving part designed for dependable switching and electrical isolation in demanding power distribution systems. Part of the ABB SACE Emax E3 series, this four-pole unit provides a rated uninterrupted current of 2000 A and is specifically configured for operation at up to 1150 V AC.
Designed for withdrawable installations, the E3H/E MS 2000 is supplied as the moving part (MP) of the switch-disconnector assembly. This withdrawable construction supports convenient inspection, servicing and replacement within a compatible SACE Emax fixed part, making it suitable for installations where maintainability and operational flexibility are important.
The E3 frame, H performance level and rated short-time withstand current of 30 kA provide dependable capability for specialised distribution environments. Combined with its 2000 A current rating, 1150 V AC maximum rated operating voltage and four-pole withdrawable architecture, the E3H/E MS 2000 provides a robust solution for high-current industrial power distribution.
Switch-disconnectors provide controlled switching and electrical isolation within power distribution systems, allowing circuits and connected equipment to be separated from their electrical supply when required. The ABB E3H/E MS 2000 is specifically configured for applications operating at up to 1150 V AC, making it suitable for specialised installations requiring elevated AC operating voltage together with substantial current-carrying capability.
The four-pole configuration enables four conductors to be switched and isolated simultaneously where required by the electrical system, while the withdrawable moving-part construction facilitates maintenance within a compatible SACE Emax assembly. Combined with its 2000 A rated uninterrupted current and 30 kA short-time withstand capability, the E3H/E MS 2000 4P 1150 V AC W MP is well suited to demanding industrial and infrastructure power systems.
| Series | SACE Emax |
|---|---|
| Extended product type | E3H/EMS20004p1150VACWMPnew |
| Order code / MPN | 1SDA059036R1 |
| Product group | 310513-New Emax |
| Product type | Switch-disconnector moving part |
| Frame | E3 |
| Performance level | H |
| Rated uninterrupted current (Iu) | 2000 A |
| Rated continuous current AC-21 at 400 V | 2000 A |
| Rated continuous current AC-23 at 400 V | 2000 A |
| Rated operating voltage | 1150 V AC |
| Maximum rated operating voltage (Ue) AC | 1150 V |
| Number of poles | 4 |
| Rated short-time withstand current (Icw) | 30 kA |
| Installation | Withdrawable |
| Configuration | Moving part (MP) |
| Main circuit connection | Bolted connection |
| Front protection rating | IP30 |
| Suitable for distribution board installation | Yes |
| Voltage release | Optional |
| Motor operator | Optional |
| Integrated motor operator | No |
| Dimensions (W × H × D) | 558 × 461 × 396.5 mm |
| Product net weight | 96 kg |
| EAN | 8015644613952 |
The ABB E3H/E MS 2000 is a 2000 A switch-disconnector moving part designed for high-current switching and electrical isolation in four-pole power distribution systems operating at up to 1150 V AC.
The ABB 1SDA059036R1 has a rated uninterrupted current of 2000 A.
This version of the ABB E3H/E MS 2000 has a maximum rated operating voltage of 1150 V AC.
The ABB 1SDA059036R1 has a rated short-time withstand current of 30 kA.
4P identifies the four-pole configuration, W denotes the withdrawable execution and MP identifies the moving part of the switch-disconnector assembly.
ABB SACE Emax switch-disconnectors provide robust high-current switching and electrical isolation for demanding power distribution applications, with withdrawable configurations supporting maintainable switchgear installations and specialised versions designed for elevated AC operating voltages.
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