Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
ABB 1SDA059642R1 SACE New Emax E3H/E 3200 special circuit-breaker execution rated at 3200 A and 1150 V AC for high-current industrial power distribution applications.
£4,327.16
The ABB 1SDA059642R1 is a special SACE Emax E3H/E 3200 circuit-breaker execution designed for demanding low-voltage power distribution applications operating at 1150 V AC. As part of the ABB New Emax product range, this special version combines the E3 frame with H-level performance and a rated uninterrupted current of 3200 A.
Developed for installations requiring a higher operating voltage than standard low-voltage Emax configurations, the E3H/E 3200 special execution provides protection and switching for high-current industrial electrical systems. Its protection system offers adjustable overload and instantaneous short-circuit settings, allowing the circuit breaker to respond appropriately to abnormal current conditions while supporting reliable distribution-system operation.
With a rated voltage of 1150 V AC and a rated uninterrupted current of 3200 A, the 1SDA059642R1 is particularly suited to specialised industrial power networks. The unit incorporates a complete protection system, trip indication and push-button operation, while optional motor operation provides additional flexibility for switchgear and automation applications.
Special Emax executions such as the ABB E3H/E 3200 are intended for industrial electrical systems requiring operating characteristics beyond those of standard low-voltage circuit-breaker configurations. The 1150 V AC rating makes this version suitable for specialised power distribution networks where high operating voltage and substantial continuous current capability are required.
The adjustable overload range allows protection to be configured between 1280 A and 3200 A, while the instantaneous short-circuit release can be adjusted between 4800 A and 48000 A. These settings provide flexibility when coordinating the circuit breaker with conductors, equipment and other protective devices within a high-current industrial distribution system.
| Series | SACE New Emax |
|---|---|
| Product group | 310513-New Emax |
| Order code / MPN | 1SDA059642R1 |
| Product type | Special Emax circuit-breaker execution |
| Frame | E3 |
| Performance level | H |
| Rated uninterrupted current (Iu) | 3200 A |
| Rated voltage | 1150 V AC |
| Overload release adjustment range | 1280–3200 A |
| Instantaneous short-circuit release adjustment range | 4800–48000 A |
| Integrated earth-leakage protection | No |
| Trip indicator | Yes |
| Operating mechanism | Push button |
| Complete with protection unit | Yes |
| Integrated motor operator | No |
| Optional motor operator | Yes |
| Auxiliary changeover contacts | 4 |
| Protection rating | IP30 |
| Power loss | 330 W |
| DIN rail mounting | No |
| EAN | 8015644620592 |
The ABB 1SDA059642R1 is a special SACE New Emax E3H/E 3200 execution designed for high-current industrial power distribution systems operating at 1150 V AC.
The device has a rated uninterrupted current of 3200 A, with an adjustable overload release range of 1280–3200 A.
The 1SDA059642R1 is a special ABB Emax version rated for operation at 1150 V AC.
The instantaneous short-circuit release has an adjustable range of 4800–48000 A, allowing the protection characteristics to be configured for the electrical installation.
No. This special E3H/E 3200 configuration does not include integrated earth-leakage protection.
ABB SACE Emax equipment is engineered for demanding electrical distribution applications, with specialised executions such as the E3H/E 3200 1150 V AC version providing high-current protection and switching capabilities for industrial power systems with non-standard operating requirements.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.