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 1SDA058897R1 is a SACE Emax E3V/MS 3200 A three-pole fixed switch disconnector with rear flat horizontal terminals for reliable high-current switching and isolation in low-voltage power distribution systems.
£18,706.55
The ABB 1SDA058897R1 is a high-performance SACE Emax E3V/MS circuit breaker switch-disconnector designed for dependable switching and isolation in demanding low-voltage electrical distribution systems. Part of the established ABB SACE Emax New Emax series, this fixed three-pole unit provides a rated uninterrupted current of 3200 A for industrial, commercial and infrastructure power distribution applications.
Designed for high-current switching and isolation duties, the E3V/MS 3200 combines robust construction with strong short-time withstand performance. Its three-pole arrangement is suited to three-phase distribution systems, while the fixed execution provides a permanent and dependable installation within compatible low-voltage switchboards.
The 1SDA058897R1 features rear flat horizontal terminals and is rated for operation at up to 690 V AC. With a rated insulation voltage of 1000 V, rated impulse withstand voltage of 12 kV and short-time withstand current of 85 kA for 1 s, it is engineered for demanding power distribution environments where high current capacity and reliable isolation are essential.
Switch disconnectors such as the ABB SACE Emax E3V/MS provide a dependable means of switching and isolating high-current low-voltage electrical circuits. Their robust construction and defined isolation function make them well suited to main distribution boards and industrial switchgear where reliable circuit separation is required for operation, servicing and maintenance.
The E3V/MS 3200 combines a 3200 A continuous current capability with high short-time withstand performance. Its fixed three-pole construction and rear horizontal terminals make the 1SDA058897R1 particularly suitable for permanent integration into demanding industrial and infrastructure distribution systems.
| Series | SACE Emax / New Emax |
|---|---|
| Order code | 1SDA058897R1 |
| Product group | 310513-New Emax |
| Product type | Switch disconnector |
| Frame / sub-type | E3 |
| Short-circuit performance level | V |
| Rated current (In) | 3200 A |
| Rated operational current (Ie) | 3200 A |
| Rated uninterrupted current (Iu) | 3200 A |
| Number of poles | 3 |
| Current type | AC |
| Rated operational voltage | 690 V AC / 250 V DC |
| Rated voltage (Ur) | 690 V |
| Rated insulation voltage (Ui) | 1000 V |
| Rated impulse withstand voltage (Uimp) | 12 kV |
| Short-time withstand current (Icw, 1 s) | 85 kA |
| Short-time withstand current (Icw, 3 s) | 65 kA |
| Power loss | 330 W |
| Execution | Fixed |
| Terminal connection | Rear flat horizontal |
| Electrical durability | 6,000 cycles |
| Mechanical durability | 20,000 cycles |
| Standards | IEC |
| Dimensions (W × H × D) | 404 × 418 × 302 mm |
| Net weight | 60 kg |
| EAN | 8015644612504 |
The ABB 1SDA058897R1 is a 3200 A three-pole SACE Emax switch disconnector designed for switching and isolation in demanding low-voltage electrical distribution systems.
The E3V/MS 3200 has a rated current and rated uninterrupted current of 3200 A.
The 1SDA058897R1 has a three-pole configuration designed for three-phase electrical distribution applications.
The 1SDA058897R1 is a fixed switch disconnector with rear flat horizontal terminals for permanent installation within compatible low-voltage switchgear.
The E3V/MS 3200 has a short-time withstand current of 85 kA for 1 s and 65 kA for 3 s.
ABB SACE Emax switch disconnectors are widely used in demanding low-voltage distribution systems to provide dependable high-current switching, robust short-time withstand performance and reliable electrical isolation.
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.