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 1SDA059064R1 E3H/E MS 1600 4P 1000V DC F HR is a 1600 A four-pole fixed SACE Emax DC switch disconnector with horizontal rear terminals and a 40 kA short-time withstand rating for high-current industrial power distribution and isolation at 1000 V DC.
£13,486.93
The ABB E3H/E MS 1600 4P 1000V DC F HR, order code 1SDA059064R1, is a high-current four-pole fixed DC switch disconnector from the ABB SACE Emax range, designed for dependable switching and isolation in demanding direct-current power distribution systems. With a rated uninterrupted current of 1600 A and rated operational voltage of 1000 V DC, it provides a robust solution for industrial DC networks requiring reliable high-current isolation.
This E3H/E MS model combines the robust ABB SACE Emax E3 frame with H-level performance and a four-pole architecture for demanding DC applications. Its fixed (F) construction provides permanent switchboard installation, while the horizontal rear (HR) terminals facilitate connection to rear busbars and power conductors.
The E3H/E MS 1600 provides a 1600 A rated uninterrupted current and a 40 kA rated short-time withstand current. Its combination of 1000 V DC operation, four-pole switching, fixed construction and proven Emax architecture makes it well suited to demanding industrial DC distribution and isolation duties.
DC switch disconnectors provide a dependable means of switching and electrically isolating direct-current circuits for operational and maintenance requirements. Because DC current does not have the natural current zero crossing found in AC systems, purpose-designed switching equipment is particularly important when safely switching and isolating high-voltage DC networks.
The ABB E3H/E MS configuration is engineered for demanding DC applications, with this four-pole version designed for operation at 1000 V DC. Its fixed construction, horizontal rear terminals and 40 kA short-time withstand capability make it suitable for integration into industrial switchboards where dependable high-current operation and clear circuit isolation are required.
| Series | SACE Emax |
|---|---|
| ABB order code | 1SDA059064R1 |
| Product group | 310513-New Emax |
| Product type | Circuit-breaker switch disconnector / DC switch disconnector |
| Frame | E3 |
| Performance level | H |
| Version | Fixed (F) |
| Terminal connection | Horizontal rear (HR) |
| Number of poles | 4P |
| Current type | DC |
| Rated uninterrupted current (Iu) | 1600 A |
| Rated operational voltage | 1000 V DC |
| Rated short-time withstand current (Icw) | 40 kA |
| Front protection rating | IP30 |
| Main circuit connection | Bolt connection |
| Main-switch version | Yes |
| Motor drive integrated | No |
| Motor drive | Optional |
| Voltage release | Optional |
| Distribution-board installation | Suitable |
| Width | 530 mm |
| Height | 418 mm |
| Depth | 302 mm |
| Net weight | 90 kg |
| EAN | 8015644614232 |
It is a 1600 A DC switch disconnector designed for dependable switching and electrical isolation in industrial direct-current power distribution systems operating at 1000 V DC.
The E3H/E MS 1600 has a rated uninterrupted current of 1600 A.
This four-pole E3H/E MS switch disconnector is designed for operation at a rated operational voltage of 1000 V DC.
4P identifies the four-pole configuration, F indicates fixed construction and HR denotes the horizontal rear terminal arrangement.
The ABB E3H/E MS 1600 has a rated short-time withstand current (Icw) of 40 kA.
ABB SACE Emax switch disconnectors are engineered for demanding direct-current power distribution applications, combining high-current capability, purpose-designed DC switching performance and dependable electrical isolation for industrial and infrastructure systems.
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.