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ABB 1SDA060899R1 is a 3200 A three-pole fixed SACE Emax E3V-A air circuit breaker with a PR122/P-LSI electronic overcurrent release and VR-HR rear terminals for demanding low-voltage power distribution.
£25,369.08
The ABB 1SDA060899R1 is a high-performance SACE Emax E3V-A 3200 air circuit breaker designed for switching and protection in demanding low-voltage power distribution systems. Identified as E3V-A 3200 PR122/P-LSI In3200 3p F, this three-pole fixed circuit breaker combines a 3200 A rated current with the advanced ABB PR122/P electronic overcurrent release.
As part of the ABB SACE Emax range, the E3V-A is engineered for high-current switchboards where dependable overload and short-circuit protection are essential. Its PR122/P-LSI electronic trip unit provides long-time, short-time and instantaneous protection functions, supporting coordinated protection of electrical distribution circuits, switchgear and connected equipment.
This version features a three-pole fixed construction with a VR-HR rear terminal arrangement. It incorporates an R3200 overcurrent release and is supplied with four auxiliary contacts plus circuit-breaker open/closed position indication, providing a robust solution for professional UL low-voltage switchgear installations.
Air circuit breakers such as the ABB SACE Emax E3V-A provide switching, isolation and protection for high-current low-voltage distribution circuits. The fixed construction is intended for permanent integration into compatible switchgear, while the rear terminal arrangement provides the electrical interface required for connection to the switchboard power system.
The PR122/P-LSI electronic trip unit gives the ABB 1SDA060899R1 long-time, short-time and instantaneous protection functions for coordinated overload and short-circuit protection. Combined with its 3200 A three-pole fixed construction, R3200 release and E3V-A performance platform, it provides a robust solution for demanding industrial, commercial and infrastructure low-voltage distribution systems.
| Series | SACE Emax |
|---|---|
| Frame / type | E3V-A 3200 |
| Model / product designation | E3V-A 3200 PR122/P-LSI In3200 3p F |
| Extended designation | E3V-A 3200 PR122/P-LSI In3200 3p F VR-HR |
| Order code / product ID | 1SDA060899R1 |
| Product group | 310513-New Emax |
| Product type | Air circuit breaker |
| Rated current (In) | 3200 A |
| Release rated current | 3200 A |
| Number of poles | 3 |
| Mounting version | Fixed |
| Trip unit | PR122/P |
| Release type | Electronic |
| Protection functions | LSI |
| Long-time protection | L |
| Short-time protection | S |
| Instantaneous protection | I |
| Overcurrent release | R3200 |
| Terminal configuration | VR-HR rear terminals |
| Auxiliary contacts | 4 |
| Position indication | Open/closed |
| Current type | AC |
| Configuration | UL |
| Electrical durability | 8000 cycles |
| Mechanical durability | 15000 cycles |
| Product net width | 404 mm |
| Product net height | 418 mm |
| Product net depth | 302 mm |
| Product net weight | 60 kg |
| EAN | 8015644634223 |
| Customs tariff number | 85362090 |
The ABB 1SDA060899R1 is a 3200 A three-pole fixed SACE Emax E3V-A air circuit breaker used for switching and protecting high-current low-voltage electrical distribution circuits.
The circuit breaker has a rated current of 3200 A and is equipped with an R3200 electronic overcurrent release.
The ABB 1SDA060899R1 is fitted with an ABB PR122/P electronic trip unit configured with LSI protection functions.
LSI provides long-time, short-time and instantaneous protection, helping protect electrical distribution systems against sustained overloads and short-circuit fault conditions.
The ABB 1SDA060899R1 is a fixed three-pole air circuit breaker with a VR-HR rear terminal arrangement for permanent installation within compatible low-voltage switchgear.
ABB SACE Emax air circuit breakers are engineered for professional low-voltage power distribution, combining high-current switching, advanced electronic protection and robust construction for demanding industrial, commercial and infrastructure electrical systems.
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