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 1SDA062678R1 is a SACE Tmax T7L 800 A three-pole fixed moulded case circuit breaker with front terminals, a PR332/P LSI electronic trip unit and 120 kA ultimate breaking capacity at 415 V AC.
£6,895.42
The ABB 1SDA062678R1 is a high-performance SACE Tmax T7L moulded case circuit breaker (MCCB) designed for protection and control of demanding low-voltage power distribution circuits. Identified by ABB as T7L 800 PR332/P LSI In=800A 3p F F, it combines an 800 A rated current with the advanced PR332/P electronic trip unit for comprehensive overload and short-circuit protection.
The T7L version provides a high ultimate short-circuit breaking capacity of 120 kA at 415 V AC, making it suitable for industrial and commercial distribution systems where substantial prospective fault currents may occur. Its PR332/P LSI electronic trip unit provides long-time overload (L), short-time short-circuit (S) and instantaneous short-circuit (I) protection functions, enabling effective protection and selectivity within complex electrical distribution networks.
With an adjustable current range of 320–800 A, this three-pole circuit breaker can be configured to suit the requirements of the protected circuit. The fixed (F) installation and front terminal (F) configuration make the 1SDA062678R1 particularly suitable for integration into industrial switchboards, distribution panels and OEM power distribution assemblies.
Moulded case circuit breakers such as the ABB SACE Tmax T7L protect electrical distribution systems against potentially damaging overload and short-circuit currents. The 1SDA062678R1 combines an 800 A rating with an ultimate breaking capacity of 120 kA at 415 V AC, providing robust protection for installations with high prospective fault levels.
The integrated PR332/P LSI electronic trip unit provides a more comprehensive protection arrangement than an LI-only release by adding short-time protection. Its long-time, short-time and instantaneous functions enable protection settings to be coordinated with downstream and upstream devices, supporting selective operation and improved continuity within industrial power distribution networks.
| Series | SACE Tmax T7 |
|---|---|
| ABB order code | 1SDA062678R1 |
| Product type | Moulded case circuit breaker (MCCB) |
| Frame / breaker size | T7 800 |
| Performance level | L |
| Rated current | 800 A |
| Adjustable current range | 320–800 A |
| Ultimate short-circuit breaking capacity (Icu) | 120 kA at 415 V AC |
| Number of poles | 3 |
| Trip unit | PR332/P LSI electronic trip unit |
| Protection functions | Long-time (L), short-time (S) and instantaneous (I) |
| Installation | Fixed |
| Terminal configuration | Front terminals |
| Application | Power distribution protection and control |
| Product group | 310511 – T-Max T4 - T8 |
The ABB 1SDA062678R1 is an 800 A moulded case circuit breaker designed to protect and control low-voltage power distribution circuits against overload and short-circuit conditions.
The T7L configuration provides an ultimate short-circuit breaking capacity of 120 kA at 415 V AC.
The circuit breaker is equipped with an ABB PR332/P LSI electronic trip unit, providing long-time overload, short-time short-circuit and instantaneous short-circuit protection.
The breaker has an 800 A rated current with an adjustable current range of 320–800 A.
The designation indicates a three-pole circuit breaker with a fixed installation and front terminals for connection within the switchboard.
ABB SACE Tmax moulded case circuit breakers are designed for protection and control of low-voltage power distribution circuits, combining high interruption performance with advanced electronic trip technology for demanding industrial and commercial electrical installations.
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.