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.
1SDA074366R1 ABB E2.2/MTP 2500 MP 3p Earth UP Emax2
ABB 1SDA074366R1 Emax2 earthing solution with 2500 A rated current and three pole Earth UP configuration for low voltage power distribution systems.
£8,168.81
Why Choose the ABB 1SDA074366R1 E2.2/MTP 2500 MP 3p Earth UP?
The ABB 1SDA074366R1 E2.2/MTP 2500 MP 3p Earth UP is an original ABB Emax2 Air Circuit Breaker earthing solution designed for reliable grounding, isolation and switching applications in advanced low voltage power distribution systems. As part of the ABB Emax2 platform, it provides a robust modular solution for industrial switchgear requiring dependable earth connection and safe maintenance procedures.
This Emax2 configuration is based on the E2.2 frame size and features a three-pole earth UP arrangement with manual operation configuration. It is designed for demanding electrical installations where controlled grounding, high current capability and operational reliability are essential.
With a 2500 A rated current, E2.2 frame size and 3-pole earth UP configuration, the ABB 1SDA074366R1 provides a dependable solution for low voltage distribution systems requiring safe earthing and flexible switchgear integration.
Key Advantages
- Original ABB Emax2 Air Circuit Breaker earthing solution.
- 2500 A rated current capability for demanding applications.
- Three-pole configuration for reliable earthing applications.
- Designed for ABB E2.2 frame installations.
- Provides safe and controlled grounding functionality for low voltage switchgear.
- Suitable for industrial and infrastructure power systems.
Key Features
- ABB SACE Emax2 series.
- E2.2 frame size.
- 2500 A rated current.
- 3-pole configuration.
- Earth UP configuration.
- Manual operation (MP) configuration.
- Modular design for ABB Emax2 switchgear solutions.
- Designed for low voltage power distribution applications.
Advanced Earthing for Modern Power Distribution
ABB Emax2 systems are engineered to provide reliable switching, protection and energy management solutions for modern electrical distribution networks. Their modular architecture supports flexible configurations for industrial, commercial and infrastructure applications.
The ABB 1SDA074366R1 delivers a robust earthing solution for Emax2 installations where current capability, safe grounding and dependable operation are required.
Typical Applications
- Industrial low voltage power distribution systems.
- Electrical switchboards and switchgear assemblies.
- Infrastructure power installations.
- Heavy industrial electrical systems.
- Energy distribution networks.
- ABB Emax2 maintenance and switchgear projects.
Technical Specifications
| Order code | 1SDA074366R1 |
|---|---|
| Product group | Emax2 Air Circuit Breaker |
| Product type | Earthing solution |
| Series | ABB SACE Emax2 |
| Frame size | E2.2 |
| Rated current | 2500 A |
| Number of poles | 3 poles |
| Configuration | Earth UP |
| Operating type | Manual operation |
| Standards | IEC |
Frequently Asked Questions
What is the ABB 1SDA074366R1 used for?
The ABB 1SDA074366R1 is an Emax2 earthing solution designed for safe grounding and switching applications in low voltage electrical systems.
What is the rated current of this ABB Emax2 unit?
The ABB 1SDA074366R1 has a rated current of 2500 A.
How many poles does the ABB 1SDA074366R1 have?
This ABB Emax2 configuration features a 3-pole earth configuration.
What series does the ABB 1SDA074366R1 belong to?
The ABB 1SDA074366R1 belongs to the ABB SACE Emax2 Air Circuit Breaker product family.
Where is this ABB Emax2 product typically installed?
It is typically installed in industrial switchboards, low voltage distribution systems and electrical infrastructure applications.
Trusted by Switchgear Engineers Worldwide
ABB Emax2 systems are widely used by electrical engineers and system integrators to deliver reliable protection, safe earthing solutions and flexible performance in modern low voltage power distribution installations.
