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.
OT1000E12 ABB 1000A 3P Switch Disconnector Without Handle and Shaft
ABB OT1000E12 1000 A 3-pole switch disconnector with mechanical operating mechanism supplied without handle and shaft for industrial isolation applications.
£1,203.44
Why Choose the ABB OT1000E12 Switch Disconnector?
The ABB OT1000E12 is a high-capacity switch disconnector designed for reliable manual switching and electrical isolation in low voltage power distribution systems. As part of the ABB OT Switches range, it provides robust operation and dependable circuit isolation for demanding industrial applications.
This switch disconnector features a 3-pole configuration with a 1000 A rating and a mechanical operating mechanism supplied without handle and shaft. The OT1000E12 provides a flexible solution for high-current electrical installations where safe isolation and customised operating accessories are required.
With its heavy-duty ABB construction and dedicated OT switch design, the OT1000E12 switch disconnector is suitable for industrial switchboards, distribution systems and electrical installations requiring dependable switching performance and long service life.
Key Advantages
- Purpose-designed ABB switch disconnector for high-current applications.
- 1000 A rated current for industrial power distribution systems.
- 3-pole configuration for three-phase circuit isolation.
- Mechanical operating mechanism for reliable manual switching.
- Supplied without handle and shaft for flexible installation.
- Manufactured by ABB for reliable switchgear performance.
Key Features
- ABB OT Switches series.
- OT1000E12 switch disconnector design.
- 1000 A rated operational current.
- 3-pole switching configuration.
- Mechanical operating mechanism.
- No handle and shaft included.
- Designed for industrial low voltage distribution systems.
Reliable High-Current Electrical Isolation
Switch disconnectors such as the ABB OT1000E12 provide a dependable method for manually isolating electrical circuits, supporting safe maintenance procedures and reliable operation of industrial power systems.
Designed for ABB OT switch applications, the OT1000E12 enables electrical engineers and installers to manage high-current circuits with a robust switching solution and flexible accessory configuration.
Typical Applications
- Industrial power distribution systems.
- Large electrical switchboards.
- Manufacturing plant installations.
- Heavy machinery isolation.
- Electrical infrastructure projects.
- Industrial control and distribution cabinets.
Technical Specifications
Tick the specs you need, then view products that match.
| Device Type | Switch Disconnector | |
|---|---|---|
| Current | 1000 A | |
| Poles | 3-pole | |
| Product Series | ABB OT | |
| Series | OT Switches | |
| Product type | Switch disconnector | |
| Number of poles | 3 poles | |
| Rated current | 1000 A | |
| Operating mechanism | Mechanical | |
| Handle and shaft | Not included | |
| Product ID | 1SCA101547R1001 | |
| Order code | OT1000E12 | |
| Product group | 311027-OT Switches | |
| Accessory type | Switch disconnector |
Frequently Asked Questions
What is the ABB OT1000E12 used for?
The ABB OT1000E12 is a switch disconnector used for reliable manual switching and electrical isolation in high-current industrial systems.
What current rating does the OT1000E12 have?
The ABB OT1000E12 has a rated current of 1000 A.
How many poles does the ABB OT1000E12 have?
The ABB OT1000E12 is a 3-pole switch disconnector.
Does the OT1000E12 include a handle and shaft?
The ABB OT1000E12 is supplied without handle and shaft, allowing selection of compatible operating accessories.
Where is the ABB OT1000E12 installed?
The OT1000E12 is installed in industrial switchboards, distribution systems and electrical installations requiring reliable high-current isolation.
Trusted by Electrical Engineers Worldwide
ABB OT switches are widely used by electrical engineers and industrial installers to provide reliable switching, isolation and control in modern electrical distribution systems.
