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.
2CPX046394R9999 ABB 46394 RZ104 Traverse for E4 Withdrawable 4PW
ABB 46394 RZ104 traverse, order code 2CPX046394R9999, designed for E4 withdrawable 4PW assemblies in compatible ABB electrical enclosure and switchgear systems.
£28.51
Why Choose the ABB 46394 RZ104 Traverse?
The ABB 46394 RZ104 is a dedicated traverse for E4 withdrawable 4PW assemblies used within ABB electrical distribution and enclosure systems. Supplied under ABB order code 2CPX046394R9999, it forms part of the Streibel & John metal work product range for structured switchgear and panel construction.
This traverse is designed to provide the mechanical support required when configuring compatible E4 withdrawable equipment within an ABB enclosure or switchboard assembly. Its application-specific design helps installers maintain correct equipment positioning and a secure mechanical arrangement inside the panel.
The ABB 46394 is identified as an RZ104 traverse for an E4 withdrawable 4PW configuration, making it suitable for professional panel building, switchgear integration and electrical distribution projects using compatible ABB infrastructure.
Key Advantages
- Purpose-designed traverse for E4 withdrawable assemblies.
- Suitable for 4PW configurations.
- Part of the proven ABB Streibel & John metal work range.
- Supports structured and secure switchgear installation inside compatible enclosures.
- Designed for professional electrical panel and distribution-board construction.
- ABB order code 2CPX046394R9999 enables precise product identification.
Key Features
- ABB RZ104 traverse.
- Designed for E4 withdrawable equipment.
- 4PW application.
- Mechanical enclosure and switchgear support component.
- Part of ABB product group 321510 – Streibel & John metal work.
- Suitable for integration into compatible ABB panel-building systems.
Reliable Mechanical Support for Electrical Assemblies
Traverse components are used within electrical enclosures and switchboards to provide defined mounting and support points for internal equipment. Correctly matched mechanical components help maintain equipment alignment, simplify assembly and support dependable installation of switchgear hardware.
The ABB RZ104 is specifically intended for E4 withdrawable 4PW arrangements, allowing panel builders to integrate compatible equipment into ABB enclosure systems using a purpose-designed structural component.
Typical Applications
- Low-voltage electrical switchboards.
- Industrial distribution panels.
- Withdrawable switchgear assemblies.
- ABB enclosure and cabinet systems.
- OEM electrical panel building.
- Commercial and industrial power distribution installations.
Technical Specifications
| Product designation | RZ104 |
|---|---|
| Part number | 46394 |
| ABB order code | 2CPX046394R9999 |
| Product type | Traverse |
| Application | E4 withdrawable assembly |
| Configuration | 4PW |
| Product group | 321510 – Streibel & John metal work |
| Installation context | Electrical enclosure and switchgear construction |
Frequently Asked Questions
What is the ABB 46394 RZ104 used for?
The ABB 46394 RZ104 is a traverse designed for E4 withdrawable 4PW assemblies within compatible ABB enclosure and switchgear systems.
What is the ABB order code for the 46394 RZ104?
The ABB order code is 2CPX046394R9999.
Which ABB product range does this traverse belong to?
It belongs to ABB product group 321510 – Streibel & John metal work.
Is the RZ104 intended for withdrawable switchgear?
Yes. ABB specifies the RZ104 as a traverse for an E4 withdrawable 4PW configuration.
Where is the ABB 46394 typically installed?
It is typically installed inside compatible electrical enclosures, switchboards and distribution assemblies as a structural support component for E4 withdrawable equipment.
Trusted by Panel Builders Worldwide
ABB Streibel & John enclosure and metal-work components are used by electrical panel builders and system integrators to create structured, dependable and professionally engineered power-distribution assemblies.
