We use cookies to make your experience better. To comply with the new e-Privacy directive, we need to ask for your consent to set the cookies. Learn more.
SV3572.005 Rittal Laminated copper bar WH: 24x10mm L: 2000mm
MPN: SV3572.005
Alt. SKU: 3572005
Special Price
£163.31
£136.09
Regular Price
£192.12
Why Choose the Rittal SV 3572.005 Laminated Copper Bar 24 x 10 mm, 2000 mm?
Rittal SV 3572.005 is a laminated copper bar engineered for compact, low impedance power distribution in control panels and switchgear. Built from high purity electrolyte copper with a tough vinyl insulation, it delivers high current carrying capacity with excellent flexibility for routing, reduced eddy current losses compared with solid bars, and reliable dielectric performance in industrial environments.
Key Takeaways
- High current capacity: 585 A at 30 K, 770 A at 50 K, 920 A at 70 K temperature rise
- Precise dimensions: 24 mm width x 10 mm thickness x 2000 mm length
- Laminated construction: 10 copper laminas, each approximately 1 mm, for flexibility and low inductance
- Durable insulation: Vinyl compound, UL 94 V0, dielectric strength 20 kV per mm
- Wide temperature range: minus 30 C to plus 105 C
Technical Specifications
- Article number: SV 3572.005
- Material: High purity electrolyte copper lamina
- Construction: 10 laminas x 24 mm width x 1 mm thickness
- Overall bar size: 24 mm width x 10 mm thickness
- Length: 2000 mm
- Rated current at 30 K rise: 585 A
- Rated current at 50 K rise: 770 A
- Rated current at 70 K rise: 920 A
- Insulation: Highly resistant vinyl compound, dielectric strength 20 kV per mm
- Flammability: UL 94 V0
- Operating temperature: minus 30 C to plus 105 C
- Notes: Can be cut to length; current ratings are based on temperature rise above ambient
Frequently Asked Questions
At a temperature rise above ambient of 30 K the rating is 585 A, at 50 K it is 770 A, and at 70 K it is 920 A. Select the rating appropriate to your design temperature rise and ambient conditions.
At a temperature rise above ambient of 30 K the rating is 585 A, at 50 K it is 770 A, and at 70 K it is 920 A. Select the rating appropriate to your design temperature rise and ambient conditions.
Yes. The bar can be cut to length. When forming, keep bend radii generous and avoid nicking the copper or damaging the vinyl insulation. Reinsulate any worked areas as required by your standards.
Yes. The bar can be cut to length. When forming, keep bend radii generous and avoid nicking the copper or damaging the vinyl insulation. Reinsulate any worked areas as required by your standards.
The vinyl compound insulation has a dielectric strength of 20 kV per mm, a flammability classification of UL 94 V0, and an operating range of minus 30 C to plus 105 C.
The vinyl compound insulation has a dielectric strength of 20 kV per mm, a flammability classification of UL 94 V0, and an operating range of minus 30 C to plus 105 C.
Laminated bars are advantageous where reduced inductance, improved flexibility for routing, and compact panel layouts are important, such as in modern control panels and switchgear.
Laminated bars are advantageous where reduced inductance, improved flexibility for routing, and compact panel layouts are important, such as in modern control panels and switchgear.
Ensure adequate creepage and clearance distances per your standard, observe the specified current rating for the intended temperature rise, support the bar mechanically, and protect or restore insulation after any cutting or forming.
Ensure adequate creepage and clearance distances per your standard, observe the specified current rating for the intended temperature rise, support the bar mechanically, and protect or restore insulation after any cutting or forming.
| Manufacturer Part Number | SV3572.005 |
|---|---|
| Manufacturer | Rittal |
| Packed Quantity | 1 |
| Product Range | SV |
| Alternative Product SKU | 3572005 |
| Barcode | 4028177666788 |
Write Your Own Review
