sun | power VR L
The valve-regulated lead-acid batteries of the sun | power VR L series are specially designed for high energy throughputs. This is achieved by the proven design of tubular plates and an electrolyte fixed in gel. The excellent cycling properties during operation with partial discharge (Partial State of Charge - PSoC) are characteristic features of this series and, in combination with the extensive capacity range, make it the first choice in e.g. village power supplies.
The proven format according to DIN and the possibility of horizontal operation make the product versatile and furthermore offer the necessary flexibility for installation in limited spaces.
The high quality standard of the product is also visible to the user at all times due to the elaborate use of plastic-moulded and corrosion-free battery terminals.
Area of Application
- Emergency power supply (UPS)
- Safety lighting
- Network services / Large storage facilities
- Village power supply
Product data:
| Construction | sealed - Gas-tight, valve-regulated battery |
|---|---|
| Series | OPzV - Stationary tubular plate gas-tight |
| Technology | Lead-acid |
| Performance | L - Discharge with low current |
| Product group | Cells, Blocks, Modules |
Norms and standards
- IEC-60896-22
- IEC-60896-21
- IEC-61427
- DIN-40742
Your advantages
- Maintenance-free with regard to refilling water
- Very high cycle stability
- Optimum use of space due to the possibility of horizontal arrangement
Application
Product portfolio
Downloads
Brochure
| Language | Filename | Size | Download |
|---|---|---|---|
|
| sun_power_vrl_brochure_de.pdf |
1.9 MB | pdf-file
| |
|
| sun_power_vrl_brochure_en.pdf |
1.9 MB | pdf-file
| |
|
| sun_power_vrl_brochure_pl.pdf |
2.1 MB | pdf-file
| |
|
| sun_power_vrl_brochure_fr.pdf |
1.9 MB | pdf-file
|
Technical documentation
| Language | Filename | Size | Download |
|---|---|---|---|
|
| service_maintenance_comissioning_protocoll_en_de.pdf |
0.1 MB | pdf-file
| |
|
| vrl_manual_de.pdf |
3 MB | pdf-file
| |
|
| vrl_manual_en.pdf |
2.9 MB | pdf-file
|