GS Yuasa SLR1000-2
The GS Yuasa SLR1000-2 is a battery pack with a nominal voltage of 2, with AGM Technology cells and a capacity of 1000 Ah at the 20-hour rate.
Last updated: 26 October 2026
Battery and charging
- Voltage
- 2
- Capacity
- 1000
- Chemistry
- with AGM Technology
- Rated charge cycles
- 19 years cycle life when tested to IEC 61427
- Capacity, at the 20-hour rate
- 1000 Ah
“SLR1000-2 2 1000 287 11.3 165 6.5 468 18.4 493 19.4 67 148 Bolt (M10)”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
“SLR1000-2 2 1000 287 11.3 165 6.5 468 18.4 493 19.4 67 148 Bolt (M10)”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
“VRLA battery with AGM Technology - Spill Proof Operations”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
“The SLR product line provides 19 years cycle life when tested to IEC 61427.”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
Row from the maker’s page: “Capacity (20hr)” | “1000 Ah”
Source: yuasa.com/uk/slr1000-2
Size and fit
- Terminals
- Bolt (M10)
- Stated weight
- 67
“SLR1000-2 2 1000 287 11.3 165 6.5 468 18.4 493 19.4 67 148 Bolt (M10)”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
“SLR1000-2 2 1000 287 11.3 165 6.5 468 18.4 493 19.4 67 148 Bolt (M10)”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
Identity
- Model designation
- SLR - VRLA - Deep Cycle
- Model code
- SLR1000-2
“efficiency, and reliability. Specification Range SLR - VRLA - Deep Cycle Nominal Voltage 2 V Capacity (20hr) 1000”
Source: yuasa.com/uk/slr1000-2
“SLR1000-2 2 1000 287 11.3 165 6.5 468 18.4 493 19.4 67 148 Bolt (M10)”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
Buying and owning it
- What it is said to be best for
- suitable for back-up and deep cycle applications
“The product is suitable for back-up and deep cycle applications.”
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
Sources
- Archived document
Source: gsyuasa-es.com/Downloads/SLR_BROCHURE.pdf
Retrieved October 13, 2026
- 2V 1000Ah - Yuasa SLR series AGM VRLA deep cycle batteryArchived document
Source: yuasa.com/uk/slr1000-2
Retrieved October 13, 2026