The Yuasa SWL range has been designed as an enhanced version of the extremely popular Yuasa NPL battery type which has resulted in a product offering further improved energy to density ratio, providing as much as 40% extra discharge capacity. All other operating parameter and characteristics have remained identical, maintaining the benefit of a common mechanical and electrical design for users of both products. The Yuasa SWL range offers a further increase in choice for users of standby power products.
Amongst the many benefits offered by this battery, the Yuasa SWL750 has a compact design providing excellent an power to footprint ratio, case material options, and complies to the high standards demanded by industry today. As with all Yuasa products, this battery has a proven, and well deserved excellent reputation with those looking for a highly reliable stored power solution.
SPECIFICATIONS
WARRANTY | 12 Months |
Name | SWL750FR (12V 25Ah) Yuasa High Rate VRLA Rechargeable Battery |
Code | SWL750FR |
Nominal voltage | 12 |
AH | 25 |
AH RATING | 10-min rate Constant Power to 9.6V at 20°C |
DIMENSIONS
Length | 166 |
Width | 175 |
Height | 125 |
Weight | 9 |
TERMINAL TYPE
Terminal Type | M5(F) |
Torque | 2.5 |
OPERATING TEMPERATURE RANGE
Storage (in fully charged condition) | -20°C to +60°C |
Charge | -15°C to +50°C |
Discharge | -20°C to +60°C |
STORAGE
Capacity loss per month at 20°C (approx) | 3 |
CASE MATERIAL
Standard Option | ABS (UL.94:HB) |
Flame retardant option (FR) | ABS (UL94:V0) |
CHARGING
Float charge voltage at 20°C | 2.275 (±1%) |
Float charge voltage at 20°C | 2.275 (±1%) |
Float Charge voltage temperature correction factor
(for variations from the standard 20°C) | -3 |
Cyclic (or Boost) charge at 20°C | 2.42 (±3%) |
Cyclic (or Boost) charge at 20°C | 2.42 (±3%) |
Cyclic Charge voltage temperature correction factor
(for variations from the standard 20°C) | -4 |
Cyclic (or Boost) charge current limit | 5.725 |
MAXIMUM DISCHARGE CURRENT
SHORT-CIRCUIT CURRENT & INTERNAL RESISTANCE
Internal resistance (according to EN IEC 60896-21) | 20.47 |
Short-Circuit current (according to EN IEC 60896-21) | 714 |
IMPEDANCE