Electrical specifications
| Model | SFK24-1.5 |
|---|---|
| Rated power | 1.5 kW |
| AC voltage | 220 V |
| Phases | 1 |
| AC current | 9 A |
Published DC output
| Battery voltage | Maximum current |
|---|---|
| 24 V nominal battery | 60 A maximum |
Model specifications
SFK24-1.5
Single phase · published single-output ratings
Range image; exact model appearance may vary.
Public Stanbury catalogue specifications captured 2026-10-06. Original range PDF may contain earlier ratings. These are published single-output ratings. Confirm battery profile, charge limits, connectors, actual input configuration and installation before purchase. This concept specification sheet is not an approved order configuration.
Using these specifications
Match the charger to the battery.
This single-phase model is specified for 24 V. Select the charger for the battery voltage shown in the output table.
Is the maximum current the charging current?
The table gives the charger’s published maximum output at each voltage. The planned current can be lower to suit the battery’s approved limits, charging profile or site supply. The selector shows those separately.
What changes for an outdoor installation?
The model ratings describe the charger. An outdoor build also needs the appropriate enclosure, mounting, connections and site review.
What should I check before choosing?
Record the battery voltage, chemistry, capacity, permitted charging current and connector. Check the available AC supply and plug. For lithium, include the battery’s BMS and communication requirements.
Typical use
SFK24-1.5 is a 1.5 kW option for smaller equipment, with up to 60 A at 24 V from 1-phase 220 V AC supply. Match the battery voltage to the full output table above; the battery-approved planned current may be lower than the hardware maximum.
Compare with
Higher output: SFK24-2.5 · 2.5 kW · 100 A at 24 V
Nearest lower and higher rated power in the same SFK 24 V nominal series, where available. Models with equal rated power are not labelled lower or higher. Check the complete voltage table, AC input, source date and current availability before choosing.