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Parkside PLSA 20-Li A1 Cordless LED Work Light
Aku LED reflektor PLSA 20-Li A1, 2 Ah a 4 Ah
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Country prices Excludes delivery
| Country | Version | Price | Store |
|---|---|---|---|
| π¨πΏ Czech Republic | 2 Ah battery | β¬70.00 | Lidl β |
Price history
Product details
| Luminous flux | 2 300 lm |
|---|---|
| Light temperature | 5 700 K |
| Runtime | With 12V battery at max. luminous flux of 2 300 lm: approx. 50 min (2 Ah) / approx. 100 min (4 Ah) |
| Power per LED | 1 W per LED |
| Voltage | 12 V / 20 V |
| Brightness levels | 2 |
| Material | plastic |
| Dimensions | 24,5 cm x 17,7 cm x 26,7 cm (L x W x H) |
| Weight | 1,28 kg |
| Battery type | Li-Ion battery |
| Battery rated voltage | 12 V |
| Rated power | 50 W |
| Battery capacity (2 Ah battery) | 2 Ah |
| Charging current | 2,4 A |
| Charging time | 60 min |
| Charge status indicator | No |
| Battery monitoring | No |
| Material | steel, plastic |
| Mains cable length | 1,95 m |
| Battery and charger dimensions | Battery: approx. 8,2 x 5,2 x 4,8 cm (L x W x H), Charger: approx. 117 x 96 x 52 mm (L x W x H) |
| Battery and charger weight | Battery: approx. 185 g Charger: approx. 228 g |
| Battery capacity (4 Ah battery) | 4 Ah |
| 4 Ah battery dimensions | approx. 9 x 6,8 x 10,5 cm (L x W x H) |
| 4 Ah battery weight | approx. 404 g |
LED work light
This work light is designed for indoor use and can run on a compatible battery or the included mains adapter. Its pivoting head can be angled, and it has two brightness settings: 2 300 lm and 1 000 lm. The light has 20 LEDs and two integrated tripod threads, β β³ and ΒΌβ³; a tripod is not included.
It is compatible with batteries from the X 12 V Team and X 20 V Team ranges. The recommended battery is 12 V (2 Ah) or 20 V (2 Ah).
Included in the package
- LED work light
- 2 Ah battery and charger
- 4 Ah battery
Battery and charger details
The 2 Ah and 4 Ah lithium-ion batteries are compatible with PARKSIDE X 12 V Team devices. Both feature cell balancing, which helps distribute use across the cells and make better use of charging capacity.
