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Rechargeable battery LiPo 3.7V/10000mAh 1265135 Hadex
Nabíjecí LiPo baterie - technologie Li-Pol, napětí 3,7V, kapacita 10000mAh (reálně naměřeno 11059mAh při 2,2A), označení 1265135, konektor JST-PH 2pin, rozměry článku 120 × 67 × 11,8 mm, celkové rozměry 135 × 67 × 12 mm, ochranný obvod BMS proti přebití a nadměrnému vybití, doporučený vybíjecí proud do 1C, vhodná pro powerbanky a nízkoenergetická zařízení
In stock 5 pcs
Expected shipping:
15.06.2026
Regular price
345,00 Kč
285,12 Kč
excl. VAT
Unit price
/
Unavailable
HADEX | SKU:
04250713
Rechargeable battery LiPo 3.7V/10000mAh 1265135 Hadex
Regular price
345,00 Kč
285,12 Kč
excl. VAT
Unit price
/
Unavailable
Product description
LiPo battery 3.7V/10000mAh 1265135 /Li-Pol rechargeable battery/
Lithium polymer battery with a recommended discharge current of up to 1C for use in power banks or devices that do not require higher demands on short-term current consumption. Not suitable for use in drones, helicopters or other toys.
We have subjected the batteries to our own measurements and we also present the actual measured capacity
Technical parameters:
- nominal voltage: 3.7V
- nominal capacity: 10000mAh
- measured capacity: 11059mAh with a discharge current of 2.2A
- trade name: 1265135
- connector: JST-PH 2pin
- article dimensions: 120×67×11.8mm
- overall dimensions: 135×67×12mm
- protection circuit to prevent overcharging and excessive discharge
Lithium polymer battery with a recommended discharge current of up to 1C for use in power banks or devices that do not require higher demands on short-term current consumption. Not suitable for use in drones, helicopters or other toys.
We have subjected the batteries to our own measurements and we also present the actual measured capacity
Technical parameters:
- nominal voltage: 3.7V
- nominal capacity: 10000mAh
- measured capacity: 11059mAh with a discharge current of 2.2A
- trade name: 1265135
- connector: JST-PH 2pin
- article dimensions: 120×67×11.8mm
- overall dimensions: 135×67×12mm
- protection circuit to prevent overcharging and excessive discharge
