ISDT P10 Dual Channel Smart Charger
ISDT P10 Dual Channel Smart Charger
The ISDT P10 Dual Channel Smart Charger is an advanced charging solution designed for RC hobbyists and drone pilots who demand efficiency and reliability. With a robust output of 1000W per channel, this charger provides rapid and efficient charging for a wide range of battery types, including LiPo, LiHV, LiFe, and NiMH.
Equipped with a user-friendly LCD display, the P10 delivers real-time updates on voltage, current, and charging progress, allowing users to monitor their batteries with ease. Its intuitive interface facilitates smooth navigation through various charging modes and settings, making it accessible for both beginners and seasoned users.
Safety features are paramount in the ISDT P10, which includes protections against over-current, over-voltage, and temperature fluctuations, ensuring your batteries are charged safely. Its compact design makes it perfect for use at home or in the field, providing the flexibility needed for all your charging needs.
With the ISDT P10, you can charge two batteries simultaneously, maximizing efficiency and minimizing downtime, so you can get back to flying sooner.
At a solid 250W per channel, this charger will have your packs charged up and ready in no time.
Specifications
- Model No: P10
- Input Voltage: DC 10~30v
- Output voltage: DC 1~26V
- Balance current: 0.5A/Cell Max
- Max. input current: 20A
- Charging current: 0.2~10.0Ax2
- Abnormal voltage alarm: Support
- Max. charging power: 250Wx2
- Incorrect cell count setting alarm: Support
- Supported battery types and cell count: LiFe, Lilon, LiPo, LiHv 1-6S, Pb 1-10S, NiMH, Cd 1-16S
- Parallel charging power and current: 400W/16A
- Parallel discharge power and current: Not Support
- Input anti-reverse function: Not Support
- Output anti-Reverse function: Not Support
- Input anti-spark function: Not Support
- Output anti-spark function: Not Support
- Storage temperature: -20℃~60℃
- Working temperature: 0~40℃
- Dimension: 90.5×90.5x47mm
- Weight: About 250g
