• ISDT PC-4860S LiPo Parallel Charging Board XT60 Charge Board Balance Plate for 1-8S Lipo Batteries
  • ISDT PC-4860S LiPo Parallel Charging Board XT60 Charge Board Balance Plate for 1-8S Lipo Batteries
  • ISDT PC-4860S LiPo Parallel Charging Board XT60 Charge Board Balance Plate for 1-8S Lipo Batteries

ISDT PC-4860S LiPo Parallel Charging Board XT60 Charge Board Balance Plate for 1-8S Lipo Batteries

Availability: In stock, usually dispatched in 1 business day

  • Price:$41.28
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    Price /Unit $40.45 $39.63 $38.39 $36.74 Contact US
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ISDT PC-4860S LiPo Parallel Charging Board XT60 Charge Board Balance Plate for 1-8S Lipo Batteries

Features:

- Safe and Practical: ISDT PC-4860S 1-8S safe parallel board can charge four sets of electricity at one time. All aluminum materials, fire protection, short circuit prevention, anti fall. The appearance is simple and generous and the material is durable. Safe and practical.
- Safety, beauty and efficiency are integrated. Smaller and lighter than ISDT PC-4860 version, more intelligent and smarter than other lipo battery charger.
- Compact Size: XT60 Parallel Charge Plate is developed with reasonable size and scientific segmentation design to ensure high safety, efficient heat dissipation and comfortable hand feeling.
- Faultless Security Assurance: 32pcs Fuse, support 40A input, 4 channels output, Aluminum case to avoid exploding or catching fire.
- Precision Craftsmanship: Wire electrode cutting >> CNC >> Polishing >> Sand blasting >> Anodizing >> assembling >> All inspection and packing.

Specifications:
- Brand: ISDT
- Model: PC-4860S
- Name: Safe Parallel Plate
- Size: 88*58*20 mm
- Cable Length: 150 mm
- Max Input Current:40A
- Max Output Current: 30A/Port
- Max Current : 2A
- Balance Cells: 1s~8s
- Plug: XT60
- Balance Cable: 6S

Package Included:
- 1 x ISDT PC-4860S Lipo Charging Plate
- 1 x XT60 Charging Cable
- 1 x 6S Lipo Battery Cable

Note:
- Batteries are not included in the package.
- The batteries must be the same number of cells (e.g., all 4 batteries are 4s). The voltage difference between cells must be less than 0.1V (e.g., 3.9V per cell). If the voltage difference is large, a discharger is required to discharge the batteries to the same voltage.

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