TF Power-X 4000-3S MTAG

Name: TF Power-X 4000-3S MTAG
SKU: 4250320256953
Availability: InStock

75,00 €

In stock

Add to wishlist

SKU: 4250320256953 Category: LiPo 3 cells

TF Power-X 4000-3S MTAG

Product description and features

The Power-X cells are the powerhouses of our battery range. They offer the highest voltage level constantly even at a continuous load of 35C over the entire battery capacity.

The battery is ready-made soldered with the XT90-S connector system with anti-spark function and the first choice when maximum power is needed over a longer period of time.

This robust cell is perfectly suitable for impeller, tow-planes and race models.

Connections

XT90-S connector with gold contacts anti-spark function, suitable up to 90 amps permanent current.
XH balancer connector

Safety when connecting

XT90-S connector with integrated anti-spark function which prevents the spark when connecting the controller.

Internal chip for battery telemetry

Battery data such as type, number of cells, capacity, C-rate or battery ID are stored on the passive MTAG chip. If desired* these values can be read out with an external NFC sensor such as the HACKER or JETI MTAG and be transferred to the transmitter telemetry system.

The built-in MTAG chip also offers the possibility of manually or automatically counting and storing the charging cycles. By using several identical batteries in serial or parallel operation, so more effective active battery management is possible.

*Note: It is up to the user if he wants to use the MTAG function or not. The TopFuel battery can be used without MTAG function like any ordinary battery.

Voltage Indicator technology

The TopFuel battery is delivered with the proven Voltage Indicator technology. At the press of a button, the battery charge status is displayed via four differently colored LEDs. The Voltage Indicator helps you to assess the condition of your battery at any time.

Optimized ex works

The special manufacturing process, where the batteries are pressed during filling, makes these cells up to 10 percent thinner and more robust than comparable cells with the same capacity and ampacity.