Mauch PL 4-14S HYB-BEC

Mauch PL 4-14S HYB-BEC / 2x 5.3V / 1x 12.0V

Mauch PL 4-14S HYB-BEC:Mauch PL 4-14S HYB-BEC has output 2x 5.30V / 1x 12.0V / 3A -> +/- 0.05V –> Ripple 1mV @ 1.5A output current.

Input 4-14S LiPo / max. 60V.

Inclusive LDO power supply (+5.00V +/- 0.03V) for the sensor board PL-xxx as well as PL- Sensor Hub X2/X8 and output connector with Molex Clik-Mate 4p.

Blue power “ON’ LED.

59mm x 66mm x 13mm / 57g with enclosure(without cables)

Delivery in PP box:

Scope of delivery:

1x 021: PL 4-14S HYB-BEC / 1x 5.3V / 3A

1x 040: PL – Series sensor cable / L=150mm

1x 050: Backup cable for Pixhawk 2.1 / L=150mm

1x 5.0V output cable (white/black) one site Molex Clik-Mate 1.25mm-6p, the other site open. / L = 150mm

1x Enclosure

REM: The BEC is delivered without an flight controller cable, so please selct the correct cable to match your FC:

041: DF13-6p -> Pixhawk 1 / APM… etc.

042: Molex Clik-Mate 2.0 – 6p -> Pixhawk 2.1

043: JST-GH-6p -> Pixhawk 3… etc

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When selecting a BEC (Battery Eliminator Circuit) for a drone, there are several key aspects to consider:

1. Current Capacity: Ensure that the chosen BEC has sufficient current capacity to meet the requirements of your devices. Carefully check the current requirements of your drone and other equipment and select a BEC that can provide enough current output. Insufficient current output may result in devices not functioning properly or even getting damaged.

2. Output Voltage: Make sure the selected BEC’s output voltage matches the requirements of your devices. Different devices may need different voltage supplies, so choose a BEC with the appropriate output voltage for your equipment.

3. Reliability and Stability: Select a BEC with high reliability and stability. Look for products from reputable manufacturers, read user reviews and professional evaluations to ensure that the chosen BEC can provide stable power output under various operating conditions.

4. Protection Features: Ensure that the selected BEC has necessary protection features such as current protection, overvoltage protection, overheat protection, and reverse polarity protection. These protection features can safeguard your drone and other devices from potential damage and malfunctions.

5. Compatibility and Adaptability: Ensure that the selected BEC is compatible with your drone’s control system and other devices. Check the BEC’s communication interfaces and connection methods to ensure that it can be properly connected and exchange data with your equipment.

6. Installation and Integration Convenience: Consider the ease of installation and integration of the BEC. Choose a BEC that is easy to install and integrate, minimizing the complexity of installation and adjustments.

7. Cost-effectiveness: Balance the price and performance of the selected BEC. Make sure that the chosen BEC is reasonably priced and provides the required features and performance.

In summary, when selecting a BEC for a drone, pay attention to factors such as current capacity, output voltage, reliability, protection features, compatibility, installation convenience, and cost-effectiveness to ensure that the chosen BEC can meet the requirements of your equipment and provide a stable and reliable power supply.