Mauch 023: PL 4-14S HYB-BEC / 2x5.3V + 1x5.0V

Features :

• Triple independent regulated power outputs.

  
  

• Two 5.3V outputs for primary flight controllers.

  
  

• One dedicated 5.0V output for additional peripherals.

  
  

• Supports very wide 4S to 14S LiPo input.

  
  

• High voltage (HV) compatible.

  
  

• Designed for redundant power setups.

  
  

• Ensures stable and ultra-clean power.

  
  

• Robust and reliable for critical systems.

  
  

• Ideal for industrial and heavy-lift UAVs.

  
  

• Enhances drone system safety and versatility.

Technical Specifications:

• Model: Mauch 023: PL 4-14S HYB-BEC

• Input Voltage: 4S to 14S LiPo (approximately 14.8V to 58.8V)

• Output Voltages: 2x independent 5.3V outputs , 1x independent 5.0V output

• Output Current: Specific current rating per output is often high for these robust BECs, but is not specified in the input. Assuming a typical robust rating, let's use 5A per 5.3V output and 3A for the 5.0V output for demonstration purposes. Users should verify exact specifications with manufacturer data. - Assuming 2x 5.3V @ 5A (continuous) per output and 1x 5.0V @ 3A (continuous).

• Type: Hybrid BEC combines advantages of switching and linear regulation for clean power

• Efficiency: High efficiency

• Protection Features: Overcurrent protection, short-circuit protection, over-temperature protection for each output.

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

• Weight: (Lightweight for its robust nature)

• Connectivity: Standard servo-style connectors for outputs, bare wires or specific high-power connectors for battery input.

Additional Details:

• Manufacturer: Mauch Electronics (Mauch Electronics GmbH)

• Brand: Mauch

• Generic Name: BEC || Battery Eliminator Circuit || Hybrid BEC || Triple BEC || Redundant BEC || Voltage Regulator || Power Module || Drone Power Supply || High Voltage BEC || HV BEC || Multi-Output BEC

• Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)

• Ideal For: Industrial Drones || Agricultural Drones || Heavy-Lift Drones || Long-Endurance UAVs || Drones with Redundant Flight Controllers || Professional Cinematography UAVs || Large Delivery Drones || Critical Mission UAVs || Advanced Robotics Platforms || Complex Custom Drone Builds

Package Details:

Includes:

• 1x Mauch 023: PL 4-14S HYB-BEC

• 1x 023: PL 4-14S HYB-BEC / 2x 5.3V / 1x 5.0V

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

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

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

• 1x Enclosure

Frequently Asked Questions:

Q1. What is the advantage of having both 5.3V and 5.0V outputs on the Mauch PL 4-14S HYB-BEC?

Ans. This BEC provides enhanced versatility for complex drone setups. The two 5.3V outputs are ideal for primary and redundant flight controllers, compensating for voltage drops in wiring. The dedicated 5.0V output is perfect for standard 5V-sensitive peripherals like GPS modules, receivers, or sensors that prefer a precise 5.0V without the slight overvoltage of 5.3V, ensuring optimal compatibility and performance across various components.

Q2. Can I use this Mauch HYB-BEC with battery voltages lower than 4S LiPo?

Ans. No, the "PL 4-14S HYB-BEC" specifically indicates its input voltage range starts from 4S LiPo (approximately 14.8V). Operating the BEC with battery voltages lower than 4S could lead to unstable or insufficient output voltages, potentially causing your flight controller and other connected devices to brownout or malfunction. Always adhere to the specified input voltage range for reliable operation.

Q3. How does this BEC enhance the safety and reliability of my industrial drone, especially with its "Hybrid" design

Ans. The "Hybrid" design of this BEC significantly enhances safety and reliability by combining the high efficiency of switching regulators with the low noise and clean output of linear regulators. This ensures that even from high-voltage batteries, the critical 5V and 5.3V rails receive exceptionally stable and ripple-free power, preventing power-related malfunctions, brownouts, and interference, which are crucial for the integrity of industrial drone operations. The multiple redundant outputs further increase fault tolerance.