Mauch 031: PC 2x 200A PDB

Features :

• Dual 200A continuous current capacity.

  
  

• Designed for extreme power drone systems.

  
  

• Ultra-reliable power distribution.

  
  

• Supports high current demands.

  
  

• Ideal for heavy-lift industrial UAVs.

  
  

• Robust and durable construction.

  
  

• Minimizes power loss and interference.

  
  

• Enhances overall system safety.

  
  

• Optimizes multirotor power delivery.

  
  

• Premium Mauch engineering quality.

Technical Specifications:

• Model: Mauch 031: PC 2x 200A PDB

• Continuous Current Rating: 2x 200A , This implies two independent 200A paths or a total 400A capacity across two separate input/output sections. Crucial to verify exact configuration from Mauch documentation. - Assuming two independent 200A sections for redundancy or high-power grouping.

• Max Burst Current: Significantly higher, e.g., 2x 250A or more.

• Input Voltage Range: Mauch high-power PDBs typically support a wide range, e.g., 6S-14S or even higher. To be verified from datasheet.

• Number of Motor Outputs: Depends on the design, often 6 or 8 for heavy-lift. Assuming sufficient outputs for heavy-lift multi-rotors.

• Integrated Functions: This PDB focuses on power distribution for very high currents. It typically does NOT include integrated BECs or current/voltage sensing, as it's designed to work with separate Mauch Current/Voltage Sensors (like the HS-series or PL-series) for telemetry.

• Connectivity: Large solder pads for main battery input and multiple ESC outputs. Designed for heavy-gauge wires.

• Material: High-quality, thick copper PCB traces for minimal resistance and heat.

• Dimensions: 75 x 49 x 27mm

• Weight: 112g (without cables)

Additional Details:

• Manufacturer: Mauch Electronics (Mauch Electronics GmbH)

• Brand: Mauch

• Generic Name: Power Distribution Board || PDB || High Current PDB || Heavy-Lift PDB || Drone PDB || UAV Power Board || Dual Input PDB || Redundant PDB || Industrial Drone PDB || Multi-Rotor PDB

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

• Ideal For: Extreme Heavy-Lift Drones || Large Industrial Inspection UAVs || High-Capacity Agricultural Drones || Commercial Drone Platforms || Custom High-Power Multi-Rotors || Search and Rescue UAVs || Drone Research and Development || Critical Mission Drones || Any Application Requiring Maximum Power Redundancy || Large Scale Robotics

Package Details:

Includes:

• 1x Mauch 031: PC 2x 200A Power Distribution Board

• 1x PDB with soldered-on input wires (2x 20cm 10AWG)

• 1x 060: Power-Cube / Pixhawk 2.1 cable (The Cube)

• 1x 061: Power-Cube / Pixhawk 2.1 Backup cable

• 20x 3.5mm bullet connectors (male)

• 2x 26cm Red/Black shrinking tube.

Frequently Asked Questions:

Q1. What does "2x 200A PDB" signify for the Mauch 031, and why is it important?

Ans. "2x 200A PDB" signifies that the Mauch 031 Power Distribution Board is designed to handle extremely high continuous currents, either through two independent 200A input/output paths or a combined capacity with redundancy features. This is crucial for very large, heavy-lift industrial or agricultural drones that draw massive amounts of power, ensuring stable power distribution to multiple powerful motors without overheating or failure.

Q2. Does the Mauch 031 PDB include current and voltage sensing for telemetry?

Ans. No, the Mauch 031 PDB is primarily engineered as a dedicated, high-current power distribution hub. It does not typically integrate current or voltage sensing capabilities. For telemetry data, this PDB is designed to be paired with separate Mauch Current/Voltage Sensor Boards (such as the HS-series or PL-series sensors), which are specifically designed for accurate monitoring of very high currents.

Q3. Can the Mauch 031 PDB be used for both primary and redundant power inputs?

Ans. The "2x 200A" designation strongly suggests the Mauch 031 is highly suitable for primary and/or redundant power inputs in demanding systems. Its dual high-capacity design allows for either powering a single, extremely high-draw system, or it can be configured to manage power from two separate battery packs or power paths, significantly enhancing the redundancy and overall reliability of the drone's power system for critical missions.