


Mauch 075: HS-200-LV Sensor Board / 2x 10cm 10AWG
Obtain highly accurate power data for your heavy-duty drone with the Mauch HS-200-LV Sensor Board. Rated for up to 200A continuous current and designed for low-voltage (LV) systems, it provides precise telemetry for demanding applications. Pre-wired with robust 10AWG cables, it's ideal for larger multirotors, fixed-wings, and industrial UAVs.
Features :
High precision current and voltage sensing.
Measures up to 200 Amps continuously.
Designed for low voltage (LV) systems.
Comes with 2x 10cm 10AWG wires.
Provides vital telemetry data to flight controller.
Essential for accurate battery management.
Compact and robust design.
Durable construction for demanding use.
Easy integration into existing power systems.
Ensures safe and efficient drone operation.
Technical Specifications:
Model: Mauch 075: HS-200-LV Sensor Board
Maximum Continuous Current: 200A
Maximum Voltage Input: Low Voltage (LV) specific. Typically up to 6S LiPo (approx. 25.2V), but check specific Mauch documentation for exact voltage range.
Output: Analog voltage output for current and voltage.
Connectivity: Designed to connect to a Mauch Power Module (e.g., PL-xxxx series for data conversion to digital protocols like UAVCAN/I2C/Analog), or flight controllers with compatible ADC inputs.
Wires Included: 2x 10cm 10AWG silicone wires (pre-attached to the sensor board). 10AWG wires are suitable for carrying up to 200A for short distances.
Dimensions: Specific dimensions may vary, but typically compact for its rating
Weight: Lightweight for its current rating, but exact weight may vary
Calibration: Factory calibrated for high accuracy.
Application: Heavy-lift multi-rotor drones, large fixed-wing aircraft, industrial drones, and robotics applications with high current draw and low voltage battery systems.
Additional Details:
Manufacturer: Mauch Electronics (Mauch Electronics GmbH)
Brand: Mauch
Generic Name: Current Sensor || Voltage Sensor || Power Sensor || Battery Monitor || Telemetry Sensor || Ammeter || Voltmeter || Drone Power Sensor || Low Voltage Sensor
Sold By: UAV Marketplace (an authorized seller of drone gear and accessories)
Ideal For: Heavy-Lift Drones || Agricultural Spraying Drones || Large Industrial Inspection UAVs || Large Delivery Drones || Professional Cinematography UAVs || Custom Heavy-Duty Drone Builds || High-Power Robotics Platforms || Large Fixed-Wing Drones || Critical Mission UAVs || Drone Repair & Replacement
Package Details:
Includes:
1x Mauch 075: HS-200-LV Sensor Board
2x 10cm 10AWG Wires
Frequently Asked Questions:
Q1. For what types of drones is the 200A current rating of the Mauch HS-200-LV most suitable?
Ans. The 200A current rating of the Mauch HS-200-LV is specifically designed for very large, heavy-lift, and powerful drones. This includes professional agricultural spraying drones, large industrial inspection platforms, heavy cargo delivery UAVs, or any multirotor/fixed-wing aircraft that can experience continuous current draws exceeding 100A during demanding maneuvers or high-payload flights.
Q2. What is the significance of the "LV" (Low Voltage) designation on this 200A sensor?
Ans. The "LV" (Low Voltage) designation indicates that while this sensor can handle a very high current of 200A, it is designed for use with lower cell count battery systems, typically up to 6S LiPo (around 25.2V). This means it's suitable for large drones that might use multiple 6S packs in parallel, rather than a single high-voltage (e.g., 12S or 14S) battery, even if the total current draw is significant.
Q3. Does the Mauch HS-200-LV Sensor Board provide plug-and-play telemetry data directly to my flight controller
Ans. The Mauch HS-200-LV Sensor Board outputs raw analog voltage signals for current and voltage. To obtain usable telemetry data for most modern flight controllers (like Pixhawk, CubePilot, etc.) that typically utilize digital protocols (e.g., UAVCAN, I2C) or require specific analog scaling, this sensor must be paired with a compatible Mauch Power Module (e.g., PL-200 or another relevant PL-xxx series). The Power Module processes and converts these analog signals into the necessary format for the flight controller.