Mauch 075 HS-200-LV Sensor Board 2x 10cm 10AWG - High-Precision 200A Hall Current Module

The Mauch 075: HS-200-LV Sensor Board / 2x 10cm 10AWG module stands as the gold standard for industrial UAV power telemetry, providing uncompromised measurement stability across intense flight cycles.

Advanced Hall Effect Isolation Telemetry :

Traditional current modules rely on crude shunt measuring resistor schemes that generate significant internal heat under load, causing data values to drift over time. Mauch utilizes a specialized, magnetic Hall Effect sensor framework that remains completely electrically isolated from your main high-current transmission lines. This design avoids data measurement distortions and shields your delicate avionics rail from catastrophic power surges.

Low-Voltage High-Current Optimization :

The "LV" low-voltage circuit configuration is fine-tuned to monitor systems operating within a 2S to 6S Lithium Polymer voltage threshold. Capable of handling up to 200A of continuous electrical flow, this hardware board provides real-time current consumption readouts back to your ground control station, enabling highly precise battery capacity countdown algorithms.

Premium Heavy-Gauge Factory Soldering :

To eliminate the risk of high-resistance cold joints or delamination under load, this Mauch 075 board comes pre-soldered with twin 10cm lengths of flexible 10AWG multi-strand silicone wire. This heavy-gauge wiring smoothly accommodates high current draws without overheating, bottle-necking your ESC distribution system, or adding mechanical stress to your battery leads.

Strict Autopilot Hub Protection Compatibility :

Built to lock directly into specialized Mauch premium power distribution systems (PDBs) or matching sensor hubs, the module outputs ultra-clean analog signals. It functions as a bulletproof telemetry source for professional setups running:

• Hexacopter and octocopter industrial platforms utilizing Cube Orange / Pixhawk 5X/6X flight controllers

• Commercial multirotors requiring high-accuracy remaining-capacity safety margins

• Long-endurance mapping planes and tactical surveillance fixed-wing aircraft

Specification :

• Brand: Mauch Power Systems

• Product Model Code: 075 (HS-200-LV)

• Sensor Core Type: High-Precision Hall Effect Current Transducer

• Maximum Continuous Current capacity: 200A

• Supported Voltage Measurement Range: 2S to 6S LiPo Battery Packs (Max 26V)

• Pre-wired Conductors: 2x 10cm length 10AWG High-Flex Silicone Wire

• Signal Output Protocol: Analog Voltage Calibration Line (Connects to Mauch BEC hub)

• PCB Board Dimensions: 26mm x 26mm x 11mm

• Net Weight Profile: 42g (Including pre-installed 10AWG wire leads)

• Onboard Power Isolation Shielding: Complete galvanic separation between high-amp path and sensor output

Frequently Asked Questions :

Q1: Can I plug this Mauch current sensor board directly into my Pixhawk power port?

Ans: No, Mauch current sensors output raw signals that require a matching Mauch sensor cable and a regulated Mauch BEC module (such as a 2-6S PL-BEC power supply) to step down the signal and interface safely with your flight controller's power port.

Q2: What is the main operational benefit of a Hall Effect current sensor over a standard shunt resistor?

Ans: Shunt resistors must heat up to measure current flow, which inherently degrades their accuracy during long flights. Hall Effect sensors read the surrounding magnetic field instead, keeping the sensor cool and delivering rock-solid, drift-free telemetry data from takeoff to landing.

Q3: Can I run this low-voltage (LV) board safely on an 8S or 12S drone power layout?

Ans: No, this board is strictly hardware-optimized for low-voltage (LV) systems up to 6S LiPo (maximum 26V). For higher-voltage setups like 12S or 14S configurations, you must use a Mauch HV (High Voltage) current sensor series module.

Q4: Do I need to perform manual amperage calibration inside Mission Planner for this sensor?

Ans: Every individual Mauch sensor board undergoes rigorous factory testing and comes with its exact specific calibration multiplier stamped right on the enclosure label. Simply enter that factory value into your ArduPilot/Mission Planner parameter settings for instant, spot-on accuracy.