Mauch HS-200-HV

Mauch HS-200-HV Sensor Board

Mauch 200A – Current measurement sensor board, based on Allegro Hall Sensor ACS-200U.

The voltage reading of the LiPo is optimized for up to 14S LiPo packs.

This Sensor board needs a power supply. So please select the matching BEC according your preference from the BEC section.

The BEC will also power the flight controller as well as the attached equipment like GPS, telemetry… etc.

Connected to the Mauch sensor are 2x10cm AWG10 wire (red) as a standard.

The board comes with 10cm connection cable (DF-13-6p <-> DF-13-6p) to the FC. If you need a customized cable in different length, then please order it separately.

For other drone accessories, please visit our Store. Watch more about products on our YouTube.

The Mauch HS-200-HV is a current sensor designed for unmanned aerial vehicles (UAVs) and other high-voltage battery applications. It is a high-precision current sensor produced by Mauch Electronics, used for monitoring and measuring the flow of current between the battery and the motor.

The HS-200-HV utilizes advanced current measurement technology to accurately measure the current in high-voltage battery systems. It offers high accuracy and stability, providing reliable measurements under various operating conditions.

This current sensor features a compact size and lightweight design, making it easy to install on UAVs or other devices. By connecting between the battery and the electronic speed controller (ESC), it continuously monitors the current flow, providing crucial information about battery usage and motor load.

The HS-200-HV also incorporates reverse polarity protection and overcurrent protection to safeguard the current sensor and related equipment from accidental damage. It supports multiple communication interfaces such as UART, I2C, and CAN, facilitating connectivity and data exchange with flight control systems or other devices.

In summary, the Mauch HS-200-HV is a high-precision current sensor designed for UAVs and high-voltage battery applications. It accurately measures current flow and provides essential information about battery and motor load to ensure system stability and performance.