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APM/Pixhawk 180A Hall Sensor Inductive Galvanometer UBEC 12S Power
Monitor Module Ammeter Current Meter Molex /JST-GH 1.
APM/Pixhawk 180A Hall Sensor Inductive Galvanometer UBEC 12S Power Monitor Module Ammeter Current Meter Molex /JST-GH 1.25mm for RC Drone FPV Aircraft AirplaneProduct SpecificationModel: (optional)Hall Sensor / Galvanometer + JST-GH Wire / Galvanometer + Molex 1.25mm Wire / Galvanometer + Hall Sensor + JST-GH Wire / Galvanometer + Hall Sensor + Molex 1.25mm WireSize: 50*25*10mmWeight: Main module 16g, Hall sensor 6.5gInput Voltage: 2-12S LIPO Maximum 60VOutput voltage: 5V/3AVoltage detection ratio: 15.7 (3.3V system can reach 15.7*3.3=51V=12S LIPO)Current detection output ratio: 54.64A/V (3.3 system detects 54.64*3.3=180A)How to Calibrate on PIX Flight Control (refer to the last 3 pictures on page.)1. Select 434, that is, the sensor module chooses the preset Attopilot180A module, the
system will load the voltage divider value is 15.7, the current ratio is 54.64. After selection, in some cases, it will not take effect immediately. It is necessary to restart the flight control, so after selection 434, please restart the flight control and reconnect the ground station.2. After reconnecting to the ground station, reopen the battery monitoring settings page to ensure that the sensor module is switched to other when it has been displayed as 434 successfully saved. At this time, the voltage divider and ampere per volt columns turn gray to white.3. The system automatically divides the input voltage by the voltage detected by its ADC to get a new voltage divider. The calibration is c
system will load the voltage divider value is 15.7, the current ratio is 54.64. After selection, in some cases, it will not take effect immediately. It is necessary to restart the flight control, so after selection 434, please restart the flight control and reconnect the ground station.2. After reconnecting to the ground station, reopen the battery monitoring settings page to ensure that the sensor module is switched to other when it has been displayed as 434 successfully saved. At this time, the voltage divider and ampere per volt columns turn gray to white.3. The system automatically divides the input voltage by the voltage detected by its ADC to get a new voltage divider. The calibration is c
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