Новый модуль питания CUAV HV PM 10-60 В Pixhack Pixhawk XT60, штекер 5 В, выходное напряжение, ток для RC x7 Nora X5
Description
New CUAV HV PM 10-60V Pixhack Pixhawk Power Module XT60 Plug 5V Output voltage current for RC Drone FPV Racing Parts and AcceCuav hv_pm module is a new high voltage power supply module independently developed by cuav, which supports higher input voltage, more accurate current and voltage detection, and supports higher power output current
Feature:
Hold more high input voltage: 10v-60v (3s ~ 14s battery)
More accurate current and voltage detection: Voltage detection accuracy: + - 0.1v; Current detection accuracy: + - 0.2aA
Support higher power port output current: 5A
Maximum (detection) current: 60A
Function:
Provide 5V voltage output and maximum 5A current to fly control power supply
Detection of the current voltage output analog signal to the flight control
Detection of the current system output analog signal to the flight control
Because PIX flight control ADC maximum detection voltage of 3.3, so the maximum can only support 60A current detection.
Its use is very simple, 6P signal line into the flight control POWER connector
Ground station settings:
Use USB or digital connection to the ground station
Initial Setup >> Optional Hardware >> Battery Detector
Select monitor: 4; Sensor 0; APM version 4; Fill in divider ratio 18; fill amperes per volt: 24
Manual calibration voltage:
Because the PM module is an analog sensor device, there may be some differences
You can calibrate the parameters for better accuracy
Pre-calibration preparation:
1: Multimeter or BB ring (calibration voltage use)
Calibration voltage steps:
1: Use battery power, and connect to the ground station
2: Use the multimeter or BB to measure the current battery voltage
3: Select the sensor version is 0, in the measured battery voltage input current measured voltage filled into the box, click the mouse or click the TAB button, the ground station will automatically calculate a partial pressure ratio coefficient and automatically save the write Flight control
4: The calibration is complete, no current calibration required.
Specifications
| Option | Values |
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| Type |
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Product Details
New CUAV HV PM 10-60V Pixhack Pixhawk Power Module XT60 Plug 5V Output voltage current for RC Drone FPV Racing Parts and AcceCuav hv_pm module is a new high voltage power supply module independently developed by cuav, which supports higher input voltage, more accurate current and voltage detection, and supports higher power output current
Package Included:
voltage current *1,
Feature:
Hold more high input voltage: 10v-60v (3s ~ 14s battery)
More accurate current and voltage detection: Voltage detection accuracy: + - 0.1v; Current detection accuracy: + - 0.2aA
Support higher power port output current: 5A
Maximum (detection) current: 60A
Function:
Provide 5V voltage output and maximum 5A current to fly control power supply
Detection of the current voltage output analog signal to the flight control
Detection of the current system output analog signal to the flight control
Because PIX flight control ADC maximum detection voltage of 3.3, so the maximum can only support 60A current detection.
Its use is very simple, 6P signal line into the flight control POWER connector
Ground station settings:
Use USB or digital connection to the ground station
Initial Setup >> Optional Hardware >> Battery Detector
Select monitor: 4; Sensor 0; APM version 4; Fill in divider ratio 18; fill amperes per volt: 24
Manual calibration voltage:
Because the PM module is an analog sensor device, there may be some differences
You can calibrate the parameters for better accuracy
Pre-calibration preparation:
1: Multimeter or BB ring (calibration voltage use)
Calibration voltage steps:
1: Use battery power, and connect to the ground station
2: Use the multimeter or BB to measure the current battery voltage
3: Select the sensor version is 0, in the measured battery voltage input current measured voltage filled into the box, click the mouse or click the TAB button, the ground station will automatically calculate a partial pressure ratio coefficient and automatically save the write Flight control
4: The calibration is complete, no current calibration required.
