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Pitot tube replacement set. These items are used in combination with a differential pressure sensor to sense airspeed.
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Level voltage fixed!
The mRo Classic Digital airspeed sensor is equipped with a Measurement Specialties 4525DO sensor.
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The MS5525 is a new generation of a digital differential pressure sensor that is faster, more accurate and comes with temperature compensation. No more to say!
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[Designed & Assembled in California]
mRo AP_Peripheral / CAN Converter / RM3100 / DSP310
About the price: It is "expensive" because half of the price goes to the solid RM3100 Compass. But after you test it, you won't go back.
The mRo KItCAN is a powerful kit of features+firmware via CAN that tackles most of the robotic applications out there. With just 4-wires [CAN] you can cleanly have access to the most powerful magnetometer available today, the best Barometric pressure sensor we ever used, GPS+I2C ports that supports all legacy uBlox GPS sensors and a firmware that supports our MS5525 Airspeed Sensor (via I2C). If that is not enough it also includes an RGB LED and Arm Switch/Button.
The idea is to allow the system integrator to mount all the sensors as far as possible -usually in the front of the fuselage or the tip of the wing- and run a single CAN cable to autopilot for a clean and robust setup. Or it can all be mounted together as follows:
On mission planner set the following params:
CAN_P1_DRIVER - > 1
CAN_P2 _DRIVER - > 1 (Optional)
GPS_TYPE -> 9 UAVCAN
GPS_TYPE2 -> 9 UAVCAN (Optional)
Connect your KitCAN to your controller via CAN and Restart.
NTF_LED_TYPE -> UAVCAN (Only if you want RGB enabled)
If you want to enable the airspeed, on the autopilot/controller parameters via mission planner set:
ARSP_TYPE -> 8 UAVCAN
Then access your KitCAN parameters this way via mission planner:
Mission Planner->Initial Setup->Optional Hardware->UAVCAN-> SLCan Mode CAN1 (or 2) -> Parameters
1 min later inside the CAN Parameters change the following:
ARSP_TYPE -> 4
ARSP_USE -> 1
ARSP_BUS -> 0
Write and restart everything! Enjoy.
*Remember that mRo X2.1 has the CAN signal H and L crossover.
MCU:
STM32F303 ARM Microcontroller
Distances between holes (center to center): 14mm x 31.5mm
Holes diameter: 3.2mm
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