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Xi'an Tianyi Zhifei Technology Group Water Quality Sampling Secondary Development System

The Xi'an Tianyi Zhifei Technology Group Water Quality Sampling Secondary Development System is a DJI PSDK-based mission payload for customized water sampling. It supports flight-controller communication and developer integration of pumps, sensors and containers for automated collection, real-time data transmission and sample preservation.

Xi'an Tianyi Zhifei Technology GroupPayloads & thermal cameras
Weight
500±20g
Dimensions
96×150×650 mm
Supply voltage
12v

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Product overview

The Xi'an Tianyi Zhifei Technology Group Water Quality Sampling Secondary Development System is a mission payload developed within the DJI PSDK ecosystem. It communicates with the flight controller through a standard interface. Developers can customize the integration of sampling pumps, sensors and containers to enable automatic water sampling at preset times, depths and positions, together with real-time data transmission and sample preservation.

The system measures 96×150×650mm and weighs 500±20g. Its winching mechanism has a speed of 0.5m/s, with a load weight of 5kg. Electrical specifications are 60W total power and a 12v supply. An anti-tangle structure and limit detection support the winching arrangement, while the emergency-stop function incorporates mechanical braking.

Mission payloads

Specifications

Xi'an Tianyi Zhifei Technology Group Water Quality Sampling Secondary Development System specifications
SpecificationValue & conditions
Development platformDeveloped within the DJI PSDK ecosystem; communicates with the flight controller through a standard interface.
Sampling functionsAutomatic collection at preset times, depths and positions, real-time data transmission and sample preservation.With developer-customized integration of sampling pumps, sensors and containers.
Dimensions96×150×650mm
Weight500±20g
Total power60W
Load weight5kg
Winching speed0.5m/s
Supply voltage12v
Anti-tangle structureSupported
Limit detectionSupported
Emergency stopSupported, with mechanical braking

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