Quantitative Sampling Robot

Quantitative Sampling Robot

  • Product Number:LD-DCY
  • Product Difference:A high-precision, portable smart device specifically designed for internal sampling within centralized air conditioning and ventilation systems in public spaces

Product Introduction

The Quantitative Sampling Robot is a high-precision, portable smart device specifically designed for internal sampling within centralized air conditioning and ventilation systems in public spaces.

This product is designed and manufactured in strict compliance with relevant standards outlined in the “WS 10013-2023 Hygiene Specifications for Centralized Air Conditioning Ventilation Systems in Public Places,” “WS/T 10004-2023 Hygienic Evaluation Specifications for Centralized Air Conditioning Ventilation Systems in Public Places,” and “GB 37488-2019 Hygiene Indicators and Limit Requirements for Public Places,” ensuring its stability and reliability across various industrial environments.

Constructed from advanced aerospace-grade aluminum alloy, it combines high-efficiency mobility with superior sampling technology to meet ventilation duct inspection and maintenance requirements across multiple industries.

Product Features

  • Compact Design: Dimensions of 310mm × 160mm × 100mm enable sampling within rectangular metal ducts as small as 100mm × 160mm.

  • Omnidirectional Viewing: Front camera with 200-degree tilt range and 150-degree wide-angle fixed-focus cameras front and rear provide a blind-spot-free field of view.

  • Accurate Sampling: Offers both scraping and swabbing methods. The sampler's effective sampling area is 50 square centimeters. The sealed dual-sampler design incorporates an airflow return duct and utilizes UV-cured 3D printing technology to ensure sampling area integrity.

  • User-Friendly Operation: Fabric strips and patented scraper clamps enable quick and easy installation, minimizing secondary contamination during field operations to achieve sterile procedures. Sampling error is less than 5%, with sampling deviation under 3%.

  • Fully Automated Sampling: Software-controlled one-button sampling functions for both “Dust Volume Sampling” and “Microbial Sampling” eliminate manual intervention, completing all sampling actions automatically.

  • Compliance: Fully meets requirements for centralized air conditioning quantitative sampling robots specified in WS 10013-2023, WS/T 10004-2023, and GB 37488-2019.

  • Flexible Control: Supports both wireless and wired control modes. Wired control range ≥50 meters; wireless control has no distance limitations. Video capture, photography, and robot control are all executed via the terminal device. The chassis and mobility module are integrally molded, with total weight not exceeding 4 kg.

  • Multi-Platform Compatibility: Supports control operations via Android and HarmonyOS smartphones, tablets, and computers.

  • Effective Battery Life: Equipped with a 4000mAh power battery, charging time ≤4 hours, providing approximately 5-6 hours of continuous operation per charge.

Product parameters

Dimensions310mm × 160mm × 100mm
Application RangeSuitable for rectangular sheet metal ducts with minimum dimensions of 100×160mm
Sampling MethodsSupports both scraping and wiping sampling methods with adjustable sampling duration
Sampling Area50 square centimeters
Sampling Error<5%
Sampling Deviation< 3%
Front Camera200-degree tilt angle, 3-megapixel CMOS sensor, 150-degree horizontal field of view wide-angle fixed-focus lens
Rear Camera3-megapixel CMOS sensor, 150-degree horizontal field of view wide-angle fixed-focus lens
Front Lighting5W* 4 LEDs, pure white light
Rear Light5W*2 LEDs, pure white light
Obstacle Clearance Height≥7cm
Climbing Angle≥48 degrees
Four-Way Traverse Speed0-12 m/min
Turning RadiusSpin on Spot
Operating RangeWired Control ≥50 m
Control MethodWireless or RJ45 Wired
Control TerminalSupports Android, HarmonyOS
Battery Type4000mAh Dedicated Power Lithium Battery
Charging Time≤4 hours
Continuous Operation Time5-6 hours
Power ConsumptionFull Peak Power Consumption < 70W
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