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Moisture sensor 3D Models

Find the best Moisture sensor 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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A precise technical 3D CAD render of an agricultural IoT soil moisture node. The main unit is an IP65 waterproof ABS plastic project enclosure, exactly 120x80x60mm in size. CRITICAL REQUIREMENT: The box has absolutely NO screen, NO display, NO glass, and NO buttons; it is a completely solid, opaque plastic box. On the top of the enclosure is a single external 868 MHz LoRa antenna (approximately 3 dBi gain) connected via an SMA connector. On the bottom of the enclosure is a heavy-duty waterproof cable gland. Emerging from this bottom gland is a long, 2-meter waterproof black cable. At the far end of this 2-meter cable is a capacitive v2.0 soil moisture sensor, characterized by a flat, corrosion-resistant, black PCB probe design (specifically NOT a purely metallic resistive sensor). Clean studio lighting, isometric view, white background, highly detailed photorealistic industrial hardware design and add this picture as a logo in the box .
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Create a realistic 3D prototype model of “HydroCache – AI-Based Water Quality Monitoring and Smart Irrigation System” displayed on a clean engineering project table. Include a transparent water source tank with pH and TDS sensors placed in water and connected with wires. Add a purification module with normal filtration and RO desalination filters connected through pipes. Show a blue RO reject tank labeled for irrigation use. In front, place an Arduino and ESP32 control board connected to sensors. On the right side, include a soil bed with a plant and soil moisture sensor connected to a smart irrigation pipe system watering the plant. Add a laptop displaying a cloud monitoring dashboard with water quality graphs. Use modern 3D engineering render style, realistic lighting, clear labels, isometric view, and high-quality 3D visualization
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Generate a realistic 3D model of an IoT-based smart irrigation system prototype titled “IoT Based Climate Responsive Irrigation System with Seasonal Threshold Control”. The model should represent a small agricultural demonstration setup with a soil bed and plants. Include the following electronic components arranged clearly like an engineering project prototype: • ESP32 microcontroller board acting as the main controller • DHT22 temperature and humidity sensor placed above the soil • Soil moisture sensor inserted into the soil near the plant roots • Rain drop sensor mounted on a small stand to detect rainfall • DS3231 RTC module connected near the ESP32 board • 5V relay module used to control irrigation • Mini submersible water pump placed inside a small water tank • Water pipe delivering water from the tank to the soil • LED with resistor acting as a pump status indicator • Visible jumper wires connecting sensors and modules to the ESP32 The environment should look like a smart agriculture demonstration
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Transformar esta ilustração 2D plana em uma imagem estilo 3D
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参考图类似效果， 设计一个无屏温湿度传感器， 尺寸：60*40*27mm； 表面圆润，有安装支架
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3D model of a DIY smart plant watering system, featuring a small potted plant with a soil moisture sensor, a tiny control box attached to the side, and a small water pump inside a plastic bottle connected by a thin tube, school science project style.
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1️⃣ Présentation générale Le prototype développé dans le cadre du projet Irrigation Avancée consiste en un système d’irrigation intelligent basé sur l’Internet des Objets (IoT). Il permet de surveiller en temps réel les conditions du sol et de l’environnement, puis d’adapter automatiquement l’irrigation en fonction des besoins réels des cultures. L’objectif principal du prototype est de démontrer la faisabilité technique d’une solution capable d’optimiser la consommation d’eau tout en améliorant la productivité agricole. 2️⃣ Architecture du système Le prototype est structuré autour de quatre modules principaux : 🔹 Module d’acquisition des données Capteur capacitif d’humidité du sol (v1.2) Capteur climatique DHT22 (température et humidité de l’air) Ces capteurs collectent les paramètres environnementaux nécessaires à la prise de décision. 🔹 Module de traitement (Unité de contrôle) Microcontrôleur Arduino Uno L’Arduino assure : La lecture des données capteurs L’analyse des seuils prédéfinis La pri
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i need a model of dome withb plants ,hanging lamps soil moisture sensor small water pump
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Final Component List (Phone Alert Only) ESP32 Development Board 360 Capacitive Moisture Sensor (Fabric Dryness Detection) 80 Temperature & Humidity Sensor (DHT22 / SHT31) Dht22-180 Rain Sensor Module 50 Light Intensity Sensor (BH1750 / LDR) Bh1750-150 3.7V Li-ion / Li-Po Battery 80 rs TP4056 Battery Charging Module 20rs DC-DC Boost Converter (if required) Tell model number Slide Switch 20 LED Indicator (status only, optional) 2rs each Jumper Wires 60 rs (40pcs strip) PCB / Breadboard Pcb-50 Breadboard-60 Clip-on Enclosure / Cloth Clip these are my component list give me the 3d picture of a perfectly connected sensors with all details keenly for intelligent cloth clip
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ThinSatAgregar un sensor de temperatura externo visible, pequeño módulo cilíndrico o placa sensora, etiquetado como "Temperature Sensor".
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SENSOR DE TEMPERATURA datalogger
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