Key benefits Waterproof temperature sensor module for reliable measurements in soil, outdoor, and other moistureprone environments. Flexible resolution settings from 9 to 12 bits for optimizing precision, speed, and storage according to project needs. Userfriendly threewire connection with clear color codes (green DATA, red VCC, yellow GND) to reduce wiring errors and speed up setup. What makes it stand out Robust waterproof design for wet or damp installations Simple threewire interface for easy wiring to common microcontroller platforms Adjustable resolution offering a practical balance between accuracy and data handling for various applications Key attributes Function: temperature sensing with waterproof housing Compatibility: designed to connect to standard microcontroller platforms via a threewire interface Size and form: compact module for integration into projects with limited space Material: waterproof construction for withstanding exposure to moisture and moisturecontaining environments Performance: adjustable 9–12 bit resolution for measurement precision Specifications at a glance Sensor type: waterproof temperature sensor module Resolution: adjustable from 9 bits to 12 bits Output: threewire interface Color coding: DATA on green, VCC on red, GND on yellow Applications: soil temperature monitoring, hot water system control, and other moistureprone environments Use scenarios Soil temperature monitoring in a greenhouse or field for informing irrigation and crop management Controlling hot water systems in residential or commercial settings requiring reliable temperature feedback Outdoor or garden automation projects needing waterproof temperature data logging and realtime control Setup and wiring notes Connect VCC to the power supply, GND to ground, and DATA to the microcontroller input capable of reading the sensor output Use the 9–12 bit resolution setting to balance measurement precision with data rate and storage requirements Ensure proper waterproof installation to maintain measurement accuracy and sensor longevity