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LoRaWAN Chlorine Residual Sensor for Agricultural Irrigation: Elevate Water Quality & Crop Yield
Jan 04 , 2026
In modern agriculture, water quality is not just a factor in crop growth—it’s a cornerstone of sustainable farming and food safety. For farmers and agribusinesses worldwide, ensuring irrigation water is free from harmful pathogens while avoiding excessive chemical exposure is a constant challenge. Chlorine residual monitoring emerges as a critical solution, and when paired with LoRaWAN technology,...
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Infrared calibration technology empowers intelligent monitoring! The new generation of RS485 CO2 temperature and humidity sensors leads the upgrading of agricultural environmental monitoring
Jan 05 , 2026
With the rapid development of facility agriculture and smart farming industries, precise environmental parameter monitoring has become a critical factor in boosting productivity and ensuring quality. Real-time control of CO₂ concentration, temperature, and humidity directly impacts crop photosynthetic efficiency and growth cycles. Recently, the RS485-type CO₂ temperature and humidity sensor equipp...
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No More Irrigation Guesswork: ZONEWU 3-in-1 Soil Sensor for Higher Yields & Water Savings
Jan 07 , 2026
Imagine checking your soil’s health from your smartphone, knowing exactly when to water, and watching your crops thrive—all while slashing water and fertilizer costs. That’s not the future of farming—it’s today, thanks to the ZONEWU RS485 3-in-1 Soil EC Sensor. Designed for modern growers, this all-in-one device takes the guesswork out of irrigation by monitoring soil moisture, temperature, and el...
Tags :
- Soil sensor, Smart irrigation, Water saving, Farm IoT, Crop yield, EC probe
- 3-in-1 sensor, Waterproof, Durable, Soil monitor, Farm tool, Precision farm
- Soil moisture, Soil temp, Soil EC, Agri sensor, Drought monitor, Farm tech
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How to prevent hydrogen leakage? LoRaWAN hydrogen sensors monitor accurately to safeguard safety in multiple scenarios
Jan 07 , 2026
With the large-scale application of hydrogen energy in fields such as energy storage, industrial production, and new energy, the safety risks posed by hydrogen leakage have become increasingly prominent. The LoRaWAN hydrogen sensor launched by ZONEWU, based on the three-electrode electrochemical detection principle, integrates high-precision collection, wireless transmission, and intelligent early...
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NDIR vs.Electrochemical Sensors: A Technical Comparison and Scenario Selection Guide for SO₂ Monitoring
Jan 15 , 2026
In the field of industrial environmental monitoring, the accurate detection of sulfur dioxide (SO₂) is a critical step in safeguarding ecological security. As two mainstream technical solutions, non-dispersive infrared (NDIR) and electrochemical sensors demonstrate distinct competitive advantages in different application scenarios, based on their unique technical mechanisms. Technical Mechanisms: ...
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Operation and Maintenance Tips for RS485 Hydrogen Chloride Transmitter
Jan 27 , 2026
RS485 hydrogen chloride transmitters are mostly used in chemical plants, chlor-alkali plants and other scenarios, with the key function of stably monitoring corrosive gases. Mastering the following practical tips can effectively extend the service life of the equipment and ensure measurement accuracy. 1. Installation and Site Selection: Avoid Interference in Line with Product Characteristics Hydro...
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Practical Test of LoRaWAN PM2.5/PM10 Sensor: Core Adaptation to Industrial Scenarios, Stable, Durable and Low-Maintenance
Jan 30 , 2026
The core application scenarios of PM2.5/PM10 sensors undoubtedly lie in the industrial sector. Dust-prone areas such as cement plants, flour mills, and industrial workshops have extremely high requirements for the accuracy and stability of dust monitoring. As a LoRaWAN-based sensor, the LW313D focuses on adapting to industrial scenarios. This article focuses on testing its performance in industria...
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Revolutionize Large-Scale Farming: How ZONEWU’s Solar-Powered LoRaWAN Soil pH Detector Transforms Soil Health Management
Feb 03 , 2026
Why Soil pH Monitoring Is Non-Negotiable for Modern Farms Soil pH is the hidden backbone of crop health. It directly impacts: Nutrient availability: Essential elements like nitrogen, phosphorus, and potassium become inaccessible when soil is too acidic or alkaline. Microbial activity: Beneficial soil bacteria that break down organic matter thrive only in optimal pH ranges. Crop yield & quality...
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