DB510-DB171 Applied in Agricultural Greenhouses

DB510Transmitter + DB171 Probe

The efficient operation of agricultural greenhouses relies highly on the precise control of temperature and humidity. Especially during key stages such as crop seedling raising, growth, and fruiting, stable environmental parameters are crucial to ensuring yield and quality. With its high-precision measurement performance, special probe material, and environmental adaptability, DB510-DB171 has played a key role in temperature and humidity monitoring of a large-scale vegetable planting greenhouse, creating an ideal environment for crop growth.

Project Background
The total area of the agricultural greenhouse is approximately 2,000 square meters, mainly cultivating thermophilic crops such as cucumbers and eggplants. Different growth stages have clear requirements for temperature and humidity.
Previously, the sensors used in the greenhouse had measurement drift after long-term use due to the probe material being intolerant to alkaline components in soil and fertilizers, and they could not adapt to the high-humidity substrate environment. This led to lagging temperature and humidity regulation and a high crop disease rate. To solve this problem, it was necessary to deploy a sensing system that combines high-precision measurement and strong environmental adaptability.

Product Adaptability Analysis: Why is it Suitable for Agricultural Greenhouse Scenarios?
Combined with the characteristics of DB510-DB171, its adaptability to agricultural greenhouses is mainly reflected in the following aspects:
1. High-Precision Measurement and Long-Term Stability
2. Probe DB171: Material and Performance Adapt to the Special Environment of Greenhouses
3. Functions: Adapt to the Intelligent Management Needs of Greenhouses

In addition, the DB510-DB171 is equipped with a dual-line LCD display (optional), allowing farmers to directly view real-time data in the greenhouse without relying on terminal equipment; its 9-36VDC wide voltage power supply design is compatible with the DC power supply system of the greenhouse (such as solar power supply), and the minimum power consumption of 1.2kW further reduces long-term operating costs.

Application Effects
Since the deployment of DB510-DB171, the temperature and humidity management effect of the agricultural greenhouse has been significantly improved:

With "high-precision measurement, IP67-level strong protection, corrosion-resistant material, and fast response", DB510-DB171 perfectly meets the strict requirements for temperature and humidity monitoring in agricultural greenhouses. Its performance in improving crop yield, reducing energy consumption and maintenance costs proves that it is an ideal choice for temperature and humidity monitoring in protected agriculture and intelligent planting scenarios, providing reliable data support for the "precision and efficiency" of agricultural production.