• GHTS

GHTS Temperature and humidity sensor

GHTS temperature and humidity sensor is a temperature and humidity chip imported from Sensirion, mounted on a PCB board, and then integrally packaged into a shell of different materials and structures. The signal is led out through cables of different specifications to achieve temperature and humidity measurement. Monitoring and Control. It is widely used in various application scenarios such as environmental monitoring, indoor temperature and humidity monitoring, cold chain transportation, and building fresh air systems.

> Solution


Output signal:I2C

Temperature range:-40~+125℃

Temperature accuracy:±0.1~0.3℃

Humidity range:-40~+125℃

Humidity accuracy:±1.5~3%RH

Cable material: PVC, TPE, silicone, etc.

Probe type: stainless steel slotted, brass plastic, stainless steel sintered, etc.

SHT Temperature humidity sensor

High measurement accuracy, good long-term stability, low power consumption

Sensirion's original imported SHT temperature and humidity sensor adopts advanced CMOSens® technology. It has small size, high measurement accuracy, fast response time, good long-term stability, and has temperature compensation capability. It outputs I2C digital signal, which is convenient for use with microcontrollers or other Digital devices communicate and integrate.

High quality PCB board design

High integration, stable performance, high protection

Integrating the temperature and humidity chip onto a high-quality, high-reliability PCB board can simplify the connection method on the basis of improving the integration level, improve the reliability and stability of the overall circuit, and reduce the impact of electromagnetic interference on chip performance. At the same time, testing and maintenance can be conveniently carried out.

Customer Case

Greenhouse temperature and humidity monitoring


Grapes are a crop with high requirements on temperature and humidity. Different stages of growth require different temperature and humidity conditions. By monitoring temperature and humidity, we can provide the most suitable growing environment, prevent the occurrence and spread of pests and diseases, thereby protecting the healthy growth of grapes and maximizing the yield and quality of grapes. At the same time, by controlling temperature and humidity, water evaporation and waste can be reduced, and water resource utilization efficiency can be improved.

Greenhouse temperature and humidity monitoring issues

Common methods for detecting greenhouse temperature and humidity include: ordinary temperature and humidity meters, or electronic digital display temperature and humidity meters with recording functions. Although it has the advantages of simple operation, intuitive visibility, low cost and mobility, it requires manual recording of data, has poor accuracy and real-time performance, and cannot perform real-time data analysis and decision support, making it unsuitable for long-term monitoring.


Use a PE-encapsulated temperature and humidity sensor with waterproof and dustproof functions to collect temperature and humidity data in the greenhouse in real time. Connect the sensor to the control system, read the sensor's temperature and humidity data through the control system, analyze and record it. At the same time, it can be equipped with a wireless module to realize remote monitoring and facilitate management and decision-making. The entire monitoring system automatically adjusts and controls the temperature and humidity of the greenhouse to provide a suitable growing environment and thereby improve crop yield and quality.

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