XF103 Temperature Humidity Pressure Sensor for Weather Stations

The XF103 Temperature, Humidity, and Pressure Sensor (Outdoor Protective Type) is an instrument designed for monitoring meteorological parameters across multiple fields. This device innovatively integrates the three standard meteorological parameters—air temperature, humidity, and atmospheric pressure—into a highly integrated structure. It enables 24/7 continuous online monitoring of outdoor meteorological parameters, outputting all three parameters simultaneously to users via a digital communication interface.

매개변수

사양

Ambient Temperature

-40-85℃

Relative Humidity

0-100%RH

Barometric Pressure

500-1100hPa

전원 공급 장치

DC9-24V

Humidity

0-100%RH

Introduct

The XF103 Temperature Humidity Pressure Sensor is a high-precision weather sensor specifically designed for weather stations and various environmental monitoring applications. It accurately measures temperature, humidity, and atmospheric pressure in real time, providing valuable data for weather forecasting, climate research, and environmental monitoring.

Structure of Temperature Humidity Pressure Sensor

  • Temperature Sensor Element: Precisely measures ambient temperature.
  • Humidity Sensor Element: Measures humidity in the air.
  • Pressure Sensor Element: Measures atmospheric pressure.
  • Signal Processing Circuit: Converts analog signals from sensors into digital signals.
  • Microcontroller (MCU): Processes, controls, and outputs sensor data.
  • Protection Rating: IP65 (dustproof and waterproof)
  • Material: UV-resistant ASA material (high durability, suitable for outdoor environments)
  • Communication Interface: RS485 interface, supports Modbus RTU protocol
  • Optional Customization: SDI-12 interface (additional fee required)
Temperature Humidity Pressure Sensor

size

사양

Below are the technical specifications for the temperature, humidity, and pressure sensors:

 매개변수

매개변수측정 범위정확성해상도
Ambient Temperature-40-85℃≦±0.3℃ (@25℃, typical)0.01℃
Relative Humidity0-100%RH≦±3%RH (@25℃, 10%-80%RH, typical)0.01%RH
Barometric Pressure500-1100hPa≦±0.3hPa (@25℃, 950hPa-1050hPa)0.1hPa
작동 온도-40℃-80℃
출력Standard product with RS485 interface, ModbusRTU;Customizable option SDI-12 (Extra cost apply)
전원 공급 장치DC9-24V
보호 수준IP65
Mounting MannerStandard Product is sleeve fixed, see product dimension. Optional: flange fixation or bending plate fixation)
Fixed TrestleOptional: 1.5 meter, or 1.8 meter bracket (extra cost apply)
케이블3미터 케이블 라인(옵션: 추가 비용으로 10미터 케이블 라인 구매 가능)
RemarksThis Sensor with Ambient Temperature, Relative Humidity and Barometric Pressure integrated, is installed in a three-layer outdoor radiation shield. The radiation shield adopts PC+ fiber special proportion configuration, and the interior is sprayed with thermal insulation layer, to minimize the solar radiation influence.

세부 정보 표시

Fixed method

Flange Mounting

Bending Plate Fixing Method

Features of Temperature Humidity Pressure Sensor

application Temperature Humidity Pressure Sensor

application

Temperature, humidity, and pressure sensors are widely used in meteorological monitoring, agriculture, environmental protection, industrial control, and other fields. Their high precision and multi-parameter monitoring capabilities make them essential tools for real-time environmental data collection and analysis, enabling users to accurately monitor temperature, humidity, and pressure changes. This enhances decision-making efficiency and optimizes management processes.

  • Weather Monitoring: Real-time tracking of weather changes with support for weather forecasting.
  • Agricultural Monitoring: Optimizing irrigation to enhance crop growth environments.
  • Environmental Monitoring: Analyzing air quality and monitoring climate change.
  • Industrial Automation: Controlling production environments to ensure product quality.
  • Indoor Air Quality Monitoring: Regulating temperature and humidity to improve indoor air quality.
  • Transportation and Logistics: Monitoring environmental conditions during cargo transportation.
  • Scientific Research and Laboratory Applications: Providing precise environmental data to support scientific research.

custom Temperature Humidity Pressure Sensor

Customatmospheric temperature humidity and pressure sensor offer highly flexible solutions, enabling adjustments to measurement ranges, communication protocols, power consumption, accuracy, and form factors according to specific customer requirements. Whether for monitoring in unique environments, meeting custom interface specifications, or adapting to industry-specific applications, customized sensors deliver more precise data acquisition and ensure more efficient, reliable performance.

  • Custom Measurement Range: Tailor temperature, humidity, and barometric pressure measurement ranges to meet customer requirements, suitable for extreme environmental conditions.
  • Custom Communication Interface: Standard RS485/Modbus RTU interfaces can be customized to SDI-12 interfaces for an additional fee.
  • Custom Power Consumption Design: Low-power designs can be customized for specific application scenarios, ideal for battery-powered long-term monitoring systems.
  • Dimensions and Mounting Options: Multiple sizes and mounting options available, including flange mounting and curved plate mounting methods.
  • Accessory Customization: Optional 1.5m/1.8m mounting brackets (sold separately). Standard 3m cable can be customized to 10m communication cable.
  • Temperature/Humidity Sensor Accuracy: Adjust sensor precision per industry requirements to meet high-demand applications.
  • Environmental Resistance: Features corrosion-resistant and UV-resistant materials with environmental-proof design, suitable for high humidity, low temperatures, or other extreme conditions.

Temperature Humidity Pressure Sensor 제조업체 및 공급업체

Yantai Sensor is a leading manufacturer of temperature humidity pressure sensor, specializing in providing customers with high-performance, reliable environmental monitoring solutions. With an experienced R&D team, advanced production systems, and rigorous testing facilities, our sensors deliver exceptional sensitivity, durability, and long-term stability in temperature, humidity, and pressure measurement. We offer customized services, tailoring precise solutions to meet specific customer requirements, with applications spanning meteorology, agriculture, industry, and beyond.

인증서

모든 날씨 모니터링 시스템은 엄격한 국제 표준을 충족하는 CNAS, ISO, CE, RoHS 인증을 받았습니다.

자주 묻는 질문

What is a Temperature Humidity Pressure Sensor used for?

A Temperature Humidity Pressure Sensor is used for monitoring environmental conditions by measuring temperature, humidity, and atmospheric pressure. It’s widely applied in weather stations, agricultural monitoring, industrial environments, and indoor climate control systems.

What are the benefits of using a Temperature Humidity Pressure Sensor in agriculture?

In agriculture, these sensors help optimize irrigation systems, monitor crop health, and enhance overall environmental management. Accurate environmental data is crucial for maximizing yield and ensuring crop quality.

How do Temperature Humidity Pressure Sensors work?

These sensors use dedicated components to measure temperature, humidity, and pressure. The sensor elements convert physical changes into electrical signals, which are then processed and transmitted as readable data.

What is the typical lifespan of a Temperature Humidity Pressure Sensor?

With proper maintenance and regular calibration, a high-quality sensor can last 5-10 years or more, providing reliable data over its lifespan.

How do I choose the right Temperature Humidity Pressure Sensor for my application?

Consider factors such as the required measurement accuracy, environmental conditions, communication options, and power requirements. Consulting with a professional can help tailor the sensor to your specific needs.

Can a Temperature Humidity Pressure Sensor be used in outdoor environments?

Yes, many models are designed with rugged enclosures and IP65/IP67 ratings to withstand harsh outdoor conditions, including rain, dust, and extreme temperatures.