EDL professional level meteorological station

EDL is a comprehensive meteorological observation system based on RainWise's EDL electronic data collector from the United States, combined with various meteorological sensors. It can monitor wind speed, wind direction, temperature, humidity, atmospheric pressure, and rainfall in real time. In addition, it can be equipped with solar radiation, soil temperature and humidity, dry/wet bulb temperature, leaf temperature and humidity, photosynthetically active radiation, evaporation, water level, etc. Optional power supply can be provided by a solar panel or by using mains power. Optional wireless data transmission.

EDL Electronic Data Logger Data Collector

EDL is an electronic data collector with non-volatile memory, sleep mode, low power consumption, and can be directly connected to all sensors of RainWise company for use. EDL integrates a real-time clock, with non-volatile memory options of 128K, 256K, 512K, and 1M, and data storage intervals of 1, 5, 10, 15, 20, 30, and 60 minutes. EDL has two rows of LCD displays and an RS232 output serial port. After configuring the selected sensors at the factory, users no longer need any settings or programming. It can be powered by AC, DC or solar energy, and there are multiple options for data transmission, including wireless transmission modules, Ethernet or GPRS, CDMA wireless transmission modules, etc. In addition, free data collection software for PC is provided.

Technical parameters:

•Size: 19.5 × 10 × 4 cm
•Memory: 128K, 256K, 512K, 1M, 2M optional, backup lithium battery with a lifespan of 10 years
•Power supply: 6VDC
•Display: LCD， 2 lines, 16 characters
•Baud rate: 300-9600
•Input: 8 single ended or 4 differential, 3 numeric inputs.
•Output: RS232， Optional analog signal output.

Aervane wind speed and direction sensor

The AerVane wind speed and direction sensor can meet and exceed the design requirements of EPA. Wind direction measurement has no "dead zone", with accuracy and resolution reaching ± 1.0 degrees. Made of aluminum alloy, stainless steel, UV resistant PVC, and polycarbonate materials. RainWise computer interface can provide RS232 digital output, or optional 4-20mA or 0-1V analog output.

Product features:
•Meets and exceeds EPA standards
•NIST traceability
•Wind direction measurement without dead zone
•Plug and play

Technical parameters:
•wind speed
•Range: 0-60m/s, gusts up to 75m/s
•Accuracy: ± 1.0%
•Sensor type: 5-blade thruster, Lexan UV resistant
•Starting wind speed: 0.36m/s

Wind direction:
•Range: 0-360 °
•Resolution: 1 °
•Accuracy: ± 1 °
•Sensor type: Balance wind vane
•Start wind speed: ≤ 5.0m/s (10 degree deviation)

WindSonic ultrasonic anemometer

WindSonic is Gill's low-cost alternative to traditional cup-shaped/wind vane/thruster wind speed sensors, with no moving parts, no need for expensive on-site calibration or maintenance, and a corrosion-resistant appearance, making it a truly "forget it after installation" device.

WindSonic is made of polycarbonate material, with a compact size of only 0.5kg, corrosion resistance, UV resistance, and can operate in harsh environments without worrying about damage like mechanical anemometers such as wind cups or propeller impellers.

WindSonic is designed flexibly and can be easily configured to transmit the information that users need. Using the provided software, users can choose the appropriate output rate and measurement unit for their application. To ensure accuracy and reliability, each output data will have a status code to display its working status. WindSonic offers NMEA and RS232 digital outputs as standard, as well as three selectable features that provide different digital and analog outputs.

Product features:
•Lifetime consistent performance (no decrease in accuracy due to wear of moving parts)
•Wind speed 0-60m/s, wide measurement range
•Wind direction 0-359 ° operation, truly no dead zone
•Polycarbonate material, corrosion-resistant and UV resistant
•Low startup speed (0.01m/s)
•NMEA output
•Compatible with SDI-12 V1.3
•Low power consumption, generally below 2mA

Technical parameters:
wind speed
•Range: 0-60m/s
•Accuracy: ± 2% @ 12m/s
•Resolution: 0.01m/s
•Corresponding time: 0.25s
•Start wind speed: 0.01m/s
wind direction
•Range: 0-360 ° (no dead zone)
•Accuracy: ± 3 ° @ 12m/s
•Resolution: 1 °
•Corresponding time: 0.25s

RH/T temperature and humidity sensor

RainWise's RH/T temperature and humidity sensors are installed inside a louver protective cover, which is compact, aesthetically pleasing, highly accurate, and responsive.

Temperature sensors can be provided in various configurations according to user needs, including RTD's, thermistors, and thermocouples. A standard sensor is a solid-state integrated circuit with a built-in operational amplifier that ensures consistency across different cable lengths and interference environments. The relative humidity sensor adopts a polymer film capacitor installed in a porous plastic filter. Temperature and humidity sensors can be traced back to NIST.

The RH/T temperature and humidity sensor can be directly installed on RainWise's Monopoly bracket. RH/T can be configured as RS232 digital output or analog output.

Technical parameters:
Temperature (standard)
•Scope:- 40℃- 65℃
•Accuracy: ± 0.1 ℃
•Resolution: 0.1 ℃

relative humidity
•Range: 0-100% RH
•Accuracy: ± 2.0% RH @ 25 ℃, 10-90% RH
•Operating temperature:- 40℃- 85℃
•Lag: ± 0.8% of span maximum
•Linear: generally ± 0.5% RH
•Repeatability: ± 0.5% RH

ST-TH2O soil temperature sensor

Can be used for measuring soil temperature and water temperature, with a standard 7.5-meter cable that can be buried underground.

technical parameter
•Scope:- 40℃- 65℃
•Accuracy: ± 0.3 ℃
•Resolution: 0.1 ℃

T/WD wet/dry bulb temperature sensor

Technical parameters:
•Range: 0-50 ℃
•Accuracy: ± 0.15 ℃
•Resolution: 0.10 ℃
•Sensor type: high-precision thermistor

BAROP atmospheric pressure sensor

BAROP is a high-precision atmospheric pressure sensor based on silicon sensor technology that can provide accurate atmospheric pressure readings over a wide temperature range.

Technical parameters:
•Range: 300-1100mbar
•Resolution: 0.2mbar
•Accuracy: ± 1.5mbar
•Stability: 2.5mbar every 6 months
•Temperature range:- 40℃- 60℃

RGP tipping bucket rain sensor

The RGP rainfall sensor can provide accurate rainfall data at a reasonable price, and the 8-inch diameter collector meets the statistical accuracy requirements of the National Weather Service in the United States. Every time the tipping bucket flips, a counting signal is transmitted to the indoor display, and then the rain gauge is emptied. Users never need to manually empty the rain gauge, as each flip of the bucket represents 0.01 inches of rainfall.

technical parameter
•Scope: Unlimited, 8-inch diameter tipping bucket rain bucket
•Material: Polypropylene
•Switch: reed switch
•Output: below 0.1 seconds, pulse signal
•Resolution options: 0.25mm, 0.2mm, 0.1mm
•Accuracy: 1.5% @ 12.5mm/hour

RGA rainfall sensor

The RGA tipping bucket rain gauge housing is made of anodized aluminum alloy and stainless steel, which can effectively prevent radiation and corrosion, and improve the service life and accuracy of the rain gauge. The internal pouring cup is made of specialized plastic and has a very low coefficient of tension. A filled pouring rain cup will empty the rainwater under the action of gravity, and this action will produce an instantaneous switch closing signal. By collecting this signal, the rainfall amount and rainfall rate can be calculated.

The RAG tipping bucket rain gauge has a built-in level, which can be easily installed on RainWise's Monopoly bracket.

Technical parameters:
•Scope: Unlimited
•Materials: Aluminum alloy, stainless steel, plastic
•Switch: reed switch
•Output: below 0.1 seconds, pulse signal
•Resolution optional: 0.25mm
•Accuracy: 0.5% @ 12.5mm/hour
•Size: 21.9cm × 31.75mm
•Rain gauge diameter: 21.9cm

PGH tipping bucket rain gauge with heating function

The outer shell of the PGH tipping bucket rain gauge is made of anodized aluminum alloy and stainless steel, with heating function. The internal pouring cup is made of specialized plastic and has a very low coefficient of tension. A filled pouring rain cup will empty the rainwater under the action of gravity, and this action will produce an instantaneous switch closing signal. By collecting this signal, the rainfall amount and rainfall rate can be calculated.

When the temperature is below 1 ℃, PGH will be heated by the built-in electric heater for constant temperature control to improve the accuracy of the rain gauge.

The PGH tipping bucket rain gauge has a built-in level, which can be easily installed on RainWise's Monopoly bracket.

Technical parameters:
•Scope: Unlimited
•Materials: Aluminum alloy, stainless steel, plastic
•Switch: reed switch
•Output: below 0.1 seconds, pulse signal
•Resolution optional: 0.25mm
•Accuracy: 0.5% @ 12.5mm/hour
•Size: 21.9cm × 31.75mm
•Rain gauge diameter: 21.9cm

LW Leaf Moisture Sensor

The LW leaf surface humidity sensor can be directly installed and used with the Monopod mounting bracket.

technical parameter
•Material: Gold plated PCB board
•Output: 0-5V voltage output
•Power supply: 3.0 watts @ 12VDC
•Installation: It can be directly installed on the Monopod bracket.

SOL-PYR Solar Total Radiation Sensor

SOL-PYR is a total radiation sensor designed specifically for industries such as energy, agriculture, meteorology, and hydrological research. The sensor features a PIN silicon photodiode mounted on a fully cosine calibrated micro connector.

The sensor measures a wavelength range of 400-1200nm, with a maximum measurement range of 0.5-2000 watts per square meter, an overall accuracy of ± 5%, and a resolution of 10 watts per square meter. In addition to radiation intensity, SOL-PYR can also measure sunshine hours.

SOL-PYR can be easily installed on the Monopod bracket, made of materials such as silicon, aluminum alloy, stainless steel, and PVC.

technical parameter
•Range: 400-1200nm
•Accuracy: maximum ± 5%, generally ± 3%
•Sensitivity: generally 0.5mv/W/m2
•Response time: 10 milliseconds
•Input voltage: 8-16V
•Temperature dependence: maximum 0.06% per ℃
•Operating temperature:- 65℃- 80℃
•Operating humidity: 0-100% RH

SOL-PAR optical quantum sensor

SOL-PAR photon sensor is a PAR (photosynthetically active radiation) sensor designed specifically for energy, agriculture, meteorology, ecology, and other environmental monitoring. The accurate measurement range under natural and artificial light conditions is between 400-700nm.

SOL-PAR can be easily installed on the Monopoly bracket using materials such as silicon, aluminum alloy, stainless steel, and PVC (installation pipe).

Technical parameters:
•Range: wavelength 400-700nm
•Accuracy: ± 5%
•Sensitivity: Generally 5 μ A per 1000 μ mol/s/m2
•Linear: maximum deviation of 1%
•Stability: ＜ ± 2%, continuous for more than one year
•Corresponding time: 10 μ s
•Temperature dependence: maximum 0.15% per ℃
•Operating temperature:- 40℃- 65℃
•Operating humidity: 0-100% RH

SM Soil Moisture Sensor

The SM soil moisture sensor uses resistance to measure soil moisture content. A 4.6-meter cable can be buried, and the measuring probe only needs to be buried at the required depth to monitor the soil moisture content in real time.

technical parameter
•Measurement range: 0-200cb (centibar)
•Resolution: 1cb
•Sensor type: Resistance
•Cable length: 4.6 meters
•Weight: 103g

EVAP evaporation sensor

technical parameter
•Materials: stainless steel and PVC
•Range: 101-254mm
•Resolution: 0.25mm
•Accuracy: ± 0.25mm

H20LVL water level sensor

The H20LVL water level sensor can be used for water level monitoring in wells, pumping stations, water storage tanks, groundwater, surface water, ponds, lakeshores, and rivers.

technical parameter
•Range: 3-200 meters
•Accuracy: 0.1%

Monopod installation bracket

Durable and sturdy, aesthetically pleasing, easy to install, IP67 waterproof rating