Veinasa-THPGRW
Bracket
Ultrasonic
Contactless
Digital Type
Humidity
Customized
Greenhouse Temperature and Humidity Sensor
0 - 40m/S
0 - 359°
-40ºC - +80ºC
0-100%
300 - 1100hpa
0-1000 μG/M3
RS232,RS485,SDI-12(Optional)
VDC: 7-30V
Veinasa
Covered with Carton Packing
China
Product Description
Veinasa-THPGRW-PM Ultrasonic Environmental Meteorological Station Pm2.5 PM10 Humidity Temperature Sensor
Robust structure, easy for installation
7/24 continuous monitoring MODBUS Protocol, standard RS485/RS232 output
Built-in heating device ensures normal operation in cold weather
6 elements included, all-in-one weather station
Veinasa-THPGRW-PM Ultrasonic Environmental Meteorological Station Pm2.5 PM10 Humidity Temperature Sensor can be used to: City environmental monitoring Agricultural automatic meteorological station Traffic automatic meteorological station along the highway Meteorological field monitoring station Automatic weather station nearby high-voltage transmission substation or guyed
Veinasa-THPGRW-PM is a compact multiple-parameter meteorological monitoring instrument for measuring a variety of meteorological parameters. It can be used to measure and monitor air temperature, relative humidity, wind speed, wind direction, rainfall, radiation, Illumination, PM2.5 and PM10.
The sensor measures relative humidity by capacitance sensor element, temperature by NTC element, wind speed and direction by ultrasonic sensor technology.
Features of Veinasa-THPGRW-PM Ultrasonic Environmental Meteorological Station Pm2.5 PM10 Humidity Temperature Sensor:Item | Parameters | |||
Power Supply | 7-30V DC | |||
Average Consumption | 1.7w | |||
Body Material | ABS+Aluminum alloy | |||
Installation method | screw installation; sleeve installation, etc | |||
Communication Protocol | Modbus, SDI-12 | |||
Dimension | (Φ82mm×(105~212mm ) | |||
Weight | About 0.38kg | |||
The standard cable length | about 4m | |||
Working temperature | 30-80 ºC | |||
Protection grade | IP65, Rain proof outdoor available | |||
Operating Humidity | 0-100%RH | |||
Principle | Range | Accuracy | Resolution | |
Air Temperature | MEMS sensor | -40ºC - +80ºC | ±0.5ºC | 0.1ºC |
Air Humidity | MEMS sensor | 0-100% | ±3% | 0.1 |
Air Pressure(optional) | MEMS sensor | 300 - 1100hPa | ±3% | 0.1hPa |
Wind Speed | Ultrasonic | 0 - 40m/s | ±3% | 0.01m/s |
Wind Direction | Ultrasonic | 0 - 359° | ±3 ° | 1° |
Precipitation(Rain/Snow/Hail) | Radar | 0-8mm/min | ±10%( @ wind speed≤5m/s ) | 0.1mm |
Accumulated rainfall | 0-6550mm | ±10% | 0.1mm | |
Landing object | 0-7 | 1 | 1 | |
Total radiation | 0-1750W/m2 | ±5%( @ Vertical illumination) | 0.1 W/m2 | |
Cumulative radiation | 0-6545 MJ/ | ±5% | 0.1 MJ/ | |
Illumination | 0-200000lux | 5% | 10 | |
PM2.5 | 0-1000μg/m3 | 5% | 1 | |
PM10 | 0-2000μg/m3 | 10% | 1 |
Robust structure, easy for installation
7/24 continuous monitoring MODBUS Protocol, standard RS485/RS232 output
Built-in heating device ensures normal operation in cold weather
6 elements included, all-in-one weather station