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Vaisala WXT530 series meteorological transmitter
Suitable parameter combinations for easy use and integration. Meteorological parameter integrator can add analog sensors. Small size, light weight, lo
Product details
Vaisala WXT530 series meteorological transmitter
The Vaisala Weather Transmitter WXT530 is a unique series of sensors that combine various parameters for convenient selection according to your needs. The flexible modular design is a fundamental feature of the WXT530 series, suitable for various meteorological applications The WXT530 series can help you better understand weather conditions.
advantage
- Applicable parameter combinations
- Easy to use and integrate
- Meteorological parameter integrator
- Can add analog sensors
- Small size and light weight
- Low power consumption
- Current output suitable for industrial applications
- high performance-price ratio
flexibility
WXT530 belongs to the meteorological instrument series, providing six of the most important meteorological parameters, including pressure, relative temperature, humidity, rainfall, wind speed, and wind direction in various combinations. You can choose the appropriate sensor for your meteorological application based on the required parameters, with multiple digital communication modes and power supply ranges for you to choose from. In addition, there is a heating option. The low power consumption characteristic can also realize the application of solar panels. The Vaisala WXT530 series emphasizes maintenance free operation in a cost-effective manner.
Integrated
The integrated series provides multiple analog input options for other third-party analog sensors. With the built-in analog-to-digital converter, you can transform the WXT530 transmitter into a cost-effective small weather parameter integrator. Including solar radiation and external temperature sensors. In addition, the simulated output of wind speed and direction can be applied to various industrial applications WXT530 is higher than the maritime standard requirements of IEC60945.
stable performance
The WORD530 series adopts Vaisala's unique sensor technology and has stable performance. The wind measurement adopts the Vaisala WINDCAP ultrasonic sensor to determine the horizontal wind speed and direction, atmospheric pressure, temperature and humidity, all of which are measured by capacitive measurement in one PTU module. This module is easy to replace and does not require any contact with sensors. The measurement of precipitation adopts a unique Vaisala RAINCAP acoustic sensor, which avoids problems such as overflow, blockage, moisture and evaporation loss.
| WXT531 | WXT532 | WXT533 | WXT534 | WXT535 | WXT536 |
| Measurement parameters: | Measurement parameters: | Measurement parameters: | Measurement parameters: | Measurement parameters: | Measurement parameters: |
| rainfall | wind speed | rainfall | air pressure | air pressure | air pressure |
| wind direction | wind speed | temperature | temperature | temperature | |
| wind direction | humidity | humidity | humidity | ||
| rainfall | rainfall | ||||
| wind speed | |||||
| wind direction |
technical data
| atmospheric pressure | |
| range | 600-1100 hPa |
| accuracy (For sensing components) |
± 0.5 hPa at 0~30 ℃ (+32~+86 ° F) -± 1 hPa at 52~+60 ° C (-60~+140 ° F) |
| Output Resolution | 0.1 hPa，10 Pa，0.001 bar，0.1 mmHg，0.01 inHg |
| air temperature | |
| range | -52~+60 ° C (-60~+140 ° F) |
| Accuracy (for sensing elements at 20 ℃) | ±0.3°C（0.17°F） |
| Output Resolution | 0.1°C（0.1°F） |
| relative humidity | |
| range | 0-100% RH |
| Accuracy (for sensing elements) | ± 3% RH at 0-90% RH, ± 5% RH at 90-100% RH |
| Output Resolution | 0.1％RH |
| PTU measurement time interval | 1-second increment, 1-3600s |
| rainfall | |
| rainfall | Accumulated value after the last automatic or manual reset |
| Collection area | 60 square centimeters |
| Output Resolution | 0.01 millimeters |
| Long term cumulative accuracy in the field | Above 5%, depending on specific weather conditions |
| rainfall duration | Once raindrops are detected falling, calculate in increments of 10 seconds for snow |
| Output Resolution | 10 seconds |
| rainfall intensity | Slide one minute average, 10 second step |
| range | 0-200mm/h (the range increases when the accuracy decreases) |
| wind | |
| wind speed | |
| range | 0-60m/s |
| response time | 0.25 s |
| Output variables | Average, maximum, and minimum values |
| accuracy | ± 3% at 10m/s |
| Output Resolution | 0.1 m / s（km / h，mph，knots） |
| wind direction | |
| azimuth angle | 0~360 ° |
| response time | 0.25 s |
| Output variables | Average, maximum, and minimum values |
| accuracy | ± 3.0 ° at 10m/s |
| Output Resolution | 1° |
| Measurement time range | |
| average time | 1-second increment, 1-3600s, based onSampling rate of 4, 2 or 1Hz (configurable) |
| Update Interval | 1-second increment, 1-3600s |
| input and output | |
| working voltage | 6-24V DC (-10%.+30%) (absolute value) |
| Average Current Consumption | 0.1mA at 12VDC (SDI-12 backup) |
| minimum value | 0.1mA @ 12V DC (SDI-12 standby) |
| Typical values | 3mA at 12VDC (default measurement interval) |
| Maximum value | 15mA at 6VDC (continuous measurement of all parameters) |
| heating | Options: DC, AC, Full Wave Rectified AC |
| voltage | Effective value of 12-24V DC/12-17V AC (-10%...+30%) |
| TYPICAL CURRENT | 0.8A @ 12VDC: 0.4A @ 24V DC |
| Digital Output | SDI-12，RS-232，RS-485，RS-422 |
| Communication protocol | SDI-12 v1.3, ASCII automatic and polling, NMEA Electronics Association 0182 v3.0 with query options |
| Analog input options | |
| solar radiation | CMP3 |
| Level measurement | IRU-9429 |
| Tipping bucket rain gauge | RG13 |
| temperature | PT1000 |
| Analog mA output options | |
| wind speed | 0-20mA or 4-20mA |
| wind direction | 0-20mA or 4-20mA |
| Load impedance | Maximum value of 200 Ω |
| general conditions | |
| degrees of protection provided by enclosure | IP65 (without installation connector) IP66 (including installation connector) |
| Storage Temperature Range | -60... 70 degrees Celsius (-76... 158 degrees Fahrenheit) |
| temperature | -52... 60 degrees Celsius (-60... 140 degrees Fahrenheit) |
| relative humidity | 0-100% RH |
| pressure | 600-1100hPa |
| wind speed | 0-60m/s |
| Testing standards | |
| EMC | IEC61326-1：2013; IEC60945：2008; |
| IEC55022:2010 Class B | |
| environment | IEC60068-2-1,2,6,14,30,31,52,78; |
| IEC60529; VDA 621-415 | |
| maritime | DNVGL-CG-0339; IEC60945 |
For more selection techniques, please inquire
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