- Overview
- Specification
- Accessories
- Product Resources How to Buy
- High-quality compact integrated weather station
- No moving parts
- Accurate and rugged solid state sensors
- Measures wind speed and direction, temperature, humidity, pressure and solar radiation
- Multiple additional derived parameters
- Built in electronic 2-axis compass
- SDI-12 enabled
The high performance GMX501 compact weather station is simple to install, use and maintain.
In addition to providing 6 measured parameters – the GMX501 can derive multiple additional parameters based on combining measured parameters, such as gust, average wind speed and dew point.
A neat, powerful and flexible weather monitoring solution
The GMX501 is engineered to ensure high measurement accuracy, low maintenance, and reliable continuous status reporting. It includes a range of sensor configurations allowing customers to select the model most appropriate to their needs.
The GMX501’s data is output as a single string which is available on a range of communications protocols – SDI-12 is default, but can be switched by user to MODBUS, RS232, RS422, RS485 or NMEA*.
Key benefits
- High quality measurement data due to careful sensor selection and extensive design testing and verification.
- Easy to set-up and integrate using comprehensive software to select the reported and derived parameters and measurement units required.
- Easy to install and long operational life, due to a compact, robust design and the selection of low maintenance sensors.
- Suitable for use with battery or solar systems in low power mode.
Typical applications
- Control systems including agriculture, smart buildings, and industry.
- Solar farms.
- Road and rail.
- Ports and harbours.
- Reporting systems for transport and safety.
- Low power/solar powered deployments and IoT applications.
*switch requires USB configuration cable – contact Delta-T Devices for more information.
Specification
Wind Speed| Range | 0-60 m/s |
| Accuracy | 0-10 m/s 0.3 m/s RMSE |
| 10-40 m/s 3% RMSE | |
| 40-60 m/s 5% RMSE | |
| Resolution | 0.01 m/s |
| Units of measurement | m/s, km/h, mph, kts, ft/min |
| Range | 0-360° |
| Accuracy | 0.5 m/s-40 m/s ±3° |
| 40-60 m/s ±5° | |
| Resolution | 1° |
| Units of measurement | degrees |
| Range | -40°C to +70°C with heating |
| Accuracy | ±0.3°C |
| Resolution | 0.1°C |
| Units of measurement | °C, °F, K |
| Range | 0-100% RH |
| Accuracy | typically ±2% RH across full range |
| Resolution | 1% RH |
| Units of measurement | % RH, g/m3 |
| Range | 300-1250 hPa |
| Accuracy 900-1100 hPa, 25-40°C | Absolute (typically) ±0.4 hPa |
| Relative (typically) ±0.08 hPa | |
| Resolution | 0.1 hPa |
| Units of measurement | hPa, mbar, mmHg, inHg |
| Wavelength sensitivity | 300 - 3000 nm |
| Output range | 0-1600 W/m² |
| Resolution | 1 W/m² |
| DIN standard | ISO 9060 Second Class |
| Unit of measurement | W/m² |
| Warranty | 24 months |
| Digital comms modes | RS232, RS422 RS485, SDI-12, NMEA 0183, MODBUS |
| Protocols | ASCII, SDI-12 v1.3, MODBUS (RTU and ASCII) |
| Data output rates | 1/s, 1/min, 1/hour, or polled |
| Input voltage | 5-30 VDC (10-30 VDC for heated models) |
| Current spec @ 12VDC | 25 mA continuous mode (std unit) 400 mA total with heating option +10 mA with GPS option 0.7 mA eco-power mode |
| Construction | UV stabilized thermoplastic |
| Fittings | Fit to 30mm to 58mm pole or mast |
| Weight | 0.8Kg |
| Connector type | 9-way clipper connector |
| Protection class | IP66 |
| Operating temp | -35°C to +70°C -40°C to +70°C with heating option |
| Storage temp | -40°C to +70°C |
Accessories
Hardware
Main components and software
Mountings and enclosures
Installation accessories
Cables and networks
Remote communications
Spares and consumables
Power options
Other
Product Resources
Data Sheets
- MaxiMet GMX501 Weather Station data sheet 140 KB
Filename: Maximet_GMX501_Weather_Station_data_sheet
Manuals
- MaxiMet GMX501 Weather Station Manual 4 MBDownloadFilename: Maximet_GMX501_ Manual
FAQs
- Setting up an M12 cable network to ensure a waterproof and secure connection.
Question
What is the best practice for setting up a M12 cable network to ensure a waterproof and secure connection..
Answer
It applies to:
GP2 for SDI-12 and logger networks.
Celora for SDI-12 networks.
All sensors with M12 connector cables.Examples of SDI-12 network and GP2 logger networks:
DO
When connecting multiple cables and T-piece together, it is essential that any M12 connector is tightened sufficiently:
• Ensure internal connector O-ring and opposite sealing face are free from dirt.
• Tighten the connector thumbscrews as much as you can by hand or use a torque driver set to 1Nm to be sure. See video:We recommend the Weidmuller “1900021000” torque driver:
• This will save lots of painstaking troubleshooting hours if you do have a loose connection and give you piece of mind that all connectors are correctly tightened.
• Untightened connectors can come undone and let water into the cable network which can damage wire cores and cause erroneous readings.
Connect in the office first and then transfer the network to the field. This way, you’re not trying to do it in unpleasant weather and the time pressures are off.
DON’T
Use duct tape. This will hold water against the connector. If tightened correctly, the connector will seal and hold.
Technical Notes
- MaxiMet GMX501 Application Note 96 KBDownloadFilename: Maximet_GMX501_ Application_note