About this document
Version information
Related manuals
Documentation conventions
Trademarks
Product overview
Vaisala Automatic Weather Station AWS810
AWS810 observations
Standard installation
Delivery and maintenance
Product and part names
Safety
ESD protection
UL/CSA C22.2 regulatory caution and warning statements
Configuration and maintenance overview
Overview of configuration
Information required for station configuration
Data security
Station parameters
Editing station parameters in Web UI
Overview of maintenance
DMU801 Device Management API
Connecting to station
Connecting to station using USB connection
Activating DMU801
Configuring station settings
Setting site parameters
Setting time
Configuring settings for heated enclosure
Configuring sensor settings
Configuring sensors
Configuring wind sensors
Configuring EKO MS series sensor
Configuring SP Lite2
Configuring NR Lite2
Configuring SnowVUE10
Configuring quality control parameters
Configuring communication settings
Configuring Ethernet connection
Configuring cellular modem settings
Verifying network connection
IP routing
IP routing example
Configuring firewall rules
Configuring data reporting
Configuring data reporting
Configuring connections for data reporting
Configuring SFTP or FTP server connection
Configuring TCP/IP socket for data reporting
Configuring serial line connection
Configuring GOES transmission
Configuring GOES messaging
Configuring data transfer to NM10
Configuring data transfer connection in AWS810
Logging
Data logging
Data storage
Downloading measurement logs
Managing user accounts
Managing user accounts
User roles
Adding new user accounts
Editing user accounts
Changing administrator password
Verification
Viewing measurement data
Backing up and restoring configuration
Installing DMU801 Configuration Tool
Downloading configuration file
Uploading configuration file to DMU801 through configuration tool
Maintenance
Site maintenance
Station maintenance
Mast maintenance
Support arm maintenance
Solar panel maintenance
Enclosure maintenance
Inside enclosure maintenance
Disconnecting power
Replacing system components
BMU801 status indications
Checking battery
Replacing backup battery
Resetting battery SoC counter
Replacing NTC resistor
Replacing BMU801
Replacing AC/DC power supply unit
Replacing surge protector
Replacing circuit breakers
Replacing enclosure heater
Replacing enclosure heating control relay
Replacing thermostatic switch
Replacing DMU801 plug‑in modules
Removing sensor connectors
Replacing DMU801
Replacing DMU801 lithium RTC battery
Replacing external memory card
Calibrating DMA801 and DMA802
BARO‑1 maintenance
Calibrating BARO‑1
PTB330 maintenance
WMT700 maintenance
Testing operation
Weather transmitter maintenance
Replacing PTU module
HMP155 maintenance
Changing HMP155 probe filter
Sending HMP155 for calibration
HMP110 maintenance
Changing HMP110 probe filter
NR Lite2 maintenance
SMP series sensor maintenance
SUV5 maintenance
SP Lite2 maintenance
CSD3 maintenance
PWD maintenance
Cleaning PWD
SBS314 maintenance
OTT Pluvio2 L maintenance
Emptying collecting bucket
Adding anti-freeze solution
CL31 maintenance
SnowVUE10 maintenance
PAA‑36XW maintenance
VEGAPULS C 23 maintenance
VEGAPULS 61 maintenance
QMT maintenance
Upgrades
Adding new sensors to weather station
Enabling and disabling sensors
Updating DMU801 firmware
Uploading configuration file to DMU801
Troubleshooting
Writing a problem report
Determining DMU801 operation mode
Logging in to Web UI
Logging in to Web UI remotely
Downloading diagnostic data
Downloading event logs
Viewing system status
Using serial console view
Viewing configuration data
Viewing configuration file metadata
Using external termination resistor on RS-485 line
Installing 120 Ω termination resistor
Restoring factory default settings
Restoring factory default settings through Web UI
Restoring factory default settings with Reset button
Restarting system remotely
Observations
Observations in CSV and SMSAWS data messages
WMO METAR codes for present weather
NWS codes for present weather
Air pressure tendency values
Sensor settings
WMT700 settings in AWS810
WXT530 settings in AWS810
HMP155 settings in AWS810
PTB330 settings in AWS810
PWD22 settings in AWS810
CL31 settings in AWS810
AWS810 sensor connection map
Accessories and spare parts
ENC652 spare parts and accessories
DMU801 spare parts and accessories
Powering and transient protection spare parts and components
Communication device spare parts and components
Cellular modem components and spare parts
GOES components and spare parts
Masts and spare parts
Support arm spare parts and accessories
Sensor spare parts and accessories
WMT700 options, spare parts, and accessories
WXT530 options, spare parts, and accessories
HMP155 options, spare parts, and accessories
HMP110 spare parts and accessories
PTB330 spare parts and accessories
NR Lite2 spare parts and accessories
SMP series options, spare parts, and accessories
SP Lite2 options, spare parts, and accessories
SUV5 spare parts and accessories
CSD3 spare parts and accessories
SBS314 options, spare parts, and accessories
OTT Pluvio2 L spare parts and accessories
PWD options, spare parts, and accessories
CL31 spare parts and accessories
SnowVUE10 options, spare parts, and accessories
PAA-36XW spare parts and accessories
VEGAPULS C 23 spare parts and accessories
VEGAPULS 61 spare parts and accessories
QMT110 spare parts and accessories
Recycling instructions
Warranty
Technical support
Recycling
The weather station standard
configuration contains a default GOES data message template. With station parameters, you can
edit the format, order, and observation sampling intervals.
In the Web UI, go to .
Under the parameter group features , set the Active value to on for the parameter MSG_GOES_10m . This enables the default 10‑minute message for GOES.
In the goes_10m_data parameter group, configure the following parameters for GOES message:
format
Format for the default GOES data message (textual or binary).
order
Data output for the default GOES data message (scan-or channel-ordered).
snapshotInterval
Snapshot interval in seconds. For example, if the snapshot interval is 600
seconds, the observation values are sampled every 10 minutes in the outgoing
message.
To save the changes and take them into use, select Save and restart
script .