Automatic Weather Station AWS 2700

Automatic Weather Station AWS 2700 A rugged self-contained station suited for use in remote places without electricity supply. Data can be recorded on site or be transmitted in real-time.

• Compact modular design
• Self-contained
• Rugged construction
• Flexible configurations
• Standardized sensor outputs
• Low power consumption
• Long-term unattended operation
• Real-time or on-site data storage
• Selectable recording intervals
• Automatic transmission of data
• Plug-in communication solutions
• Mast height: up to 10 meters
• Easy installation and rising of a 10-meter mast; only one person required
• Low maintenance

The Automatic Weather Station 2700 consists of light, compact units in hard anodized aluminum which are quick and easy to install. Sensors and the communication solution are fitted on a sensor cross arm placed on
top of the mast. The mast is supported by a freestanding cabinet which is bolted to the ground. A hinge at the base of the cabinet facilitates raising and lowering of the station. Standardized cables connect the Datalogger
to the sensors, and to the optional radio transmitter and/or solar cell power module if these are installed. The station is supplied with a tool kit and a CD containing operating manuals and other documentation. All Aanderaa SR10 sensors are read in selectable intervals by an 11-channel SmartGuard Datalogger located in the Cabinet. The raw data read from the sensors are converted to engineering units and stored in the Datalogger. In addistion to the SR10 sensors the SmartGuard can also read serial, digital and analog sensors. The SmartGuard is designed for ease of integration of new and existing sensor technologies into a single Aanderaa observatory node with modern self-describing XML data output formats. Real-time output of data can be accomplished with one of our communication systems listed on the next page. The data is also stored on a removable SD-card inside the logger for backup. The station has a low power consumption and can be powered by batteries, by mains AC power through an AC/DC Adapter, by a solar power pack.