The Same Hardware Installed on Mount Everest
The Campbell Intercept™ CCT AWOS solution is based upon the same weather station hardware that is used to withstand the harshest of conditions on Mount Everest. The weather stations installed on Mount Everest are the highest in the world. Visit the Everest Project web pages to learn more.
Campbell Scientific is proud to introduce our newest generation Automated Weather Observing System (AWOS) software, Campbell Intercept™. Campbell Intercept™ combines modern features and functionality with the flexibility and reliability desired by today’s airports. It has been designed to provide International Civil Aviation Organization (ICAO) and World Meteorological Organization (WMO) compliance within a flexible framework that is sensor agnostic, highly configurable, and can be modified to meet local in-country requirements.
Campbell Intercept™ provides web-based clients for many user profiles, including air traffic controllers, meteorological observers, maintenance personnel, and system administrators.
Campbell Intercept™ software can run on Windows or Linux-based operating systems. It has been designed to meet modern aviation stakeholder requirements related to security and software assurance.
We offer a variety of products that can be used to create systems for Historical Preservation. Many of the major components used to create these systems are listed below. Please let us know if we can help you configure a system.
At indoor sites such as museums, our systems can monitor relative humidity, temperature, light, CO2, particulate matter, and many other parameters. Data can be transmitted to a central computer for real-time display or archival and analysis. Automated control based on the measured parameters is also possible. For example, if temperature levels are outside a preset range, the system can activate or shut down HVAC equipment. Alarms can also be triggered or phone numbers dialed to alert key personnel. Our voice-synthesized phone modems can even call and verbally inform you if a problem is detected.
At outdoor sites, weather stations provide valuable meteorological data on relative humidity, wind speed and direction, temperature, solar radiation, precipitation, and other weather conditions. Parameters influencing structural integrity such as crack size, tilt, vibration, and soil moisture can also be monitored. Indoor and outdoor systems at the same site can be networked.
Our systems are based around battery-powered, programmable dataloggers (measurement and control units) that measure the sensors, then process, store, and transmit the data. Each datalogger has multiple channel types, allowing nearly all sensor types to be measured by a single unit. For example, light, air temperature, and relative humidity sensors can all be measured simultaneously by the same datalogger. Using multiplexers, one datalogger can measure hundreds of sensors. Multiple dataloggers at a site can be networked and transmit data to a single central computer for display, analysis, or archive.
Statistical and mathematical functions are built into our dataloggers, allowing data reduction at the measurement site. For example, if temperature measurements are taken in 10 minute intervals, the datalogger can process the data and output hourly averages with maximum and minimum temperatures. This provides the needed information in fewer numbers, simplifying the data analysis or review process. Measurements can be recorded for historical analysis and displayed in real-time in the desired units of measure (e.g., °F, °C, °K, etc.).
Because our dataloggers are programmable, they are capable of performing responsive measurement and control sequences. Powerful on-board instruction sets allow unattended measurement and control decisions based on time or conditional events. This includes activating or shutting down equipment, sounding alarms, or calling out to phones or pagers. Our systems can even perform functions based on multiple conditions or events, such as deciding to increase or decrease air exchange based on time of day, outside temperature, and/or inside temperature.
The reliability of our control units ensures collection of time-stamped data, even under adverse circumstances. Because they have their own power supply (alkaline or rechargeable batteries), the dataloggers continue to measure and record existing conditions during power outages. Time-stamped data provides valuable information for identifying and verifying past events.
We manufacture many sensors ourselves and offer a wide variety made by other manufacturers. Since our dataloggers are compatible with most available sensors, you have the flexibility to customize a monitoring system to your site.
Systems can be monitored and controlled by an on-site or remote computer. Telecommunications options for transmitting data and/or reporting conditions of remote sites include: radio, telephone, cellphone, voice-synthesized phone, and satellite. Options likely to be used at sites near the central computer include ethernet and coaxial cable. Options in a network can be mixed. If you want, you can even automate the process of putting your data on the Internet.
Campbell Scientific Australia has been a trusted leader in measurement systems for over 25 years. Our top priority has always been to provide the most accurate, reliable data for research and industry.
We design and manufacture instruments using state-of-the-art technology, and we make them rugged, so they are reliable in harsh environments. Our world-class technical support is backed by Campbell Scientific’s global network of 12 offices and factories.
Campbell makes products that you can trust, so you get data you can trust.