Airflow Monitoring Station Supplier in NC

Precise control of air flow rates is essential for the successful operation of today’s high performance buildings. Accurate measurement and control of outside air flow introduced for the dilution of indoor contaminants requires precise monitoring and control of outside airflow rates into the building. Proper pressurization is essential to limit moisture development within the building envelope. Established in 1984, Ebtron thermal dispersion airflow measurement products provide the accuracy, repeatability and reliability necessary to ensure that these objectives are satisfied and maintained. Our trained application specialists, combined with an extensive local representative network, can help your designs meet the demanding performance requirements of 21st century buildings.

What applications benefit from airflow monitoring?

• Fortune 500 Companies
• K-12 Schools
• Universities
• Healthcare & Medical Facilities
• Government Buildings
• Laboratories & Clean Rooms
• Data Centers
• Museums, Galleries & Libraries
• Airport & Cruise Terminals
• Arenas
• Courthouses

How Does Airflow Monitoring Benefit Your Design?

• Comply with ASHRAE Standards
• Demonstrate Code Compliance
• Satisfy LEED Prerequisites and Credits
• Provide Acceptable IAQ
• Save Energy
• Reduce Liability
• Improve Building Performance

What is Thermal Dispersion Technology?

Thermal dispersion airflow measurement was pioneered by EBTRON in the early 1980’s. Since then, the Company has continuously refined and improved its technology and products. Today, EBTRON manufactures the highest quality airflow meters available and is arguably the leader in airflow measurement technology. Thermal dispersion relates the velocity of the air to the power and rise in temperature of a heated element in a moving air stream. EBTRON uses precision, bead-in-glass thermistor probes to measure the airflow rate and air temperature. Multiple sensing points are used to produce an average velocity for true volumetric or mass airflow. Each individual sensor node is calibrated to NIST traceable airflow standards at up to 16 points resulting in a sensor accuracy of 2% of reading.

The leader in Airflow Measurement

EBTRON’s engineering design team continuously tests and improves its products. Product testing is conducted in environmental chambers to evaluate performance under the environmental limits that the transmitter and sensor probe will encounter. Sensor node assemblies are tested by an independent laboratory to demonstrate survival in high-salt and atmospheric acid environments. EBTRON maintains a computer-controlled manufacturing system with more than 30 automated calibration and quality checkpoints. Every sensor node is independently calibrated against NIST traceable standards in custom designed and automated calibration wind tunnels. Precision bead-in-glass thermistor probes manufactured to EBTRON specifications undergo a rigorous aging process to ensure long-term stability and high reliability under self-heat conditions. The ruggedized bead-in-glass design differentiates EBTRON from competitors that use less stable, “chip” type thermistors. High performance transmitters undergo electrical burn-in prior to calibration and use only the highest quality industrial grade components to provide for additional reliability. The result is unparalleled performance and reliability that meets the demands of today’s high-tech green buildings.