Advanced Thermal Solutions ATVS-2020 – Automatic Temperature and Velocity Scanner

• Accurate single or multi-point measurements of air temperature, velocity and surface temperature for a variety of thermal measurement tasks
• 8, 12, 16, 20, 24, 28 or 32 sensor ports (sensors sold separately)
• Temperature range: -20 to 120ºC (-4 to 248ºF)
• Flow range: 0 to 50 m/s (0 to 10,000 ft/min)
• Requires a PC to operate – utilizes stageVIEW software for data acquisition and reporting 

The ATVS-2020 Automatic Temperature and Velocity Scanner is a patented, multi-channel hot wire anemometer system for single or multi-point measuring of air temperature and velocity. It is available with 8, 12, 16, 20, 24, 28 or 32 sensor ports. Each sensor measures both temperature and velocity. Please note, sensors are sold separately.

The unique, patented sensors are designed to be flexible, robust and low profile to minimize flow disturbance. They can be easily placed anywhere in the test domain. The use of a single sensor to measure both temperature and velocity eliminates errors introduced as a result of the flow being non-isothermal.

The ATVS-2020 is a scientific instrument and each sensor is calibrated with great care. The system provides easy and accurate mapping of the velocity and temperature fields of the test domain. It requires a PC for operation and utilizes the stageVIEW software for data acquisition and reporting.

Key Features

Single sensor technology: Measure both temperature and air velocity with a single sensor

Accuracy and ease of use: Research quality results with the ease of use of a hand-held meter

PCB Testing: Test actual or simulated PCBs for thermal and flow distribution

High and Low speed calibration: Sensors are calibrated for both low (natural convection) and high velocity flows from 0 to 51 m/s (10,000 ft/min)

stageVIEW software: For automated data acquisition, reporting and special thermal analysis module for quick evaluation of component temperature

Applications

• Surface and Air Temperature Measurement
• Velocity Measurement
• Heat Sink Characterization
• PCB Testing
• Heat Sink Comparison
• Wind Tunnel Testing
• Thermal Characterization Studies