Advanced Thermal Solutions Temperature & Air Velocity Candlestick Sensors

Advanced Thermal Solutions Temperature and Air Velocity Candlestick Sensors are robust, base-and-stem design sensors that measure air temperature and velocity for the thermal characterization of electronic systems. The low profile of the Candlestick sensors introduces minimal disturbance in the test domain. These sensors feature a polyimide-sleeved stem, which facilitates installation and repositioning during the test set-up. Sensors are calibrated for low (natural convection) and high velocity flows. The devices are capable of air temperature measurements ranging from -10°C to +120°C ±1°C. Velocity measurements range from 0m/s to 50m/s (10,000 LFM) ±3%.

The use of a single sensor to measure both air temperature and velocity at the same location eliminates errors that can occur when airflow is non-isothermal. Advanced Thermal Solutions Multiple Candlestick Sensors can be easily installed to provide a detailed map of a system’s thermal and airflow conditions. The sensors' robust and flexible nature allows for the continuous repositioning of the sensor in the test domain.

Features

  • Measures from 0m/s to 50m/s with no need to change the sensor for a different flow
  • Offers highly accurate readings in Hot Wire Anemometry in electronics cooling
  • Ideal for conditions where rapid measurement of flow control is required
  • Candlestick sensors can be placed anywhere in the test domain
  • Measures both air temperature and velocity by a single sensor at the same point
  • Sensors are pre-calibrated for both low (natural convection) and high velocity flows
  • Double-sided adhesive makes the sensors easy to mount on any surface
  • An all-plastic design prevents the shorting of electronics
  • Compatible with all ATS measurement instruments

Specifications

  • 9.5mm base diameter
  • 0.5mm sensor stem diameter
  • 1.1mm sensor bead diameter
  • -10°C to +120°C ±1°C operating temperature range
  • RoHS compliant

Applications

  • Telecommunications
  • Automotive
  • Medical instrumentation
  • Thermal management
  • Pharmaceuticals
  • Chemical
  • University research
Veröffentlichungsdatum: 2019-11-20 | Aktualisiert: 2025-02-17