Description
Kanomax High Accuracy Hotwire Anemometer with Analog and Pressure
- Use the automatic atmospheric pressure compensation function for precise readings
- Smart probe technology lets you change probes without recalibrating the main unit—order probes separately to create your system
- Special platinum-coated sensor provides excellent stability and durability
- 2 year warranty
Specifications & Description
- Max Air Velocity (ft/min)9840
- Min Air Velocity (ft/min)2
- Air Velocity Resolution1 ft/min (0.01 m/s)
- Air Velocity Accuracy±2% of reading or ±3 ft/min (±0.015 m/s), whichever is greater
- Min Temperature (° F)-4
- Max Temperature (° F)158
- Min Temperature (° C)-20
- Max Temperature (° C)70
- Temperature Accuracy±1.0°F (0.5°C)
- Temperature Resolution1.0°F, 0.5°C
- Max RH (%)98
- Min RH (%)2
- RH Resolution0.1% RH
- RH Accuracy±2% from 2 to 80% RH, ±3% from 80 to 98% RH
- Data LoggingYes
- Data Storage (samples)Up to 20,000 records
- Width (in)7 3/8
- Height (in)3 1/2
- Battery6 AA (included)
- DescriptionHigh Accuracy Hotwire Anemometer with Analog and Pressure
- Warranty2 year
Quickly and accurately test the performance of your lab's HEPA filters and fume hoods with these multi-function anemometers. They provide ±2% of reading accuracy which is essential for applications such as cleanroom certifications, laminar flow measurements, and R & D product development.
Sleek, ergonomic design with anti-slip grip and highly visible backlit display make it easy to use out in the field. Generous data logging capacity lets you store up to 20,000 data points. Easily download data to your computer for analysis via the USB interface. Order software to view real-time graphical display of data. For your convenience the anemometer keeps track of its own calibration cycle and reminds you when it is due for calibration.
Select an anemometer then select a probe to suit your application. Both anemometers measure air velocity, temperature, and humidity. The advanced model also measures pressure and feature an analog output. Unidirectional probes are economical and great for applications where the direction of the airflow is known. Omnidirectional probes can sense airflow from all directions—perfect for turbulent airflow applications.