TMA10A
Amprobe®* Actual product may vary from image
This Anemometer with Flexible Precision Vane is ideal for HVAC technicians measuring heating, ventilation, air-conditioning, refrigeration, wind flow and temperature in residential, commercial and industrial air conditioning systems. It offers numerous functions—use it to check air velocity FPM (feet per minute), air volume (flow) CFM (Cubic feet per minute) plus the remote vane allows greater measurement location flexibility. Switch between °C and °F. Input the area of airflow measurement to gain accurate air velocity results. Measure an air flow source for a continuous moving average for up to two hours. Determine minimum, maximum and average readings from a single point air source. Large dual display allows views of both air flow and velocity measurements plus temperature. Long extended flexible cord for remote vane access capabilities. All the measurements can be output to a computer for charting or analysis by optional model TM-SWA software and RS232 cable. Shipped in a deluxe hard carry case to protect and transport your Anemometer.
Details
MFG PART #:TMA10A
TRC Part #:FLUKTMA10A
UPC #:095969398886
Inventory
$406.01 E
Details
MFG PART #:TMA10A
TRC Part #:FLUKTMA10A
UPC #:095969398886
Inventory
Attributes
Features
Documentation
Attributes
Brand:Amprobe®
Velocity:0.4 to 25 m/s
Accuracy:+/-2% of Full Scale
Flow Rate:0.01 to 99.99 cu-m/s
Temperature Rating:32 to 122 deg F
Temperature Accuracy:+/-1.5 deg F
Battery Type:9 VDC Alkaline
Display Type:Dual 4-Digits 9999 Counts LCD
Dimensions:7.1 x 2.8 x 1.4 in
Features
Measure air velocity or air flow |
RS232 interface output with optional software and cable, TM-SWA |
Continuous moving average for upto 2 hr |
Maximum/minimum/average reading on a single point |
Air velocity average for multiple points |
Data hold to freeze measurement display of both readings |
Auto power off function |
Obtain air flow (cfm) average for multi-point |
Remote vane anemometer measures air velocity, air flow and air temperature and is used by HVAC/R technicians to measure wind flow and temperature in air conditioning systems |