3 running average measurement mode – KANOMAX 6710 TABmaster Capture Hood User Manual User Manual

Page 18

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1）“Single” measurements are individual flow measurements. When you press “START”, the

instrument will begin measuring and the air flow value will be displayed as “- - - -”.

2）The test will stop automatically when the air flow is stable and a flow value with the

corresponding wind direction will be displayed. Air flow will be stable within 8 seconds.

The greater the air flow the shorter the time needed to stabilize.

3）After the measurement stops, press “SAVE” to record the testing value, if you do the

“Cycle” No. will increase by 1.

Note：The value will be recorded only when testing is completed in the “Single” mode. If

testing is interrupted before a stable airflow reading is displayed no data will be saved.

4.7.3 Running Average Measurement Mode

1）When “Run Avg” mode is selected, the instrument will constantly measure and display a

running average. Press “START” to begin the measurement.

2）During the test if the air flow is not stable, the flow reading will display “- - - -”, then once the

reading has stabilized a flow reading will be obtained and displayed every 1 second, and

the wind direction will be displayed in real time.

Note: The displayed air flow reading is a running average that is calculated based on the “Avg

Time” settings entered by the user. The greater the “Avg Time” the more stable the

tested air flow.

3）When auto-save is enabled, the testing flow values will be recorded at user-defined

intervals under the setting “Save Time”, and the “Cycle” No. will increase by 1. If auto-save

is not enabled the readings will not be saved during the test.

4）The instrument will run continuously in “Run Avg” mode until you press “STOP”. After you

press stop, the last reading and the related wind direction will be displayed. Press “SAVE”

to record the testing value, if you do the “Cycle” No. will increase by 1.

Test Mode :

Single

SAVE

START

2012 / 06 / 01 13 : 10 : 10

Test ID

: 13

Cycle

: 050

2890

m³/h

25.4

℃

53.4

%RH