Digital anemometer TSI 9535/9535-A/9545/9545-A
Airflow velocity meter | Digital anemometer | Anemometer
TSIThe 9535 anemometer is a multifunctional instrument with a price range of ordinary instruments. This instrument uses a probe with multiple sensors to simultaneously measure and record wind speed, temperature, and calculate air volume.TSIType 9545anemometerIt can also measure relative humidity and calculate dew point temperature and wet bulb temperature.TSIThe 9535 and 9545 models have extendable straight probes.TSI9535-A and 9545-A have articulated probes that are extendable and bendable.
Features and advantages:
Easy to operate
Simultaneously display three measurement parameters
Calculate air volume and switch between actual/standard conditions
Including LogDat2TMData download software
Testing parameters/models |
9535 |
9535-A |
9545 |
9545-A |
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wind speed |
range |
0~30 m/s |
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accuracy1&2 |
± 3% of the reading or ± 0.015m/s, whichever is higher |
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resolution |
0.01m/s |
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Duct size |
1~635cm, increment of 0.1cm |
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Volume flow range |
The actual range is a function of wind speed and duct size |
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temperature |
range |
-17.8~93.3℃ |
-10~60℃ |
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Accuracy 3 |
± 0.3℃ |
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resolution |
0.1℃ |
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relative humidity (Wet bulb temperature Dew point temperature |
range |
/ |
0~95%RH |
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Accuracy 4 |
± 3%RH |
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resolution |
0.1%RH |
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Data storage capability |
12700 data points and 100 data sets |
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Data collection interval |
1s~1h |
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time constant |
User defined |
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operation temperature |
sensor |
-18~93℃ -10~60℃ |
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Instrument weight (with battery) |
0.27kg |
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Probe size |
length |
101.6 cm |
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Top Diameter |
7.0 mm |
/ |
7.0 mm |
/ |
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Base diameter |
13.0 mm |
13.0 mm |
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Bendable probe size |
length |
/ |
16.26 cm |
/ |
16.26 cm |
diameter |
9.5 mm |
9.5 mm |
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power supply |
Four AA batteries or optional AC adapter |
When the temperature range exceeds 5-65 ℃, the measured wind speed needs to be corrected;
2. The accuracy refers to the precision when measuring 0.15~30m/s;
3. The accuracy refers to the precision when measuring the ambient temperature at 25 ℃. After the temperature changes, an additional compensation of 0.03 ℃/℃ is required;
The precision refers to the accuracy when measuring the ambient temperature at 25 ℃. After temperature changes, an additional compensation of 0.2% RH/℃ is required, including 1% hysteresis.