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Features:
- Combination of hot wire and standard thermistor sensors
- Auto or manual data record (capacity is approximately16,000 data
entries)
- Real time data logger - records Hour, Minute, Second, Year & Month
- Reads air velocity, airflow, temperature (type "K" & "J"
thermocouple port)
- Auto or manual power off
- Telescopic probe with protected connection port bay
- RS232 computer interface port & 9v power supply port
- Jumbo LCD display with brightness adjustment control
- Min/Max & Data Hold with Zero Adjustment
- Easel back & tripod mount
Specifications:
- Air velocity sensor: glass bead thermistor
- Temperature sensor: thermistor quick response
- Display size: 58 x 34mm LCD
|
Measurement |
Range |
Resolution |
Accuracy |
| m/s |
Meters
per Second |
.2 to 20 |
0.1 |
± (1% + a full scale) |
| km/h |
Kilometers per Hour |
.7 to 72 |
0.1 |
| knots |
Nautical Miles per Hour |
.4 to 38.8 |
0.1 |
| mile/h |
Miles per Hour |
0.5
to 44.7 |
0.1 |
|
ft/min |
Feet per Minute |
40 to 3940 |
1.0 |
|
Air
Flow |
Range |
Resolution |
|
| CMM |
Cubic meters per minute |
0 to 36,000 |
0.001-1 |
m^3/min |
| CFM |
Cubic feet per minute |
0 to 1,271,200 |
0.01-322.91 |
ft^3/min |
- Air temperature range: 32° to 126° F
- Air temperature resolution: 0.1°
- Air temperature accuracy: 1.5° F
- Type K port temperature range: -58° to 2,372° F
- Type J port temperature range: -58° to 2,012° F
- Power: (4) AA alkaline batteries
- Power current: 9v 70mA DC (optional power supply can be used)
- Power supply for memory: 3vDC battery (CR2032)
- Dimensions:
- Meter: 203 x 76 x 38mm
- Vane probe: 12mm diameter x 280 mm
minimum length.
- Probe extends to 940 mm
- Probe housing: 7/8" at widest point
- Operating temperature:
- Meter: 32° to 122° F
- Vane probe: 32° to 176° F
- Operating humidity: Less than 80%
- Sampling time: 1 second
- Weight: 1.13 pounds
Supplied With:
- Telescopic sensor probe
- Hard Plastic carrying case
- Operating instructions
- 1 year limited manufacturer's warranty
1 CR2032 Battery
Optional Software & RS-232 Cable
(DLSFT)
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