Lutron AM-4206 – Anemometer, Air Flow & Air Velocity

GENERAL SPECIFICATIONS

Circuit

Exclusive one-chip of micro- computer LSI circuit.

Power off

Auto shut off saves battery life or manual off by push button.

Display

* 13 mm (0.5″) Super large LCD display.

* Dual function meter’s display.

Sampling Time

Approx. 0.8 sec.

Operating Humidity

Less than 80% RH.

Measurement

Air velocity :
m/s (meters per second),
km/h (kilometers per hour), ft/min (feet/per minute),
knots (nautical miles per hour), mile/h (miles per hour),

Operating Temperature

0°C to 50°C( 32°Fto 122°F).

Data Output

RS 232 PC serial interface.

Power Supply

Alkaline or heavy duty type
DC 9V battery, 006P,
MN1604 (PP3) or equivalent.

Air flow :
CMM ( m^3/min. ), CFM ( ft^3/min. )

Power Current

Approx. DC 8.3 mA.

Weight

381 g/0.84 LB.

Dimension

Main instrument:
180 x 72 x 32 mm
( 7.1 x 2.8 x1.3 inch ).

Air temperature : °C, °F.

Data hold.

Sensor head : Round, 72 mm Dia.

Memory Recall

Record maximum & minimum reading value with recall.

Accessories Included

Instruction manual……….. 1 PC. Sensor probe………………… 1 PC. Carrying case……………….. 1 PC.

Sensor Structure

Air velocity & Air flow : Conventional twisted van arm and low friction ball bearing design.

Optional Accessories

Software ( Windows version, data record & data acquisition ) ………………….SW-U101-WIN

Temperature : Thermistor.

RS232 cable….UPCB-01

ELECTRICAL SPECIFICATIONS (23 ± 5 °C)

a. Air velocity

Measurement

Range

Resolution

Accuracy

m/s

0.4 – 25.0 m/s

0.1 m/s

± ( 2% + 2d )

km/h

1.4 – 90.0 km/h

0.1 km/h

mile/h

0.9 – 55.9 mile/h

0.1 mile/h

knots

0.8 – 48.8 knots

0.1 knots

ft/min

80 – 4930 ft/min

1 ft/min

± ( 2% + 20 ft/min )

b. Air flow

Measurement

Range

Resolution

Area

CMM ( m^3/min. )

0 – 999,900 m^3/min.

0.001 – 100 m^3/min.

0.001-9,999 m^3/min.

CFM ( ft^3/min. )

0 – 999,900 ft^3/min.

0.001 – 100 ft^3/min.

0.001-9,999 ft^3/min.

c. Air temperature

Temperature(°C)

0 to 50 °C

0.1 °C

0.8 °C

Temperature(°F)

32 to 122 °F

0.1 °F

1.5 °F