Lutron Electronics AM-4206M Operation Manual

metal vane + air flow
ANEMOMETER
Model : AM-4206M
Your purchase of this ANEMOMETER marks a step forward for you into the field of precision measurement. Although this
METER is a complex and delicate instrument, its durable structure developed. Please read the following instructions carefully and always keep this manual within easy reach.
OPERATION MANUAL
TABLE OF CONTENTS
1. FEATURES............................................................... 1
2. SPECIFICATIONS.....................................................
.
2
2-1 General Specifications........................................
.
2
2-2 Electrical Specifications.......................................3
A. Air velocity.......................................................3
B. Air flow............................................................3
C. Temperature....................................................3
3. FRONT PANEL DESCRIPTION....................................4
3-1 Display............................................................ 4
3-2 Power Off/On Button........................................4
3-3 Data Hold Button.............................................
.
4
3-4 / conversion Button..................................℃℉ 4
3-5 MAX/MIN/ Record Button...........................
.
4
3-6 Unit/ Conversion Button...............................
.
4
3-7 VEL./FLOW Selection Button............................. 4
3-8 Button.......................................................4
3-9 Button.......................................................4
3-10 FLOW MODE Selection Button.......................... 4
3-11 AVG. START Button......................................... 4
3-12 ENTER/RESET Button......................................
.
4 3-13 SAMPLE AREA Settin
g
Button...........................4
3-14 PROBE INPUT TERMINAL.................................4
3-15 RS232 Output Terminal...................................
.
4
3-16 Battery Compartment/Cover............................
.
4
4. MEASURING PROCEDURE.........................................5
4-1 Air Velocity Measurement...................................
.
5
4-2 Air Flow Measurement........................................6
5. RS232 COMPUTER INTERFACE..................................9
6. BATTERY REPLACEMENT..........................................10
1. FEATURES
* Metal vane pobe, heavy duty, wide range measurement.
* Air flow : CMM ( m^3/min. ) and CFM ( ft^3/min. ).
Air velocity : m/s, ft/min, km/h, knots, mile/h. Air temperature:
* 3 air flow mode: instant, 2/3 V.max, Average. * Low-friction ball vane wheels make sure high accuracy in
high & low velocities.
* Large LCD with dual display. * Record maximum and minimum reading with recall. * Data hold. * Microcomputer circuit provides special function & offer
high accuracy.
* Auto shut off saves battery life. * Thermistor sensor for Temp. measurement, fast response time. * Build-in low battery indicator. * Operates with 006P DC 9V battery. * RS232 PC serial interface. * Separate probe, easy for operation of different measurement
environment.
* Used the durable, long-lasting components, including a
strong, light weight ABS-plastic housing case.
* Wide applications: use this anemometer to check air
conditioning & heating systems, measure air velocities, wind temperature...etc.
1
2. SPECIFICATIONS
2-1 General Specification
s
Circuit Exclusive one-chip of microcomputer
LSI circuit.
Display * 13 mm (0.5") Super large LCD
display. * Dual functions display.
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 ), Air flow: CMM ( m^3/min. ) CFM ( ft^3/min. ). Air temperature:
/℃℉
Data hold.
Sensor
Air velocity & Air flow
Structure Metal structure, Conventional
twisted van arm and low friction ball bearing design.
Temperature :
Thermistor. Memory Record maximum & minimum Recall reading value with recall. Power off Auto shut off saves battery life
or manual off by push button. Sampling Approx. 1 sec. Time Operating Less than 80% RH. Humidity Operating
Meter
0 to 50 ( 32 to 122 )℃℃℉ ℉
Temperature
Probe
0 to 80 /32 to 176 ℃℃℉ ℉
2
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