Operating parameter options are selected using a simple setup program provided.
METEOROLOGICAL INSTRUMENTS AND THEIR USES INTRODUCTION SERIAL
Serial formats may be selected for direct connection to YOUNG Wind Tracker displays, marine NMEA systems, SDI-12 data loggers, and ASCII serial communication programs. Continuous output or polled operation may be used. Measurement results are available as calibrated voltage output signals or serial data using RS-232, RS-485, or SDI-12 connections. Wind direction is determined from relative velocities along each acoustic path. Air flow alters the transit time which is used to calculate flow velocity. The measures wind based on the transit time of ultrasonic pulses between four transducers. Analog and digital signal outputs are available in several popular formats. The sensor features wide operating range, compact size, easy installation and low power operation. It is ideal for general meteorological applications requiring accurate and reliable measurement. YOUNG COMPANY 2801 AERO PARK DRIVE, TRAVERSE CITY, MICHIGAN 49686, USA TEL: (231) FAX: (231) WEB: PN: REV: J110410Ģ OPERATING INSTRUCTIONS Model Ultrasonic Anemometer Contents SECTION DESCRIPTION PAGE 1.0 SPECIFICATIONS INTRODUCTION INITIAL CHECKOUT INSTALLATION Placement Mounting and Alignment Wiring Connections Power Requirement OPERATION With Wind Tracker Display Voltage Outputs Serial Output Formats and Protocols Low Power Operation SETTING SERIAL OUTPUTS AND OPERATING PARAMETERS 6.1 Setup using Young the 2DSETUP program Setup using terminal Program Command Overview Command Details EXAMPLE SETTINGS Voltage Output, Minimum Power RS232, Continuous ASCII, Minimum Power RS232, Polled ASCII, Minimum Power RS232, Polled ASCII Output SDI-12 Continuous SDI-12 Standby WARRANTY CE COMPLIANCE 7 APPENDIX A WIRING CONNECTIONS 8 B SENSOR PHYSICAL 13 (J)Ĥ MODEL ULTRASONIC ANEMOMETER 2.0 INTRODUCTION The YOUNG Ultrasonic Anemometer is a 2-axis, nomoving-parts wind sensor.
1 METEOROLOGICAL INSTRUMENTS INSTRUCTIONS ULTRASONIC ANEMOMETER MODEL R.M.