Shop

SONIC-ANEMO-DLG- Ultrasonic anemometer with integrated datalogger

SONIC-ANEMO-DLG ultrasonic wind vane-anemometer with integrated datalogger either in energy autonomous or ultra-low power (ULP) versions.

somdn_product_page
SKU: SA-DLG Categories: ,
Description

OVERVIEW

The SONIC-ANEMO-DLG ultrasonic wind sensor incorporates a data logger. Average wind speed and direction can be monitored. The resolution and sampling rate can be configured. Available in a self-powered version with a photovoltaic cell incorporating a battery, LCJ Capteurs also offers an ultra-low power (ULP) version.

The SONIC-ANEMO-DLG is available as an OEM version or as a complete version with cable, mounting pole and bracket. This sensor is designed for integrators and autonomous wind monitoring and/or alarm stations. Data is collected using a low-power serial protocol as a source file.

SPECIFICATIONS

Output format: ASCII TTL 3V
Output refresh rate: up to 1 per second
Wind module sensitivity: 0.25 m/s
Wind module resolution: according to specifications
Wind module dynamics: 0.12 to 40 m/s
Wind direction sensitivity: +/- 1.5°.
Wind angle resolution: according to specifications
Power supply: 3 to 3.6 V DC or energy autonomous with integrated solar panel
Power consumption: variable depending on sampling
Temperature range (excluding frost) : -15°C/+55°C
Sensor communication type: TTL 3V serial link,
Cable: according to specifications

Head weight: 100g (ULP version), 180g (energy self-sufficient version)

Type of support: according to specifications

Contact us to obtain the product’s technical documentation. 

COMPATIBILITY

Compatible with integrators, autonomous wind monitoring and/or alarm stations.

DELIVERY CONTENTS

– SONIC-ANEMO-DLG ultrasonic anemometer with integrated datalogger
– Adapter for vertical support
– Mounting accessories: according to specifications
– Installation and user manual
– Warranty: 2 years in our warehouse 

Recommended Retail Price:
Contact us

LCJ Capteurs, girouette-anémomètre à ultrasons
Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.