ENG

Anemometer Boarded BAM 23

Anemometer Boarded BAM 23
The Boarded BAM 23 anemometer is designed to continuously measure the speed and direction of true and apparent wind.
It provides output of wind parameters, data transmission to external ship systems and transmission of measured parameters in real time.

Main Features of the Boardeq BAM 23:

Sensor type: Ultrasonic, which ensures high measurement accuracy without moving parts, making the device more reliable and durable.
Wind speed measurement: the measurement range is from 0 to 60 m/s with an accuracy of ±0.3 m/s or ± 3% (whichever is greater).
Wind direction measurement: 360-degree range with an accuracy of ±3 degrees.
Output data: Provided in a format compatible with most weather stations and data collection systems.
Body: Made of high-strength materials capable of withstanding extreme weather conditions.
Power supply: It can be provided from mains or autonomous energy sources, which makes it suitable for use in remote and hard-to-reach places.
Interface: Usually includes analog and digital outputs for easy connection to various devices.

Technical specifications
 Weight of the processing and display unit   2.5 kg 
 Weight of the anemometer sensor   0.7 kg
 The degree of protection of the processing and display unit      IP22
 Degree of protection of the anemometer sensor   IP56
 Operating temperature of the processing and display unit   -15 ... + 55°С
 Operating temperature anemometer sensor   -25 ... + 55°С
 The method of mounting the processing and display unit   -mounting on a standard bracket
 -built directly into the dashboard of the control room  
 Additional functions  -LCD touch panel
-manual adjustment of the backlight brightness
 -built-in self-diagnosis system

Available for order

Anemometer Boarded BAM 23

to order
Call our sales manager

Alarm and monitoring systems. Seagoing ships Alarm and monitoring systems. Seagoing ships Alarm and monitoring systems are designed to monitor and automatically record all important parameters of the equipment and to display any "abnormality" that occurs