AZIC200-401A Low-Temperature Wind Speed Sensor
AZIC200-401A Low-Temperature Wind Speed Sensor is a highly reliable, high-performance device.
AZIC200-401A Low-Temperature Wind Speed Sensor is a highly reliable, high-performance device.
【Product Description】
AZIC200-401A Low-Temperature Wind Speed Sensor is a highly reliable, high-performance device. This series of sensors is capable of stably and accurately capturing ambient wind speed signals making it suitable for applications involving high-altitude operations, construction machinery, port machinery, and similar environments.
The sensor features built-in digital circuitry designed to provide robust resistance against RF interference and electromagnetic interference, as well as protection against lightning-induced surges.The sensor's internal circuitry captures the rotational speed of its anemometer cups, generating an electrical output signal that maintains a linear relationship with the ambient horizontal wind speed.The product boasts excellent water resistance and corrosion resistance; both its internal components and rotating parts feature a sealed design that effectively prevents the ingress of water.salt mist, and dust. Furthermore, the unit incorporates built-in temperature detection and heating elements, enabling it to automatically activate or deactivate heating based on changes in ambient temperature, thereby ensuring effective wind speed monitoring even in severe cold environments.
【Features】
● Developed based on non-contact magnetic sensing measurement principles;
● Features a built-in high-performance sensor, ensuring high data accuracy and robust reliability;
● Offers a wide wind speed measurement range and a low start-up wind speed;
● The circuit protection employs a fault-tolerant design, preventing sensor damage in the event of incorrect wiring;
● Complies with CE EMC standards and features multi-level lightning and surge protection;
● Capable of operating within a wide voltage range of 15~30 VDC.
【Scope of application】
Suitable for wind speed monitoring in factories, power plants, ports, industrial and mining sites wind turbines, large-scale machinery and equipment, and similar applications.
【Technical parameters】
|
Measurement range |
0~30 m/s, 0~50 m/s |
|
Operating voltage |
15~30 VDC |
|
Start-up wind speed |
≥0.5 m/s |
|
Accuracy |
±0.5 m/s (< 5 m/s); ±3% FS (≥ 5 m/s) |
|
Output signal |
4~20 mA, 0~5 VDC, 0~10 VDC, RS485 (Modbus) |
|
Operating temperature |
-20°C ~ +85°C |
|
Operating humidity |
0%~95% (Non-condensing) |
|
Wind resistance |
>70 m/s (30 min) |
|
Ip rating |
IP65 |
|
Body material |
Aluminum Alloy / Polyester Coating |
|
Wind cup material |
ABS |
|
Heating method |
PTC Heating |
|
Heating voltage |
24 VDC (48 W) |
|
Heating start temperature |
3°C±2°C |
|
Heating stop temperature |
40°C±5°C |
|
Burst immunity |
Standard Version: Level 3 (2 kV, 100 kHz), Class B
Lightning-Resistant Version: Level 4 (4000 V, 100 kHz), Class B |
|
Surge immunity |
Standard Version: Level 1 (Common Mode 500 V, Differential Mode 250 V), Class B
Lightning-Resistant Version: Level 4 (Common Mode 4000 V, Differential Mode 2000 V), Class B |





