Aluminum Wind Direction Sensor

The aluminum wind direction sensor is used to measure the wind direction in the outdoor environment, measuring the 8 directions and 16 directions of east, south, west, north, southeast, southwest, northwest, and northeast. It can output Modbus signal, voltage, and current three kinds of signals according to demand.

  • Model: RS-FX-*
  • MOQ: 1 PCS
  • Delivery date: within 24 hours
  • Price: $33.5~$35.6

Aluminum wind direction sensor

Material: aluminum alloy
For: Wind direction sensor/weather station
Measuring range: 8 orientation
Accuracy: 1 position
Starting wind speed: ≤0.5m/s
Power supply: 10~30VDC
Output form: current 4~20ma voltage 0~5V 0~10V RS485
Instrument line length: standard: 0.7 meters
Load capacity: current type resistance≤600Ω Voltage type resistance≤250Ω
Working environment: -40℃~ 60℃, 0%RH~80%RH
Protection level: IP65

Other wind sensors

Aluminum wind direction sensor faq

The wind direction sensor is a physical device that detects and senses the wind direction information from the outside by the rotation of the wind direction arrow, and transmits it to the coaxial code disc, and at the same time outputs the corresponding value of the wind direction.

1. Users are not allowed to disassemble by themselves, let alone touch the sensor core, so as to avoid damage to the product.

2. Keep away from high-power interference equipment as much as possible to avoid inaccurate measurement, such as inverters, motors, etc., when installing or disassembling the transmitter, you must first disconnect the power supply. Water in the transmitter can cause irreversible changes.

3. Prevent chemical reagents, oil, dust, etc. from directly invading the sensor, do not use it for a long time under condensation and extreme temperature environments, and prevent thermal shock.

1. The computer has multiple COM ports, and the selected port is incorrect.
2. The device address is wrong, or there are devices with duplicate addresses (the factory defaults are all 1).
3. The baud rate, check method, data bit and stop bit are wrong.
4. The host polling interval and waiting response time are too short, and both need to be set above 200ms.
5. The 485 bus is disconnected, or the A and B wires are connected reversely.
6. If the number of equipment is too much or the wiring is too long, power supply should be nearby, add 485 booster, and add 120Ω terminal resistance at the same time.
7. The USB to 485 driver is not installed or damaged.
8. The equipment is damaged.

1. The PLC calculation error is caused by the error corresponding to the range. Please refer to the technical indicators in the first part of the range.
2. The wiring method is wrong or the wiring sequence is wrong.
3. The power supply voltage is wrong (24V power supply for 0-10V type).
4. The distance between the transmitter and the collector is too long, causing signal disturbance.
5. The PLC acquisition port is damaged.
6. The equipment is damaged.

Electromagnetic wind direction sensor: It is designed using electromagnetic principles. Because there are many types of principles, the structure is different. At present, some such sensors have begun to use gyroscope chips or electronic compasses as basic components, and their measurement accuracy has been further improved.

 

Photoelectric wind direction sensor: This wind direction sensor uses an absolute gray code disc as the basic element, and uses a special customized coding code. Based on the photoelectric signal conversion principle, it can accurately output the corresponding wind direction information.

 

Resistive wind direction sensor: This kind of wind direction sensor adopts a structure similar to a sliding rheostat. The maximum and minimum resistance values generated are marked as 360° and 0° respectively. When the wind vane rotates, the sliding rod of the sliding rheostat will follow The wind vane on the top rotates together, and the different voltage changes produced can calculate the angle or direction of the wind direction.