CC-M15-C Wind speed and direction all in one Product Manual

Integrated wind speed and direction sensor is a wind speed and direction measuring instrument independently developed and produced by our company. The sensor shell is made of polycarbonate composite material, which has good anti-corrosion characteristics, which can ensure long-term use of the sensor without rust. At the same time, it cooperates with the internal smooth bearing system to ensure the stability of information collection. Internal integration of photoelectric conversion mechanism, industrial microcomputer processor, standard current generator, current driver, etc.

The circuit is designed according to EMI specifications, making the whole with extremely reliable anti-electromagnetic interference ability, and the electronic components are imported industrial-grade chips to ensure the stability of the measurement parameters and electrical performance.

(1) It adopts an integrated design, which is small in size and easy to install.

(2) High measurement accuracy, fast response speed and good interchangeability.

(3) Realize low cost, low price and high performance.

(4) High data transmission efficiency and reliable performance to ensure normal work.

(5) The power supply has a wide range of adaptation, good data information linearity, and long signal transmission distance.

This product is widely used in construction machinery, railway, port, wharf, power plant, meteorology, ropeway, environment, greenhouse, breeding and other fields for measuring wind speed and wind direction.

4.1 Technical Parameters

Wind Speed Measurement Range: 0-30m/s; 0-50m/s; 0-60m/s; (Other ranges can also be customized)

Wind Direction Measurement Range: 8 Directions

Starting Wind Speed: ≤0.3m/s

Accuracy: ±(0.3+0.03V) m/s, ±1°

Output Signal: A: Voltage signal (Choose one of 0-2V, 0-5V, 0-10V)

             B: 4-20mA (Current loop)

             C: RS485 (Standard Modbus-RTU protocol, device default

address: 01)

             D: SDI-12 (American Hydrological Organization Serial Data 

Communication Interface Protocol)

Sensor Supply Voltage (red and black lines):

5-24V DC (When the output signal is 0~2V, RS485, Pulse signal, SDI-12)

12-24V DC (When the output signal is 0-5V, 0-10V, 4-20mA)

Heating Power Supply Voltage (brown and white line): 12-24V DC

Heating Power: Average: 160mA@12V; 310mA@24V

Stability Time: <1 second

Response Time: <1 second

Working Environment: Temperature: 0~50°C; Humidity: <95%RH

Storage Environment: Temperature: 0~50°C; Humidity: <95%RH

4.2 Impedance Requirement of Current Signal

Integrated Wind Speed and Wind Direction Sensor can be connected to various data collectors with differential inputs, data acquisition cards, remote data acquisition modules and other equipment. The wiring instructions are as follows:

Integrated Wind Speed and Wind Direction Sensor (wire outlet points south, the opposite direction is north), the installation method is as below:

V: voltage value collected by the collector, unit: V;

A: The current value collected by the collector, unit: mA;

RS485 signal(default address 01):

Standard Modbus-RTU protocol,

baud rate: 9600; check bit: no; data bit: 8; stop bit: 1

8.1 Modification Address

For example: change the address of the sensor with address 1 to 2, master→slave

If the sensor receives correctly, the data will be returned in the same way.

Note: If you forget the original address of the sensor, you can use the broadcast address 0XFE instead. When using 0XFE, the host can only connect to one slave, and the return address is still the original address, which can be used as a method for address query.

8.2 Query Data

Query the data (wind speed, wind scale, wind angle, wind direction) of the sensor (address 1), host→slave

If the sensor receives correctly, the following data will be returned, slave→host.

Attention: If you have bought the product with heating fuction, the protocol is as below:

8.3Setting Temperature

Take setting the stop temperature at 30°C as an example, host→slave

If the sensor receives correctly, the data will be returned in the same way.

Take setting the start temperature at 5°C as an example, host→slave

If the sensor receives correctly, the data will be returned in the same way.

8.4Query the Start/Stop Heating Temperature Data

Query the data (stop heating temperature, start heating temperature) of the sensor (address 1), host→slave

If the sensor receives correctly, the following data will be returned, slave→host.

(1)Please check whether the packaging is in good condition, and check whether the sensor model and specifications are consistent with the products you purchased.

(2)No live wiring is allowed, and the power can be turned on after the wiring is checked and checked.

(3)The user should not change the components and wires that have been soldered after the product leaves the factory.

(4)The sensor is a precision device, please do not disassemble it by yourself when using it, let alone touch the diaphragm, so as to avoid damage to the product.

(5)Avoid sticky particles from entering the inside of the sensor and protect it from humidity, so as not to affect the measurement performance.

The warranty period of this product is one year. Counting from the date of shipment, within twelve months, failures caused by sensor quality problems (non-human damage). The company is responsible for free maintenance or replacement, and only cost prices after the warranty period will be expired.