I. Overview:
The wind cup and the wind vane of the wind speed sensor are made of high-strength and high-weather engineering plastics. The sensor shell is formed by ABS engineering plastic, and the upper and lower shells are sealed by rubber O-rings. Built-in digital circuit with strong anti-radio frequency, anti-electromagnetic interference and lightning surge. The internal circuit is painted with three anti-paint treatments, and the entire wind speed sensor has good adaptability to harsh environments. It has the advantages of high precision, infinite signal amplification, wide voltage range, stability and reliability.
Second, the application area
Environmental monitoring and control of ports and terminals
Monitoring and control of weather stations and environmental protection
Monitoring and control of the construction machinery operation process
监测Monitoring and control of aerial work processes
监测Monitoring and control of other industrial processes related to wind speed and wind safety
Third, the performance advantage
Input and output overload protection;
Low power consumption, all digital circuits use CMOS chips;
It adopts labyrinth structure design to effectively resist the harsh environment such as sand and sand;
Optional heating system to ensure the normal use of the instrument in the -50 ° C environment;
Has a strong anti-electromagnetic interference function;
Fourth, installation precautions
Installation Notes:
a. When installing the wind speed sensor, it should be installed on the bracket at a height of 500-600mm from the ground or the deck height of the ship.
b. The mounting flange diameter below the sensor is Ф65mm, and the four mounting holes are Ф6mm. The installation is fixed by flange mounting.
Fifth, the output method:
Two-wire system 4-20MA current 0-5v voltage 0-10V voltage pulse RS485 ZIGBEE wireless RF wireless GPRS wireless fiber optic Ethernet WIFI network relay control, alarm signal
Emphasis: Because of the market chaos and the cheating of bad dealers, most people simply don't understand USB 3.0 and USB 3.1. USB 3.1 Gen1 is USB 3.0. And USB 3.1 Gen2 is the real USB 3.1. The maximum transmission bandwidth of USB 2.0 is 480 Mbps (i.e. 60MB/s), USB 3.0 (i.e. USB 3.1 Gen1) is 5.0 Gbps (500MB/s), and USB 3.1 Gen 2 is 10.0 Gbps (although the nominal interface theoretical rate of USB 3.1 is 10Gbps), but it also retains some bandwidth to support other functions, so it has a good performance. The actual effective bandwidth is about 7.2 Gbps. USB 2.0 is a four-pin interface, and USB 3.0 and USB 3.1 are nine-pin interfaces.
USB 3.1 is the latest USB specification, which was initiated by big companies such as Intel. Compared with the existing USB technology, the new USB technology uses a more efficient data encoding system and provides more than twice the effective data throughput (USB IF Association). It is fully downward compatible with existing USB connectors and cables.
USB 3.1 is compatible with existing USB 3.0 software stacks and devices
USB3.1 LOGO
USB3.1 LOGO
Protocol, 5Gbps hubs and devices, USB 2.0 products.
Intel, which owns Thunderbolt technology, also welcomes the formation of the USB 3.1 standard. USB 3.1 contains most of the features of USB 3.0 [2]. USB 3.1, as the next generation of USB transmission specifications, is commonly referred to as "SuperSpeed+", which will replace USB 3.0 in the future. [3]
USB 3.1 C SMT FINISHED,DIP USB3.1 Plug,Vertical USB Connector,USB Type-c Receptacles Shell
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