CIR industrial automation radar

Product Brief

Navtech Radar Industrial grade CIR radar , Compact structure , Lightweight , durable , Can withstand vibration 、 High and low temperature and other harsh environments , And it is not affected by external meteorological conditions , Such as heavy rainfall 、 smog 、 Dust storms 、 Night, etc .

CIR radar 360° Scan and provide high-resolution images , Achieve comprehensive coverage in complex environments .CIR Radar is suitable for various industrial automation application scenarios , Such as measuring distance 、 Collision avoidance and obstacle detection . It can be remotely controlled ,24 Hours of automatic operation . Radar can provide accurate measurement data , Realize the function of obstacle detection and collision avoidance . It can detect narrow objects that may be ignored by laser technology , Such as cables .

CIR Radar can be easily integrated into other software packages , Only need power supply and Ethernet connection , You can transmit the original radar video . Users can also choose the version of Embedded Radar Data Processing Service Unit , Only necessary radar raw data is transmitted externally , Therefore, the hardware and bandwidth requirements are greatly reduced .

5 Annual quality assurance , Cleaning and maintenance are not required in most environments . Simple maintenance , Users can do it on their own

Technical parameters

• function ：CIR sensor
• Dimensions ： The diameter of 250mm, high 382mm
• weight ：12 kg
• Detection range ： radius 200m
• View ：360°
• Range resolution ：25 centimeter
• Vertical beam width ：1.8° and 25° Two versions
• Scan speed ：1-4Hz
• Interface ：1Gbps Ethernet
• Supply voltage ：24V Direct （ The scope of work is 18-32V Between ）
• energy consumption ：30 watts

Typical application scenarios

（ One ） Automatic driving of port vehicles

Vehicles in certain areas （ Such as the port 、 Mine cave, etc ） Self driving is no longer just a distant dream . For more than 10 years ,Navtech The radar sensor has been used in the port automation straddle carrier , Make the vehicle run completely unattended . Each vehicle is equipped with a sensor , And strategically place several benchmark radar targets in the site , And accurately calibrate its position , The system can calculate the exact position of each vehicle . You can plan an accurate route , Avoid collision , Prevent vehicles from invading unauthorized areas , At the same time, data such as vehicle speed and position are continuously sent to the client system .

Radar is the ideal choice for these application scenarios , Because these application scenarios are vulnerable to extreme weather . Ports often suffer from fog and heavy rain , And the mine is covered with dust . Radar is not affected by these factors , There is no need for regular cleaning and maintenance , Performance is superior to optical and laser sensors .CIR The sensor can also withstand vehicle vibration , Features of dust and salt water corrosion prevention .

（ Two ） Automatic shipment

Loading bulk materials onto the ship requires knowing the horizontal position of the ship and its height in the water . Although the ship is firmly fixed , However, the nature of the ship on the water means that the tide and the changing quality of the ship make its height relative to the static equipment of the port constantly changing .

To load materials accurately in a fast and uniform manner , We must know the relative height of these changes . Through automated processes , It can eradicate the effects caused by human errors and low visibility , So as to make the ship safe , Stable loading and unloading of goods . Radar sensors are favored by the industry , Because of its stable performance under various weather conditions , And the heavy fog that often appears in docks and ports .

（ 3、 ... and ） Stacking management

In order to achieve higher efficiency , Each bucket wheel of the bucket wheel stacker reclaimer needs to load as much bulk material as possible every time it is loaded , However, the status of the stockpile cannot be monitored in real time , inefficiency , It can cost thousands of dollars per hour .CIR The radar continuously measures the contour of the material pile before and after the bucket wheel is loaded , Quickly adjust the position of the bucket wheel , Accurately calculate the volume of loaded bulk materials , Optimize the next load capacity , So as to improve the loading efficiency , Cost savings .

The environment of bulk material storage yard in the port is harsh , Strong vibration and a large amount of dust and debris need to be considered when selecting the sensor .CIR The sensor is specially reinforced , It can withstand vibration and impact in harsh environment . Whether it's dust in the air , Or the accumulation on the sensor , Will not affect CIR Radar performance , Therefore, it has simple maintenance , High reliability in the life cycle .

（ Four ） Crane anti-collision

When the crane is running , It is not only necessary to strictly monitor the jib and jib . When the crane rotates or moves along the gantry , The boom extension and counterweight are very easy to damage the objects behind the crane , For example, the telescopic antenna and satellite antenna on the ship .CIR The sensor can prevent this kind of accident through collision avoidance protection - Check the proximity of the crane to other objects , And allow the operator to adjust accordingly . When the collision is approaching , The system can even force the crane to stop , So as to avoid downtime caused by such accidents .

The scenario , Using radar has two key advantages . First of all 、360 The accuracy of degree scanning radar and detection of narrow targets （ Such as whip antenna or cable ） Strong ability to . Laser sensors use very narrow light pulses , If the pulse does not reach the target accurately , The detection of narrow objects may be lost , The radar scanner transmits and receives continuous signals , It won't cause such a problem of losing targets . second 、 Radar can operate all day , It overcomes the influence of water or dust particles in the air , Able to function under all environmental conditions .

（ 5、 ... and ） Bridge safety and Automation

Automatic sensors can improve the efficiency and safety of bridges . For example, when the opening and closing bridge is running , When a ship is detected approaching the bridge , Vehicles and pedestrians on the bridge deck need to be cleared before the bridge is raised . Under a fixed bridge , Any vessel trying to pass below must be below a certain height – This height depends on the change of water level , And the water level every day , Every season changes .

CIR Radar sensors have various functions applied in these fields . Under various weather conditions , Radar can provide a wide range of early warning , Ensure that operators can take necessary measures in advance .CIR Radar can produce high-resolution images on the ground and water at the same time , A radar can be used to monitor the traffic on the bridge , It can also monitor as far as 350 Meters of water .