The Ronin 3D Laser Scanner comprises of a Laser Scanner mounted along with 2 Servo Motors and Encoders which rotate vertically ad horizontally to cover the surface area of the material.
3D Laser scanner takes an average of 10500 point measurements on a surface per individual scanning cycle and offer 1% accuracy when used to quantify hard and soft bulk commodities in the stockpiles
3D laser Scanner software element calculates volume, publishes reports in excel and provide a graphic interface.
Scan results are immediately available on completion of a scan cycle and no additional calibrations or calculations are necessary post scan as all ‘spikes’ or irregular points are eliminated automatically by the software.
The software enables bulk densities to be applied to the calculated volumes, enabling reporting of bulk in tonnages. The software also allow for comprehensive ‘contents bounds’ to be built into the system for each individual storage vessel/area on the network. Flooring, walling, discharge points and structures can be configured into the system, enabling accurate volumetric calculations for each of these stockpiles with SPIKE FILTERS.
For accurate measurement for the stockpile, the 3D Laser Scanner shall be fixed mounted on the Lighting Poles or any fixed structure.
The 3D Laser Scanner completes the scan of the Stockpile and communicates wirelessly to the control room to generate the output in terms of Volume, Mass and Real Time 3D Profile of the Stockpile
The number of scanners are be decided to provide the complete profile of the total stockpile.
Further, the device’s self diagnostic feature tells the confidence interval of the readings o the PC Screen for the operator to confirm the reliability of the readings.
Preferred Applications: Powders and solids
Measuring Range: 50 meters
Process Temperatures: -40°to +185°C
Process Pressure: -0.2 – 40 bar
Signal Output: 4-wire 4 – 20 mA/HART/RS-485/Modbus
Number of Beams: 5
Emitting Frequency: 140 GHz (each beam)
Supply Voltage: 20 to 32 VDC (110/ 230 VAC through SMPS)
Power Consumption: Max 8 W @ 24 VDC