|
Home | Products | Literature | Industries | Sales | Support | Newsroom | Contact |
![]() |
||||||||
| Rotary | Pressure/ Diaphragm |
Tilt Switch |
Capacitance | Vibrating Rod |
SmartBob |
3D |
Ultra Sonic |
Radar | Flow Detect |
Dust Detect |
Aeration |
![]() |
3DLevelScanner* | ||
| Revolutionary Non-Contact Measurement | Related Links |
||
The 3DLevelScanner uses non-contact, dust penetrating technology to create a visual map of the material surface in storage and process bins. It measures the material surface at multiple points to accurately calculate the volume and mass, even in conditions where the material surface is highly irregular. The 3DLevelScanner operates at extremely low frequencies, allowing it to penetrate through high moisture and dust with very little loss of signal power. The processor obtains signals based upon the estimated times of arrival and direction of received echoes, and generates a 3-dimensional image of the surface that can be displayed on a remote screen. Whereas most technologies measure with a single point time-of-flight, the 3DLevelScanner uses both time-of-flight and direction using three independent channels to transmit and receive which enables it to make highly accurate measurements. Suited for most powder or bulk solid material, it is proven to perform in coal, cement, aggregates, flyash, chemicals, fertilizers, food, grain, plastic pellets and powders. Any industry requiring accurate, non-contact measurement technology will benefit including feed, grain and seed; cement, aggregates and concrete; fertilizer; milling and food manufacturing; biofuels and ethanol; chemicals and pharmaceuticals; plastics manufacturing; power; mining and quarries; paper and wood pulp; primary metals and power. |
3DLevelScanner Connections Manual 3DLevelScanner Quick Install Guide 3DLevelScanner S Operating Instructions 3DLevelScanner M Operating Instructions 3DLevelScanner MV Operating Instructions 3DLevelScanner S Software Instructions |
||
| * Featuring APM Automation Solutions Ltd technology (patent pending) | |||