| Feature |
Benefit |
Multiple Point
Accuracy |
Taking measurements from multiple points versus a single point takes into account variations that can occur on material surfaces. |
| Dust Penetrating Technoloy |
Acoustical-based, low frequency technology is unaffected by dust, working where ultrasonic and radar have failed. |
Non-Contact
Measurement |
Appropriate for foods, chemicals and pharmaceuticals as there is no risk of moving parts coming into contact with bin material. No risk of broken cables. |
Volume
Measurement
|
The M and MV models take into account multiple measurements to calculate a highly accurate bin volume (not weight or mass). |
Detects Sidewall
Build Up |
The MV model with its 3D mapping visualization capability will detect and provide a graphical representation of sidewall build up. |
Unaffected
by Material Type |
Can be used in a variety of powders, granulates, pellets and other solids with no need for special calibration. |
Long Measurement
Range |
Appropriate for tall bins (taller than they are wide) and able to measure a range up to 200 feet. |
| Low Power |
Consumes very little power, making it cost effective to operate. |
| System Redundancy |
Three independent transducers help to ensure accuracy. |
Remote
Configuration
|
A remote link with BinMaster’s engineering laboratory during the initial installation period allows bin parameters to be loaded in the software and fine tuned for optimum performance. |
Self Cleaning
|
The acoustics-based technology helps keep the transducers clean, requiring only periodic maintenance (every six months) in even extremely dusty environments |
