LiDAR Level Gauge Application

Case Study
Installation
Grain Silo
Feed Bin
Construction Bin
Installed LiDAR on top side of silo,
measure the level of grain inside. It
can roughly evaluate grain volume
and arrange efficiency transportation
route.
Email
[e-mail]
Website
en.benewake.com
Phone
[phone]
Address
10A Keshi Building Xinxi Rd, Haidian District, Beijing. Benwake (Beijing) Co., Ltd.
The LiDAR is installed at the side opening
of the silo / liquid tank silo, and is
measured vertically or obliquely. This
method does not need to accurately
measure the volume of the material, and
has lower requirements for accuracy.
The real-time measuring ability of Benewake Level Sensor is remarkable. Its’ FoV is small and the energy is concentrated,
There is no mechanical movement structure inside with high accuracy and reliability. Its’ service life is more than 3 years.
At present, Benewake Level Sensor is widely used in agriculture, feed, plastic, cement, medicine, food, metallurgy,
building materials, environmental protection and other industries to realize the height measurement and early warning of
level / liquid level (non transparent liquid).
Installed LiDAR in the center of the
top of feed bin, powered by
batteries. It can roughly estimate the
feed margin and supply in time.
Installed LiDAR on the top of
crushed stone Bin. It can detect the
level of stone remotely through
wireless data transmission, and
achieve automatically load or unload.
Point Level Alert
Point Level Detection
Multi-point Level Detection
3D Scanner Level Detection
The LiDAR is installed on the upper
surface or the side face of the silo,
pointing vertically or obliquely to the
stockpile to give the distance. This
method requires higher accuracy and
stability than stock level early warning.
Multiple LiDARs are fixed side by side on the
structural member, and the entire device is
installed at the center of the silo top. The
material position is measured at three points to
complete the construction of material model
then volume can be calculated accurately.
LiDAR is mounted on a tooling with two
degrees of freedom. The entire device is
installed on the bevel side of the top of silo.
The model of the top of the stockpile is
scanned in order to measure the volume of
the remaining material in the silo accurately.