3D Radar Level Transmitter
Revolutionizing Solid Level and Volume Measurement for Bulk Solids and Powders in Silos and Boilers
Application challenges solved
Real-time
Inventory
Tracking
Reliable
Performance in
dust
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Real-Time 3D Profile of Average Minimum, and Maximum Levels for Level and Volume Measurement in 3D Radar
Leveraging the 3D Radar Silos, Bins and Stockyards
to switch to a 3D Radar Level Transmitter Today
Accurate Inventory
Avg. level, Max level, Min Level, Volume, Mass and Real Time 3D Profile of Material Inside the silo
Detect rat Holes/ Bridges
Silos Storing bulk solids often have rat holes and bridges which our 3D Radar can detect easily
Safety/ Predictive Stock
You can always rely on the values of 3D Radar to ensure adequate Stock in Silo in times of need
Never Worry About Level
Users report that with the 3D Radar in their silos they never climb the Silo or worry about level & volume
Applications Solved:
Coal Bunker and Fly Ash Silo
Clinker and Cement Silo
RMHS, SMS, Sinter, PP, LCP Silos
UREA, DAP, NPJ, DUST SILOS
Bauxite Silos and Ground Bunkers
PP, PVC, LLDPE Silos
Grain Silos
And Many More....
Leveraging the
3D Radar Silos, Bins
and Stockyards
At EIP we believe in solving problems for our customers, and our forte being Level Measurement for the last 40 years, so we built the World’s First 3D Radar Level Transmitter.
Our 3D Radar Level Transmitters measure at multiple points inside the Silo / Bin and Stockpiles and solve the most critical of the problems for measurement of Level and Volume inside Silos storing Bulk Solids and Powders.
Works in Dust/ Uninterrupted Performance in Dust
Our 3D Level Scanner Solution work in dust without any Air Purge requirement
Unlock The Secrets of accurate level and volume measurement
for bulk solids and powders
Read and Reviewed By 1,000+ professionals in the Industry
Read the book written by the Founders and Directors of EIP that exactly show how The Silo Revolution is taking place around the world as you explore the Secrets to Level and Volume measurement for Bulk Solids and Powders
Testimonials
Trusting EIP’s 3D Volumetric System for our silos gave us accurate level, volume, and real-time profiles and made our operations 10x Smoother.
We worked with other vendors, but EIP was the only one that gave 100% accurate measurements without the need for constant maintenance.
EIP’s Level transmitters worked in tough spots where other failed. Since we installed them, we’ve had zero, no downtime, and smooth operations.
Our order was time-sensitive, and EIP delivered. Their team was quick, the setup was easy, and everything worked perfectly with our system.
All the Information you need for your next 3D Radar
About EIP
Founded in 1983, EIP started with a clear goal — to solve level 3.9measurement problems using advanced yet affordable solutions.
Based in the industrial hub of Noida, with four manufacturing units, EIP has always focused on one core area: level measurement. This strong focus has helped us build a wide range of reliable solutions, with the 3D Radar Level Transmitter being one of our most important innovations.
For over 40 years, EIP’s level measurement solutions have helped process industries improve efficiency, reduce costs, and operate more safely — making EIP one of the leading radar level transmitter manufacturers in India.
-
Solved more than 10,000+
Applications of Level and Volume -
Manufacturing 8,000+
Level Sensors Annually -
Customer Service Support
Across the Globe - 24 x 7 -
Presence in more than
10+ countries across the globe -
More than 60%
of the Process Plants in India are using our Solutions
The Story of How a 3D Radar Level Transmitter Transformed The operations of a Cement Plant Forever
Challenges
- Accurate Volume not available
- Uneven Surface Profile
- Dust
- Maintenance Issues
Results
-
Volume data customers
can rely on - 3D profile of the uneven material
-
Like a camera that
works in dust -
Transforming level
into volume
The adoption of this solution was so fast that in 3 years customers have implemented this
3D Radar in almost all the cement plants across India for their clinker application.
FAQs
Frequently Asked Questions
1. How is a 3D Radar different from a conventional single-beam radar?
Single-beam radar measures only one point on the material surface, which often leads to large errors when the surface is conical, sloped, or uneven.
3D Radar, on the other hand
- Measures multiple points simultaneously
- Calculates average, maximum, and minimum levels
- Accurately determines true volume and mass
- Detects rat-holing and build-up, which single-beam radars completely miss
2. Why is single-point level measurement unreliable in solids?
- Cones during filling
- Inverted cones during discharge
- Peaks, valleys, and side heaps
A single-point reading may hit the lowest or highest point, giving a value that does not represent actual inventory. This mismatch is one of the core causes of operator distrust in conventional level instruments.
3. Can a 3D Radar measure volume directly?
Yes. The 3D Radar generates a complete surface map of the material and combines it with silo geometry to calculate true volume in real time, not an estimated volume derived from a single level value
4. Can the system calculate mass (tonnage)?
Yes. By applying bulk density values, the system converts volume into mass (tons). This is extremely useful for:
- Inventory reconciliation
- Dispatch planning
- Production balancing
Unlike single-beam radar, the mass calculation is meaningful because the volume itself is accurate
5. Does it show average, maximum, and minimum level?
Yes. A key advantage of 3D Radar is that it provides maximum level (highest peak), minimum level (deepest valley) and average level (true representative level).
6. Can the system detect rat-holing and material build-up?
Yes. Because the entire surface is scanned, the system can:
- Identify central rat-holes
- Detect stagnant material on silo walls
- Highlight uneven discharge patterns
This visibility is impossible with single-point level measurement
7. Is 3D Radar affected by dust?
No. The 3D Radar operates at very high frequency (140 GHz), making it highly resistant to heavy dust clouds commonly found in cement, fly ash, coal, and grain silos. Unlike laser or ultrasonic devices, it does not require air purging.
8. Is it suitable for high-temperature and high-pressure silos?
Yes. The 3D Radar Level Transmitter is designed to operate under extreme industrial conditions, including:
- High temperature environments
- Pressurized vessels
- Heavy mechanical and acoustic noise.
9. Is air purging required?
No. One of the biggest operational advantages is zero maintenance operation without air purge, even in dusty applications. This significantly reduces Instrument air consumption, Maintenance cost and Failure points.
Ready to upgrade to a solid level and volume measurement solution
that works accurately even in dust, uneven surfaces, and extreme conditions?
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