How It Works
The distance (D) to the material surface is directly proportional to the pulse travel time (T):
D = C × T / 2
where C is the speed of light.
Since the empty tank distance (E) is known, the actual level is calculated as:
Level = E – D
The processor then converts this into a percentage of the user‑defined range and outputs the corresponding signal.
Two measurement modes available:
Key Advantages
Exceptional beam focus – Very small beam divergence angle and excellent directionality. The narrow beam avoids obstacles and is ideal for long‑distance positioning.
Extremely long range – Covers distances from 0.05 to 1,000 meters, with virtually no blind spots.
Temperature‑independent – Unaffected by changes in medium or ambient temperature – no compensation needed.
Non‑contact, non‑intrusive – No contact with the material means no wear, no contamination, and no maintenance headaches.
High speed – Fast measurement response, perfect for rapidly changing liquid and solid levels.
High precision – Accuracy of 0.1% with 1mm resolution – ten times better than ordinary instruments.
Easy to operate – Simple, programmable measurement with a 4.3‑inch touchscreen display. Pure Chinese interface (other languages available on request) – no training required.
Simple Technical Overview (No Table)
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Power supply: 220V AC or 24V DC (selectable)
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Display: 4.3‑inch touchscreen
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Measurement range: 0.05 to 1,000 meters (selectable within range)
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Accuracy: 0.1%
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Resolution: 1 mm
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Outputs: Dual 4‑20mA analog signals (can output empty height, material height, or programmed volume)
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Digital communication: RS485 Modbus (optional)
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Alarm output: Relay switch output (optional)
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Installation: Flange mounting (DN50 flange standard) or bracket mounting
Where It’s Used
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Bulk solids – cement, coal, grain, plastic pellets, and powders in silos
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Liquids – water, chemicals, oil, and wastewater in tanks and vessels
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Mining & aggregates – stockpile monitoring and crusher feed control
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Food processing – ingredient storage and hopper level control
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Power generation – coal bunkers, ash hoppers, and scrubber tanks
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Long‑distance positioning – large storage facilities and open stockyards
Why Choose This Laser Radar Meter
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No temperature drift – laser measurement is unaffected by temperature changes, unlike ultrasonic or radar alternatives
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No blind spots – measures right down to the near range with minimal dead zone
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Narrow beam – avoids obstacles and false echoes in crowded tanks
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Non‑contact – no sensor fouling, no material buildup, no moving parts to wear out
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High resolution – 1mm precision for demanding applications
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Flexible outputs – dual 4‑20mA, RS485, and relay alarms give you full control options
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Programmable volume – can be configured to display actual volume rather than just level
Customization Options
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Measurement range – selectable from 0.05m up to 1000m to match your tank or silo height
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Output configuration – analog, digital (RS485), or relay switch
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Installation type – flange (DN50 standard) or bracket mounting
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Display language – Chinese standard; English and other languages available on request
