Skip to main content

onoae

Best Honda HL2000 Ultrasonic Level Meter

Honda HL2000 Ultrasonic Level Meter

Product Note:

No product notes available.

Description

Honda HL2000 Ultrasonic Level Meter

Honda HL2000 ultrasonic signal has characteristic that it reflects where the density changes. Submerged sensor transmit ultrasonic signal, then the signal reflects at the interface inside the tank. Some part of signal penetrate into the sludge and it also reflects at the rake or bottom of the tank.

Honda HL2000 Ultrasonic Level Meter is a high-precision, long-range non-contact liquid level measuring system designed for continuous monitoring in deep storage tanks, industrial sumps, chemical reservoirs, and water treatment channels. Manufactured by Honda Electronics Co., Ltd., the Honda HL2000 Ultrasonic Level Meter features a powerful acoustic transducer and digital processor engineered to measure extended fluid distances without physical contact. Equipped with automatic temperature compensation, intelligent echo filtering, a digital LCD interface, and standard 4–20mA output, it provides low-maintenance level telemetry for large-scale industrial and municipal facilities.

Description of Honda HL2000

Ultrasonic signal transfers in the unclear water. There is no need to contact to the measuring object (sludge), the measurement can be done without sinking the sensor deep into the tank.

Interface Honda HL2000 Ultrasonic Level Meter
Interface Honda HL2000 Ultrasonic Level Meter

Technical Overview & Operation

The Honda HL2000 Ultrasonic Level Meter operates on the acoustic time-of-flight (ToF) principle. Positioned above the maximum liquid surface, the high-output transducer emits ultrasonic pulses downward into the vessel space.

When the acoustic pulse strikes the fluid surface, it reflects back to the transducer face. The internal microprocessor calculates the exact transit time ($\Delta t$) of the returning echo and determines the surface distance using acoustic velocity ($v$). Integrated temperature sensors automatically compensate for air temperature variations within the vessel headspace. Advanced echo-processing algorithms filter out false reflections caused by internal tank agitators, structural supports, wall seams, or surface turbulence. Product documentation and calibration details can be accessed via Honda Electronics support channels.

Specifications

ParameterSpecification
Manufacturer / BrandHonda Electronics Co., Ltd.
Model SeriesHL Series / HL2000
Focus Keyword TargetHonda HL2000 Ultrasonic Level Meter
Operating PrincipleUltrasonic Transit-Time (Time-of-Flight)
Measuring Range0.4 to 15.0 m (Depending on vessel geometry)
Measurement Accuracy0.25% to 0.5% of Full Scale
Dead Band (Blind Zone)$approx 0.4 text{m}$
Temperature CompensationAutomatic internal temperature tracking and correction
Signal OutputIsolated 4–20mA DC current loop
DisplayIntegrated LCD screen for direct reading and parameter setup
Operating Temperature-10 C to 60 C (14 F to 140 F)
Enclosure ProtectionElectronics / Transducer: IP65 / IP67

Features

  • Extended Measurement Range: High-power acoustic emitter allows continuous non-contact measurement in deeper tanks, lift stations, and open channels.

  • Non-Contact Acoustic Operation: Eliminates sensor corrosion, chemical fouling, and maintenance downtime by operating completely above the fluid medium.

  • Automatic Temperature Compensation: Built-in temperature sensor continuously updates speed-of-sound algorithms to ensure measurement stability across changing ambient conditions.

  • Standard Industrial Telemetry: Isolated 4–20mA DC analog output integrates seamlessly with PLCs, SCADA systems, and chart recorders.

Applications

  • Deep Water Storage & Reservoirs: Level monitoring in large clean water storage tanks, municipal wells, and intake stations.

  • Wastewater & Stormwater Basins: Continuous tracking in deep sewage lift stations, equalization basins, and storm runoff sumps.

  • Large Chemical Storage Tanks: Non-contact level measurement in acid/alkali bulk storage tanks and reagent processing vessels.

  • Industrial Effluent Channels: Open channel flow and level measurement in industrial wastewater treatment plants.

Related Products

Best Honda HL2000 Ultrasonic Level Meter

Honda HL2000 ultrasonic signal has characteristic that it reflects where the density changes.

Product Note:

No product notes available.

Loading...

Description

Honda HL2000 Ultrasonic Level Meter

Honda HL2000 ultrasonic signal has characteristic that it reflects where the density changes. Submerged sensor transmit ultrasonic signal, then the signal reflects at the interface inside the tank. Some part of signal penetrate into the sludge and it also reflects at the rake or bottom of the tank.

Honda HL2000 Ultrasonic Level Meter is a high-precision, long-range non-contact liquid level measuring system designed for continuous monitoring in deep storage tanks, industrial sumps, chemical reservoirs, and water treatment channels. Manufactured by Honda Electronics Co., Ltd., the Honda HL2000 Ultrasonic Level Meter features a powerful acoustic transducer and digital processor engineered to measure extended fluid distances without physical contact. Equipped with automatic temperature compensation, intelligent echo filtering, a digital LCD interface, and standard 4–20mA output, it provides low-maintenance level telemetry for large-scale industrial and municipal facilities.

Description of Honda HL2000

Ultrasonic signal transfers in the unclear water. There is no need to contact to the measuring object (sludge), the measurement can be done without sinking the sensor deep into the tank.

Interface Honda HL2000 Ultrasonic Level Meter
Interface Honda HL2000 Ultrasonic Level Meter

Technical Overview & Operation

The Honda HL2000 Ultrasonic Level Meter operates on the acoustic time-of-flight (ToF) principle. Positioned above the maximum liquid surface, the high-output transducer emits ultrasonic pulses downward into the vessel space.

When the acoustic pulse strikes the fluid surface, it reflects back to the transducer face. The internal microprocessor calculates the exact transit time ($\Delta t$) of the returning echo and determines the surface distance using acoustic velocity ($v$). Integrated temperature sensors automatically compensate for air temperature variations within the vessel headspace. Advanced echo-processing algorithms filter out false reflections caused by internal tank agitators, structural supports, wall seams, or surface turbulence. Product documentation and calibration details can be accessed via Honda Electronics support channels.

Specifications

ParameterSpecification
Manufacturer / BrandHonda Electronics Co., Ltd.
Model SeriesHL Series / HL2000
Focus Keyword TargetHonda HL2000 Ultrasonic Level Meter
Operating PrincipleUltrasonic Transit-Time (Time-of-Flight)
Measuring Range0.4 to 15.0 m (Depending on vessel geometry)
Measurement Accuracy0.25% to 0.5% of Full Scale
Dead Band (Blind Zone)$approx 0.4 text{m}$
Temperature CompensationAutomatic internal temperature tracking and correction
Signal OutputIsolated 4–20mA DC current loop
DisplayIntegrated LCD screen for direct reading and parameter setup
Operating Temperature-10 C to 60 C (14 F to 140 F)
Enclosure ProtectionElectronics / Transducer: IP65 / IP67

Features

  • Extended Measurement Range: High-power acoustic emitter allows continuous non-contact measurement in deeper tanks, lift stations, and open channels.

  • Non-Contact Acoustic Operation: Eliminates sensor corrosion, chemical fouling, and maintenance downtime by operating completely above the fluid medium.

  • Automatic Temperature Compensation: Built-in temperature sensor continuously updates speed-of-sound algorithms to ensure measurement stability across changing ambient conditions.

  • Standard Industrial Telemetry: Isolated 4–20mA DC analog output integrates seamlessly with PLCs, SCADA systems, and chart recorders.

Applications

  • Deep Water Storage & Reservoirs: Level monitoring in large clean water storage tanks, municipal wells, and intake stations.

  • Wastewater & Stormwater Basins: Continuous tracking in deep sewage lift stations, equalization basins, and storm runoff sumps.

  • Large Chemical Storage Tanks: Non-contact level measurement in acid/alkali bulk storage tanks and reagent processing vessels.

  • Industrial Effluent Channels: Open channel flow and level measurement in industrial wastewater treatment plants.