HOME > Level meter (continuous type) > Rader type level meter LRG-10 series

Radar type level meter

LRG-10 series
LRG-10 series
2 line system microwave level meter, compact and lightweight.
Because very weak radio signals are used, it can be used without causing interference with other devices.
 

Measures levels without contact in harsh environments such as in high temperatures, high pressures, steam, gas, etc. Can be used in public areas, because weak radio signals are used.

  • For liquid

Various antennas are available, including cone and process seal types.

 

Features, keys

  1. Weak radio signal
    Can be used in public areas (rivers, sea, streets, etc.), because weak radio signals are used without any restrictions.
  2. 2-line system
    The meter employs a 2-line system, so you do not need to put up new power lines. Just connect to conventional DC lines.
  3. HART is provided as standard
    The meter outputs a HART signal as well as a 4 to 20 mA DC current signal. This makes it possible to connect the meter directly to a computer.
 

Usages, use examples

  • Detect and measure liquid levels continuously without contact
  • Measure corrosive and adhesive materials
    Ex.: Monitor city water level, sewage, drain liquid, chemical agents (acids, alkalis), slurry, storage tanks, silos, etc.
 

Standard specifications

Amplifier

Type Cone antenna Process seal antenna
Power source required 10.5 to 36V
(2-wire system)
18 to 36V
(2-wire system)
Operating temperature -20 to +60 degrees
Current output 4 to 20mA DC
(in Hart multi-drop mode)
4 to 20mA DC
(Hart path)
Measurement precision } 3mm (0.5m or more
Case material aluminum die cast
Protection class IP66

Sensor

Antenna types Cone antenna Process seal antenna
2B 4B 2B 4B
Measuring range *1 0 to 7m 0 to 15m 0 to 7m 0 to 10m
Antenna material SUS316L and PTFE SUS304 and PTFE
Center frequency 26GHz
Measurement cycle 1 second
Irradiation angle 18 deg 8 deg 18 deg 8 deg
Tank interior temperature *2 -40 to +100 degrees
Pressure resistant -0.1 to 1.5 MPa

*1: The nominal measuring distance is determined by the static water level used as a reflecting mirror. It may become shorter with various measuring conditions. The actual measuring range is determined by each measuring condition.

*2: The operating temperature range varies depending on the O-ring material.
The actual detection area is determined by the measurement conditions.

  Please feel free to inquire us

  • Inquiries
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