Specifications
- Microwave level gauge MD-10: Specifications
General Measuring principle Time Flight impulse Radar technology
Operating frequency 5.8 GHz
Half power beam angle Cone antenna 8”: 17deg.
Microwave output power Max 1μW
Reference conditions Free space reflection from metal surface, ambient temperature 25℃, atmospheric pressure
Display / Configuration Local display 5 digit LCD display with 4 configuration buttons. Level, Ullage, Volume, Volume Max or Signal Amplitude output
PC Remote configuration Windows base setup and configuration software
Electrical Power supply Loop powered 10-16 VDC
Output RS485
Output variable Level, Ullage in m or ft. Volume in %, Amplitude in dB.
Signal on alarm None
Cable entry 2-M20×1.5(Applicable Cable diameter : 6.5-9.0mm)
Mechanical Antenna Cone antenna 8”
Antenna material exposed to tank Cone antenna: 8” SUS(316L), PTFE, Viton
Housing / Enclosure Casting Aluminum
Flange On request or customer supply
Mass 4.3Kg
Height above flange 230 mm
Environment Condition Max pressure -0.1 to 1.0MPa (-14 to 145 psi)
Ambient temperature -20 to 70 ℃ (-40 to 158°F), LCD Display 20 to 70℃
Ingress protection IP65
Measuring Performance Instrument accuracy +/- 10mm
Repeatability +/- 1mm
Update interval 1 Second
Measuring range Depend on Antenna type and products nature, see diagram at page 4
详情
The MD-10 measures liquid level by transmitting low energy radar pulses toward a liquid surface and receiving the radar echoes.
Features
- Spiral Search Mode
High speed activation with low power consumption
- Easy Configuration
Menu driven 4-keys input or Graphical PC software by RS48
- Easy Installation and quick connection
Gauge and Plate can be connected at site by hand
- Strong and stable against tough condition
Vaporatmosphere, Temperature, Pressure or Density / Gravitychange
Target Market
- Water distribution
- Hydraulic power station
- Sewage water treatment plant
- General industrial
- Petro - chemical
- Fine - chemical
- Pharmaceutical
- Food
- Factory effluent
The radar pulse is virtually unaffected by the contents and atmosphere of the tank, temperature or pressure. Thus radar measurement is proven to be the most reliable gauging method in most applications. Furthermore, maintenance requirements are practically zero because no part of the gauge is in physical contact with the liquid. These features make the MD-10 very well suited for storage and buffer tanks in the chemical and water industry.
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