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MG8900 series radar level transmitter
Measurement parameters: liquid level, interface, material level. Dielectric constant: ≥ 1.4. Probe type: single rod, double rod, coaxial, side electri
Product details
Measurement parameters: liquid level, interface, material level
Dielectric constant: ≥ one point four
Probe type: single pole, double pole, coaxial, side pole
Electrical interface: 1/2 "NPT or M20 × 1.5
Input voltage: 13.5-30VDC, with polarity reversal protection
Process pressure: 0～250bar(0～25MPa)
Process temperature: -58~788 ℉ (-50~420 ℃)
Output signal: 2-wire 4-20mADC HART
Measurement accuracy: ±5mm
Process display: 4-20mA, percentage, engineering unit
Probe length: rigid 20-236 "(500-6000mm)
Flexible 20-2362 "(500-6000mm)
texture of material: 316LSST, 304SST, titanium
304LSST, tantalum, PTFE lining anti-corrosion, etc
Tensile strength: Flexible probe rod single rod
Outer diameter 0.2 "(5mm) 3100 pounds (14kN)
Flexible probe double pole
Outer diameter 0.2 "(5mm) 2210 pounds (10kN)
Process connection: flange connection or threaded connection
Explosion proof mark: intrinsic safety Ex ia Ⅱ C T1 ～ T6
Explosion proof Ex d Ⅱ C T1 ～ T5 Gb
Protection level: IP67
MG8910 series guided wave radar level transmitter
MG8920 series non-contact radar level transmitter
The transmitter and receiver in the probe generate micro electromagnetic waves that propagate along the waveguide antenna. When they encounter the surface of the medium, they produce reflected electromagnetic waves. The circuit module calculates the time difference between the transmitted electromagnetic waves and the reflected electromagnetic waves to accurately measure the height of the object.
The microwave signal of guided wave radar is transmitted along the antenna, which can eliminate false echo signals, reduce signal loss, and has high reliability;
No drift, unaffected by atmospheric conditions and changes in medium density, the liquid receiving components are made of all stainless steel and polytetrafluoroethylene materials, resistant to corrosive media such as strong acids and alkalis;
Good module interchangeability, on-site module replacement does not require calibration.
Measurement of liquid level, interface, slurry, powder, particles, mixed media, emulsion layer media, and materials with variable density.
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