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MG8650 series RF admittance transmitter
Measurement parameters: liquid level, interface, material level Electrical interface: 1/2NPT or M20 × 1.5 input voltage: 13.5-30VDC with polarity reve
Product details
Measurement parameters: liquid level, interface, material level
Electrical interface: 1/2 "NPT or M20 × 1.5
Input voltage: 13.5～30VDC
Protection against polarity misconnection
Process pressure: 0～250bar(0～25MPa)
Process temperature: -58~788 ℉ (-50~420 ℃)
Output signal: 2-wire 4-20mADC HART
Measurement accuracy: ±0.1％
Process display: 4-20mA, percentage, engineering order
Probe length: rigid 20-236“
(500～6000mm)
Flexible 20~1968“
(500～50000mm)
Coaxial flexible 20-787“
(500～20000mm)
Side flexible 20-236“
(500～6000mm)
texture of material: 316LSST, 304SST, titanium
Tantalum, PTFE lining, etc
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
MG8651 Intelligent RF Admittance Level Transmitter (Insulated Probe for Conductive Media)
MG8652 intelligent RF admittance level transmitter (naked probe for insulation medium)
The circuit module adopts emitter follower, sine wave oscillator, three terminal shielding and other technologies, while measuring the hanging impedance and capacitance impedance, reliably solving the hanging problem and accurately measuring the material level.
Simultaneously measuring the impedance and capacitance of the hanging material, reliably solving the impact of hanging and scaling measurement accuracy;
Not affected by changes in medium density and temperature;
● Automatic data reading and storage, no calibration required;
The liquid receiving components are made of all stainless steel and polytetrafluoroethylene materials, which are resistant to corrosive media such as strong acid and alkali;
● Maintenance free, core components are non-contact with the medium and do not require regular maintenance.
Measurement of liquid level, interface, slurry, powder, particles, mixed media, emulsion layer media, and materials with variable density.
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