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Improved Signal Strength The Model 706 has a transmitted GWR signal that is twice as large as the existing Model 705. That stronger signal, along with a patented Diode Switch Technology circuit and improved receiver circuits, results in a Signal-to-Nose ratio that is almost three times higher than the competition.
The Model 706 transmitter can be protected with a numerical password between 0 and 59,999. NOTE: Default Password = 0 = Password disabled. Refer to the Model 706 Installation and Operating Manual Bulletin 57-606 for additional information on password protection.
Guided wave radar level transmitters. For high-accuracy, reliable measurements even in harsh conditions. Using radar frequencies, guided in a probe going into the monitored vessel, guided-wave radar level measurement provides continuous, reliable measurements with high accuracy.
Guided Wave Radar (GWR) uses a probe to measure to guide high frequency, electromagnetic waves as they travel down from a transmitter to the media being measured. Non-Contacting Radar sends down an electromagnetic wave through the air, it then reflects off the media and returns back to the device.
Working principle Guided wave radar transmitter works on the principle of time and travel (TDR). Radar wave travels at the velocity of light. The flying time is converted into level signal via the electronic units. The probe emits high frequency wave pulses which travel along a cable probe or a rod probe.
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Guided wave radar level transmitters are used to continuously monitor fluid or bulk solid levels in harsh operating conditions.
How It Works. Guided wave radar is based on microwave technology. Microwaves are only affected by materials that reflect energy which means that temperature variations, dust, pressure, and viscosity do not affect accuracy. The device sends a low energy microwave pulse down a probe.