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FracSENS LB 6770 Density Meter

The FracSENS LB 6770 nuclear density meter can connect directly to the control system. Without the transmitter unit, the outputted count rate can be used in the control system to calculate PPA, PPG, or SGU in both low and high pressure applications.

The new scintillation technology ensures high sensitivity and allows drastic reduction of source activity compared to conventional ion chamber detectors. A maximum of 20 mCi has proven sufficinet for traditional fracturing applications.

With outer dimensions of 2.2 x 11.2 inches the FracSens LB 6770 is much smaller than any other fracturing density meter. Due to the compact design and its internal structure the density meter is extremely resistant to vibration and mechanical shock, which has been proven successfully in excessive tests (up to 500 g) and in real Applications.

Ready to use in minimal time Depending on customer preferences the FracSENS LB 6770 either connects to the control system directly or to the DuoXpert LB 475 Fracturing transmitter. In the first case customers will receive a signal proportional to count rate or density, which could either be a voltage output, a current output, or a pulse output — whatever fits customer control system. Even Modbus RTU communication is available. The FracSens LB 6770 is factory pre-configured according to customer needs and only a quick calibration with empty pipe and water or with water and a slurry of known density is needed to set the system up. When the FracSens 6770 is connected to the DuoXpert LB 475 transmitter, several other output alternatives like PPA, PPG, percent, solids, specific gravity, or density become available with the transmitter performing all calculations, providing a 4-20 mA output signal.

Easily retrofit existing systems
Source replacement is costly, time consuming, and does not work towards a reduction in overall site source activity. Fortunately, the FracSENS LB 6770 can be used in combination with existing sources and clamps. We also offer adapters and clamps to adapt to customer’s current system. Especially in low radiation conditions, our highly sensitive detectors improve the signal to noise ratio, providing superior measurement performance when compared to competing systems.

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