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74712 Seismoprobe
The 74712-01-11-02-00 uses moving-coil technology to generate a voltage directly proportional to absolute casing-vibration velocity.
The 74712-01-11-02-00 is a Bently Nevada high-temperature two-wire Seismoprobe velocity transducer with 0° ±2.5° orientation, an isolated circular M10X1 base, top-mount connector and no agency approvals.
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Manufacturer documentation for the Bently Nevada 9200 and 74712 Seismoprobe Velocity Transducers.
Bently Nevada datasheet 141626. Refer to the 74712 high-temperature two-wire transducer ordering table and published Seismoprobe specifications.
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Technical statements on this product page are limited to publicly available Bently Nevada / Baker Hughes manufacturer documentation. No third-party product sources were used.
Bently Nevada is the brand; the 9200 and 74712 Seismoprobe Velocity Transducers is the product family and complete measurement system; and 74712-01-11-02-00 is the high-temperature transducer configuration with 0° ±2.5° orientation.
The 74712-01-11-02-00 uses moving-coil technology to generate a voltage directly proportional to absolute casing-vibration velocity.
A compatible high-temperature interconnection cable carries the two-wire velocity signal to the monitoring instrument.
The moving-coil transducer generates a voltage directly proportional to casing vibration velocity and requires no external excitation.
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