- The differential-coil sensor converts tracing-pin movement into proportional bridge output.
- The freely moving pin uses a threaded mechanical connection to the measurement target.
- Emerson identifies A6500-LC and A6500-UM as preferred interfaces for the PR9350 series.
PR9350/02 is an Emerson EPRO LVDT linear displacement transducer designed for static and dynamic movement measurement.
A ferromagnetic core moves through the differential coil as the tracing pin follows the target, changing the bridge impedance and producing a displacement-proportional carrier-frequency signal.
Before installation or replacement, verify the converter or measurement card, supply, pin assignment, polarity, fixing-hole pattern, tracing-pin linkage, alignment, travel, and machine-protection procedure.
Availability, condition, price, and shipping time for PR9350/02 are confirmed during quotation.
Emerson EPRO PR9350/02 LVDT Linear Displacement Transducer Manuals, Datasheets, Links
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
- Use the housing fixing holes shown on the model-specific dimensional drawing.
- Connect the tracing pin to the target through its threaded mechanical interface.
- Align the linkage with the target motion to avoid side loading or false movement.
- Use the official connection diagram for the three-pole Cannon socket.
- Verify polarity before enabling the associated measurement channel.
- Keep connector and cable scope separate from fixed-cable special versions.
- Use the documented coil-resistance method when checking sensor continuity.
- Coordinate any function check with the specialist responsible for machine protection.
- Reactivate machine protection immediately after the authorized check is complete.
- Static and dynamic linear displacement measurement.
- Tensile and compressive force measurement through suitable carrier-frequency bridge accessories.
- Measurement of gas or liquid pressure, material thickness, or transverse moments converted into linear motion.