Sensei Pressure Emulator

Sensei Pressure Emulator: Precision Without the Guesswork.
Eliminate uncertainty in shop verification with a system that measures real valve movement, not simulated logic. Sensei uses a non-contact optical sensor to track servo shaft rotation, generating a real-time 4–20 mA signal for full surface decoding validation without pumping mud.

Integrated with the Pulser Interface Program, Sensei visualizes pressure waveforms and actuation timing, allowing technicians to verify fully assembled tools quickly and confidently before they ever leave the shop.

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Description

Advanced Telemetry Metrics

  • Optical Valve Tracking:Uses a non-contact optical sensor to read the actual rotation of the servo shaft, generating a signal based on physical valve movement rather than digital simulation.
  • Non-Intrusive Verification: Enables complete end-to-end testing of fully assembled tool strings, removing the need to break connections or disassemble tools for pre-job checks.
  • Universal Surface Compatibility: Outputs a standard 4-20mA current loop signal, making it compatible with any MWD surface system regardless of the telemetry protocol used.
  • Advanced Diagnostics: Pairs with the Pulser Interface Program (PIP) to monitor critical health metrics, including valve actuation time, rotation angle, and pressure waveform fidelity.
  • Shop-Floor Portability: Ruggedized and battery-powered for up to 10 hours of continuous operation, allowing for flexible testing anywhere in the workshop without hunting for power outlets.

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