Configured for casing vibration acquisition in 3500 and 3300 TSI monitoring networks, the Bently Nevada 9200-06-02-10-00 (9200 Two-Wire Transducer) provides direct physical/electrical execution. The moving-coil electrodynamic transducer converts casing velocity into an analog electrical signal across a 10 Hz (600 cpm) minimum operating frequency threshold.

Suffix Breakdown & Model Matrix

Hardware Specifications

Machinery Monitoring and TSI Integration

The 9200 series two-wire moving-coil transducer converts structural surface motion into continuous analog signals for evaluating dynamic behavior across rotating machinery shafts. Internal dynamic damping stabilizes frequency output during rapid rotor dynamics transitions and speed fluctuations down to 10 Hz (600 cpm).

During installation, engineers maintain sensor alignment within the permitted 0 deg +/-100 deg mounting angle envelope to ensure uninhibited internal coil movement along the central sensing axis. Multi-channel field cabling practices enforce cross-talk suppression and eliminate ground loop interference across adjacent velocity channels.

Frequently Asked Questions

Q: Does the 9200-06-02-10-00 transducer require external power excitation?

A: No. The transducer uses a self-generating moving-coil electrodynamic architecture that produces an output voltage directly from physical velocity.

Q: What orientation range is allowed for the 06 option code?

A: Option 06 allows an operating mounting angle envelope of 0 deg +/-100 deg from true vertical without causing mechanical coil suspension binding.

Q: What physical housing construction is used on this model?

A: The case and mounting adapter are machined from anodized aluminum A204.

Field Installation Guidelines

• Thread the circular base directly onto the pre-tapped M10 x 1 mounting port on the bearing casing, applying nominal torque to establish solid surface contact.
• Confirm that the final installed orientation stays strictly within the permitted 0 deg +/-100 deg angular boundary.
• Attach the field cable to the side-mount connector interface, ensuring secure locking to prevent vibration-induced disconnects.
• Route signal cables through grounded metallic conduit, keeping two-wire field lines separated from high-voltage AC lines.
• Connect the cable shield wire to the monitoring rack earth ground while leaving the field transducer housing ungrounded to prevent ground loops.