Description

During a maintenance intervention on a low-speed induction fan at a mineral processing facility in Western Australia, structural casing resonance was masking minor bearing defects. Swapping out a standard solid-state accelerometer for the moving-coil Bently Nevada 9200-01-01-10-00 isolated the fundamental casing velocity immediately. This self-generating Seismoprobe sensor measures absolute vibration relative to free space on bearing housings, gearboxes, or structural frames.

Are you managing legacy balance programs or executing a mechanical rebuild on a slow-running asset? Engineering data confirms that this dynamic coil transducer registers pure velocity data without requiring external driver power or charge amplification.

Global Logistics, Availability, and Warranty Terms

Procuring older-generation, specialized seismic instrumentation requires tight shipping logistics to avoid extended turnaround delays.

• Product Condition: New Original (New Surplus) in factory box with verified continuity checks.
• Stock Availability: Stocked at our specialized international fulfillment hubs.
• Standard Lead Time: Processes and dispatches within 1 to 2 business days via global air express.
• Warranty Support: Backed by a 12-month industrial replacement warranty from the delivery date.
• International Pricing Note: The standard list price is a spot-market reference. Final invoice values adjust based on current global logistics surcharges, currency spikes, and quantity discounts. Contact our trade office for a locked pro forma quote.

Technical Specifications: Bently Nevada 9200-01-01-10-00

The distinct mechanical behavior and physical mounts are determined by the specific digit groupings of the 9200-01-01-10-00 part number. Verify your mechanical tapping orientation prior to torqueing the sensor assembly into place.

Moving-Coil Mechanics and Orientation Constraints

The internal design of the 9200-01-01-10-00 sets it apart from typical modern piezo-velocity sensors. It features a physical wire coil suspended by precise springs around a permanent magnet mass. When the machine casing vibrates, the internal magnet remains stationary in space due to inertia, while the coil moves with the case, generating a voltage loop directly proportional to the velocity of the machine casing.

Well, technically this device is simple because it does not need power, but its mechanical physics make it highly sensitive to orientation errors. Because this specific unit features the -01 suffix, it is calibrated exclusively for horizontal mounting. If you try to mount this sensor vertically on a pump bearing housing, the internal mass will sag against its travel limits, which ruins the calibration and distorts your vibration readings. For vertical points, you must source the -03 variant instead.

Cross-Border Shipping and Customs Compliance

Moving high-performance seismic monitoring hardware across international borders requires exact tariff filing to ensure seamless logistics handling.

Export Control and Tariff Classification

This industrial instrumentation falls under global trade screening regulations. It carries an Export Control Classification Number (ECCN) of 7A994 and is filed internationally under the Harmonized System Tariff Code HS 903180. Every export tracking number goes through automated denied-entity screening before leaving our loading docks.

Logistics Framework and Incoterms

For critical vibration diagnostics or forced shutdowns, we rely on Priority Air Freight (via DHL Express, FedEx, or UPS), ensuring delivery within 3 to 5 business days to industrial zones globally. All standard transactions run under CIP (Carriage and Insurance Paid to Destination) Incoterms 2020 rules.

Customs Duty Advisory: All local import tariffs, country-specific sales taxes (VAT or GST), and local customhouse clearance brokerage fees are the sole financial responsibility of the receiving buyer. Work closely with your freight forwarder to match import documentation with your company’s tax ID numbers.

Frequently Asked Questions

Can this moving-coil sensor be used to track high-frequency gear-mesh frequencies?

No, it is not well-suited for high frequencies. Moving-coil units hit a hard physical transmission limit at around 1,000 Hz. If you need to monitor high-frequency gear-mesh or blade-pass anomalies, choose a solid-state Velomitor or standard accelerometer instead.

Is the 9200-01-01-10-00 output compatible with standard 24 V loop-powered monitors?

No, it does not use a 4-20 mA loop current. This sensor generates its own raw AC voltage signal across pins A and B. It must connect directly to a dedicated velocity monitor card, such as the Bently Nevada 3500/42M, or an external velocity-to-displacement converter.

What should I do if the field wiring needs to span more than 100 meters?

You can extend the two-wire shielded twisted pair (using standard 22 AWG cable like the Bently 9571) up to 305 meters without signal loss. If your run exceeds that distance, you will need to check the manual’s charts to calculate high-frequency attenuation.

What specific rotating machinery or bearing housing type are you planning to track with this horizontal velocity transducer?