It measures vibration at the casing or machine-frame level using velocity or acceleration sensing, giving maintenance teams data to detect bearing wear, imbalance, or misalignment on rotating equipment such as motors, fans, and pumps.

Proximity sensors measure shaft position directly using eddy current sensing between a probe and the rotating shaft. Inertial sensors instead measure casing vibration from the outside using velocity or acceleration sensing. The two are complementary and often used together on the same machine.

Velomitor sensors are solid-state and are generally the recommended choice for most modern installations. Seismoprobe (moving-coil) sensors are less sensitive to impact or impulsive excitation, which suits certain rugged applications.

Not yet. The Bently Nevada 9200 has its own dedicated product page. Other real products in this category are available but don’t have individual pages built yet. Contact us directly for pricing and specifications.

Yes. Accelerometers and velocity sensors are commonly installed on the same machine as a Bently Nevada 3500 rack, adding casing vibration data alongside the shaft position data from 3300 or 3300 XL probes.

This varies by specific model. The 9200, for example, is rated for continuous operation from -29°C to +121°C, with a high-temperature 74712 variant available. Contact us for the specification on any other model.

Yes. These components remain in active use across existing plant installations, and are available through independent industrial supply channels, including Instrubiz. Contact our team with the specific model to confirm current availability.

Yes, duty-paid, door-to-door delivery is available across Canada, with particular experience serving manufacturing facilities in Ontario and oil sands operations in Alberta.

For the fastest quotation, provide the exact Bently Nevada model or part number, quantity required, and delivery location. Our team confirms configuration and pricing within 24 hours.

Yes. Accelerometers are commonly installed on the same machine as a Bently Nevada 3500 rack, adding casing vibration data alongside the shaft position data from 3300 or 3300 XL probes.