Signal Profile
A rugged piezoelectric accelerometer for casing and bearing-housing vibration where a 100 mV/g signal, compact body and hazardous-area certification are required.
Flatness, surface finish, correct torque and cable restraint influence usable response. A correct part number cannot compensate for a loose adaptor or moving cable.
Send mounting-thread confirmation, approval requirement, cable part number, monitor input and quantity.
Prepare an RFQ by emailTechnical reference: Baker Hughes / Bently Nevada accelerometers datasheet. Stockoems supplies independently and does not claim manufacturer authorization.
Customers comparing a Bently Nevada 200150-09-05 accelerometer should start with the measurement task. This configuration supplies a nominal 100 mV/g output, but correct selection also depends on expected vibration amplitude, useful frequency band, surface preparation, mounting thread, temperature, hazardous-area documentation and the monitor input accepting the signal.
A technically useful quotation should state the exact suffix 09-05, not only “200150 sensor.” Suffix 09 defines the mounting adaptor and suffix 05 defines the approval option. These details are important for buyers replacing a field sensor or preparing a new vibration-monitoring point.
Complete this profile before requesting a 200150-09-05 vibration sensor RFQ:
A stud-mounted accelerometer normally provides a more reliable high-frequency path than an improvised or loose installation. The mounting surface should be flat, clean and suitable for the specified adaptor. Incorrect thread engagement, debris, uneven surfaces or cable movement can alter the response and create a measurement problem that looks like a sensor problem.
For a 3/4 NPT accelerometer replacement, confirm the existing process or machine connection and available clearance. Do not assume the old adaptor is reusable without inspection.
| Is 100 mV/g compatible with my monitor? | Check the channel input and configured scaling. Sensitivity compatibility is a system decision. |
| Can it measure every vibration frequency? | Use the official response limits and your required accuracy. Mounting and cable routing also influence usable response. |
| Does suffix 05 cover my site? | Compare the exact approval markings and installation entity requirements with the site classification. |
| Which cable should I order? | Match the 5-pin connector, route length, armor needs, temperature and monitor-end connection. |
Send machine point, amplitude/frequency range, mounting thread, approval, cable, monitor input, quantity, destination and required date.
Email sensor RFQ WhatsApp quotationTechnical-content note: specifications are based on the official Bently Nevada 200150, 200155 and 200157 Accelerometers datasheet. Application fit must be confirmed against the site measurement design. Reviewed 12 August 2026.
ORDER-TO-DELIVERY DASHBOARD
A measurement-fit review is combined with clear payment, inspection, packing, shipping and after-sales checkpoints.
| Payment | T/T bank transfer, Alipay and other agreed methods; confirm on PI |
| Shipping | DHL, FedEx or SF according to destination/order |
| Dispatch | Availability and estimated dispatch stated in offer |
| Warranty | 12 months for quality issues, subject to written terms |
Ask for the label to remain readable and for the connector, threaded adaptor and sensor body to be immobilized inside the package.
Helpful documents: commercial invoice, packing list and available product/traceability documents requested before order.
Send the destination country/postal code, quantity and required date. Freight, Incoterm and payment instructions will be stated in the quotation or proforma invoice.
Email commercial RFQWhatsApp delivery checkNever send funds based on an unverified change of beneficiary. Import duty/tax responsibility follows the agreed Incoterm. Warranty exclusions and claim procedure follow the written sales agreement.
The closest family number is not always the closest application fit.
Final selection should follow the official datasheet and site monitoring-system requirements.
MODELS EXTRACTED FROM THE SUPPLIED FILES
The files contain one directly related accelerometer-interface cable and several monitoring-system entries. The table separates accessories and system-level items from sensor substitutes.
| Text-file model | Brand match | Relationship to 200150-09-05 | Source |
|---|---|---|---|
| 200151-040-03-10 | Bently Nevada | Same 200150/200151 accelerometer ecosystem; interface-cable candidate. Confirm exact length code and both mating connectors. | 7.6-7.10.txt |
| 3500/42M 140734-02 | Bently Nevada · 3500 monitoring | System-level monitor/I/O entry, not a sensor replacement. Confirm channel type and compatible signal input. | 7.6-7.10.txt |
| 3500/42M 140734-01H | Bently Nevada · 3500 monitoring | Related machinery-monitoring assembly reference; verify the complete module and I/O label. | 7.6-7.10.txt |
| 3500/42 128015-08G | Bently Nevada · 3500 monitoring | Older 3500/42-series entry; do not infer compatibility with a 100 mV/g accelerometer without channel review. | 7.6-7.10.txt |
| 140734-01 / 3500/40M | Bently Nevada · model text requires verification | The supplied line combines a 140734 code with 3500/40M. Verify the actual label because the file may join module and assembly references. | 7.6-7.10.txt |
