IEPEDYNAMIC INSTRUMENTSIEP-IND / MODEL CONFIGURATION REVIEW
Build the sensor into the monitoring route.
Continuous machinery monitoring adds requirements beyond sensitivity. Set the bearing fault band, mounting thread, case isolation, ingress conditions and cable strain relief before comparing a rugged sensor with a lightweight laboratory accelerometer.
SPECIFY THE OPERATING WINDOW
These values describe requested configurations. Each selected model needs its own approved specifications; the targets are not one universal performance envelope.
| Sensitivity requests | 100 or 500 mV/g |
|---|---|
| Housing target | Sealed stainless steel; grade, shielding and sealing to confirm |
| Connector requests | 2-pin MIL-C-5015 or M12; verify pin count and assignment |
| Requested measurement band | Define low-frequency corner and upper bearing/gear band |
| Installation | Mounting thread, isolated stud, cable support and oil exposure |
For permanent installations, cable retention, replacement access and oil exposure can govern the assembly choice. A nominally compatible thread does not prove sealing or insulation after the connector is mated. Specify the connector standard, gender and strain-relief requirements.
Case isolation controls electrical connection to the mounting surface. Cable shield termination controls the return and noise path. Record both; a stainless housing or a shielded cable does not by itself prove the installed system avoids ground-loop interference.
EXACT IDENTIFIERS / ONE INQUIRY PER CONFIGURATION
Select the identifier that describes your requirement, then specify accessories, documents and actual unit quantities. No identifier implies released stock or an approved cross-brand substitute.
| Request identifier | Measurement / sensitivity | Interface / inputs | Review & request |
|---|---|---|---|
| IEP-IND-100-MILIndustrialConfirmation required | Acceleration 100 mV/g1 axis · TEDS: optional | MIL1 input per unit | Review IEP-IND-100-MILConfirm the exact pin map, stud thread, case isolation, sealing conditions and permanently installed cable route. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
| IEP-IND-100-M12IndustrialConfirmation required | Acceleration 100 mV/g1 axis · TEDS: optional | M121 input per unit | Review IEP-IND-100-M12Confirm the exact pin map, stud thread, case isolation, sealing conditions and permanently installed cable route. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
| IEP-IND-500-MILIndustrialConfirmation required | Acceleration 500 mV/g1 axis · TEDS: optional | MIL1 input per unit | Review IEP-IND-500-MILConfirm the exact pin map, stud thread, case isolation, sealing conditions and permanently installed cable route. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
Use the blank worksheet now. Request the selected configuration’s actual documents with the quote; no generic drawing or example certificate is presented as a released model record.
Original requirement-collection worksheet. No measured sensor data or certificate content.
Wind turbines, pumps, compressors and gearboxes need repeatable mounting and a maintainable cable route. State whether measurements are temporary surveys or continuously connected channels.
Review an original model →Require the actual ingress test conditions, connector/pinout drawing, insulation measurement, frequency response and temperature derating for the selected model.
Define the calibration scope →Bearing and gear measurements may need high-frequency response while machine-speed trends need a stable low-frequency baseline. Include both ends of the useful band, peak level and the receiving input. Magnetic mounting can change the upper usable response.
It identifies a configuration request. Exact sensitivity, frequency response, temperature, mounting, connector pin assignment, current, bias and TEDS support require selected-model confirmation. Original model names are comparison references, not approvals.
The blank engineering worksheet is available without registration. Datasheet, STEP, pinout and calibration files need the actual model release. Use the document checklist in the RFQ to request availability and scope.
Enter the number of sensors or instruments. Each accessory line has its own quantity. Triaxial sensors consume three acceleration inputs each; force and acoustic inputs are additional. Optional budget amounts are your allowances, not quoted seller prices.