IEPEDYNAMIC INSTRUMENTSIEP-NANO / MODEL CONFIGURATION REVIEW
Keep the measurement from changing the structure.
On a thin blade or small circuit assembly, sensor mass and cable stiffness can change the mode being measured. Specify the allowable attached mass including adhesive and the first supported cable section; a nominal sub-gram sensor label is not a mass-loading assessment.
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.
| Requested mass | 0.5–0.8 g uniaxial; approximately 1 g triaxial targets |
|---|---|
| Requested sensitivity | Define 5 / 10 / 50 / 100 mV/g as needed |
| Mounting | Adhesive or wax, subject to surface and temperature review |
| Cable route | Integral flexible lead; strain relief must not load the test part |
| Spare-pack request | Enter actual sensor count; 10-unit pack is an inquiry option |
A 0.8 g sensor target excludes uncertainty about adhesive, cable support and connector loading. On a small flexible structure, assess the complete attached assembly relative to the local structure and mode shape. There is no universal mass-percentage rule that proves a measurement is unaffected.
Small geometry does not guarantee a particular sensitivity or shock range. Record the response level, frequency band, noise requirement and permissible mass together. Keep very-low-level and high-shock requirements separate when one configuration cannot meet both.
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-NANO-08MiniatureConfirmation required | Acceleration 10 mV/g1 axis · TEDS: optional | integral1 input per unit | Review IEP-NANO-080.8 g is a requested sensor mass. Installed adhesive and cable loading must be assessed separately. Sensor-mass target: 0.8 g. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
| IEP-NANO-3XMiniatureConfirmation required | Acceleration 10 mV/g3 axes · TEDS: optional | integral3 inputs per unit | Review IEP-NANO-3XApproximately 1 g triaxial request; three inputs plus integrated cable and adhesive-removal review. Sensor-mass target: 1 g. 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.
Aerospace composites, eVTOL blades and compact electronics screening can benefit from small measurement points. Plan removal method and spare quantities before attaching a delicate integral lead.
Review an original model →Request total installed mass, cable stiffness/diameter, mounting/removal procedure, axis orientation and the usable frequency response for the intended adhesive layer.
Define the calibration scope →Record adhesive compatibility, release temperature, cleaning method and lead protection. An integral cable requires a different spare plan from a detachable connector. Enter ten sensors as ten units; a ten-unit triaxial pack consumes thirty acceleration channels.
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.