IEPEDYNAMIC INSTRUMENTSIEP-EVHT / MODEL CONFIGURATION REVIEW
Temperature is a limit for the entire chain.
Electric-drive testing combines hot mounting points with strong electrical interference. A sensor-body temperature target does not establish the cable, connector or insulation rating. Define continuous and transient temperature, isolation test conditions and allowable current before selection.
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 sensitivity | 5 / 10 / 100 mV/g |
|---|---|
| Body-temperature target | 165–180°C request; selected assembly qualification required |
| Isolation target | Request >100 MΩ with test voltage and temperature stated |
| Cable and connector | Integral hot-zone cable or specified connector; separate thermal limits |
| Excitation | Do not assume 10 or 20 mA is safe at elevated temperature |
Record sensor-base temperature, body temperature, connector location and cable exposure separately. Continuous operation, short transient exposure and survival temperature are different requirements. The confirmed assembly limit follows the lowest qualified component.
More current can support a long cable but also raises dissipation in sensor electronics. A high-temperature sensor may require reduced excitation current. An original PCB HT356B01 reference lists2–4mA; that original-model limit is not transferred to an unqualified IEP configuration.
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-EVHT-05High temperatureConfirmation required | Acceleration 5 mV/g3 axes · TEDS: optional | integral3 inputs per unit | Review IEP-EVHT-05180°C is a requested body-temperature target, not an assembly rating. Confirm connector/cable limits and reduced excitation current at temperature. Maximum-temperature request: 180°C. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
| IEP-EVHT-10High temperatureConfirmation required | Acceleration 10 mV/g3 axes · TEDS: optional | integral3 inputs per unit | Review IEP-EVHT-10180°C is a requested body-temperature target, not an assembly rating. Confirm connector/cable limits and reduced excitation current at temperature. Maximum-temperature request: 180°C. Released datasheet, STEP, environmental qualification and calibration availability must be confirmed for this exact configuration. Review calibration evidence → |
| IEP-EVHT-100High temperatureConfirmation required | Acceleration 100 mV/g3 axes · TEDS: optional | integral3 inputs per unit | Review IEP-EVHT-100180°C is a requested body-temperature target, not an assembly rating. Confirm connector/cable limits and reduced excitation current at temperature. Maximum-temperature request: 180°C. 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.
Motor housings, e-drive reducers and inverter-adjacent structures require a repeatable axis convention and controlled grounding. Include PWM environment, shield termination and the hottest cable segment.
Review an original model →Request continuous-temperature curves, current-versus-temperature limits, insulation evidence at temperature, bias window, connector derating and per-axis calibration.
Define the calibration scope →A request for>100MΩ isolation needs a test voltage, temperature, humidity and measured interface. Combine this with shield/return routing and cable support. A requested isolation number alone does not prove immunity to inverter switching fields.
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.