FOR ELECTROTECHNICAL & INDUSTRIAL SUPPLY

ETIM, datasheets and obsolescence — when AI hallucinates, your BOMs do too.

Electrotechnical catalogues live or die on datasheet truth. PartSentinel probes how every major LLM represents your ETIM classes, your numerical specs and your supersession chains — and flags the spec values models are inventing with high confidence.

Audit my catalogue →See a sample ETIM audit
MEDIAN SENTINEL SCORE · ELECTROTECHNICAL
18
across 1.1M audited references — lowest of all verticals
DATASHEET SPEC HALLUCINATION RATE
31%
of numeric specs returned outside the ±2% tolerance band
OBSOLESCENCE-DRIFT EXPOSURE
23%
of superseded references still recommended by ≥ 1 model
EXAMPLES OF AI INFERENCE · ELECTROTECHNICAL

Spec hallucinations carry voltage. Literally.

SPEC HALLUCINATION

GPT-4 hallucinates a torque value with 3% precision — picked from a similar but unrelated reference in a competitor's datasheet.

OBSOLESCENCE INFERENCE

Claude infers an obsolescence date from a forum thread and recommends a replacement that's actually a tier below your spec.

OUTDATED ETIM

Gemini cites an ETIM class that hasn't applied to your part since 2023 — from an archived datasheet still indexed.

USE CASES

What electrotechnical data teams use PartSentinel for.

01
DATASHEET HALLUCINATION DETECTION

Catch invented spec values before they enter customer BOMs.

Models confidently invent torque, current rating, IP class and dielectric strength values. We test every numeric spec against your published datasheet with a ±2% tolerance and flag the cases where models are simply making numbers up. Pinout coherence is checked separately for ICs and connectors.

Per-SKU spec heatmap · invented-value list · per-model error rate
02
ETIM CLASS COHERENCE

Verify that AI assigns your products to the right ETIM class.

When a model classifies your contactor as a relay, your datasheet leaks into the wrong information channel. PartSentinel tests ETIM class assignments per model and per language — and flags reclassification drift quarterly. We support ETIM 9.0 with the EC-class extensions.

ETIM class confusion matrix · per-class hallucination rate
03
SUPERSESSION-CHAIN COMPLIANCE

See where AI is still selling your obsolete parts.

Multi-step supersession chains (A → B → C → D) confuse models the most. They tend to anchor on the oldest reference and miss the newest replacement. We test the full chain per family and per manufacturer; you get the structured response template to push to upstream model providers.

Supersession-chain dashboard · drift charts · provider response templates
04
REACH / ROHS RECALL ACCURACY

Verify model recall of regulatory status.

When a procurement copilot answers 'is this part RoHS-compliant?', it must be right. We test models on REACH SVHC list inclusion, RoHS compliance status, and dual-use export-control classification — flagging cases where the answer is plausible but wrong.

Regulatory recall scorecard · per-status per-model heatmap
INGESTION STACK

We speak the electrotechnical formats.

Native parsers for the standard formats. Custom mapping assistant for proprietary PIM exports.

ETIM 9.0 + EC

Class IDs, feature values, units, multi-language descriptors

eClass 13 / Advanced

Native parser, full classification + characteristics

BMEcat 2005 / 3.0

MIME features, attachments, datasheet PDFs

Datasheet PDFs

OCR + structured extraction (Schaeffler, Phoenix Contact, Siemens, ABB)

PIM API

Akeneo, Pimcore, Contentserv, Stibo, SAP MDG

Manufacturer EDI

Direct delta loads via signed S3 / GCS bucket

WHO BUYS

The buyer is rarely marketing.

Electrotechnical PartSentinel engagements are bought by the people who own datasheet truth — not the people who run brand campaigns.

ROLECONCERN
Chief Data Officer / Head of PIMDatasheet truth across systems. ETIM class consistency. AI Act exposure register ownership.
Engineering ManagerSpec hallucination rate in customer copilots. Risk of mis-specified parts entering BOMs.
VP Aftermarket / VP ChannelChannel integrity, obsolescence chains, competitor cross-references.
Regulatory AffairsModel recall accuracy on REACH / RoHS / export-control status. Rights-holder filings.
QUICK QUESTIONS

What electrotechnical teams ask before booking.

How do you test numeric specs?

Per-spec, per-reference, per-model. Each numeric value (torque, current, IP class, dielectric strength) is compared to your published datasheet with a configurable tolerance band — default ±2%. We score 'within tolerance', 'outside but plausible' and 'invented' separately so you can read the failure mode.

What about pinout and electrical schematic coherence?

Pinout coherence is checked for ICs, connectors and terminal blocks. Schematic-level coherence (signal routing) is on the roadmap for Q4 2026.

Do you cover REACH SVHC and RoHS recall?

Yes. We test model recall against your published regulatory status — both list inclusion (REACH SVHC) and binary status (RoHS-compliant yes/no). Dual-use export-control classification is supported but requires a signed information-sharing agreement.

Can you ingest PDFs that aren't structured?

Yes. We have an OCR + structured extraction pipeline calibrated on Schaeffler, Phoenix Contact, Siemens and ABB datasheet templates. Custom layouts are processed with a 24-hour onboarding overhead.

HEAD OF PIM · TIER-1 EUROPEAN ELECTRICAL DISTRIBUTOR
Three models confidently quoted torque values that don't exist on any of our datasheets. One of them was being used inside a customer-facing procurement copilot. We had no way of knowing until PartSentinel showed us the diff.
AUDIT YOUR CATALOGUE

50 references. 5 days. No commitment.

We pick 50 representative references with you (across families and ETIM classes), audit them on 10 LLMs, and ship a counsel-ready report with the spec hallucinations, the supersession drift and the AI Act evidence pack.