How Engineering Value Labeler works
Press Load model once: your browser downloads Gemma 4 E2B instruction-tuned (web build) (2.0 GB) from this site and keeps it in its cache. Then add your text and press Classify locally. The model runs on this device using your graphics card, so nothing you enter is sent to a server. Until the model is loaded, or if your device cannot run it, the tool falls back to a simple keyword check and labels the result as the fallback.
Gemma 4 E2B instruction-tuned (web build) is a small open language model from Google. The tool sends it the instruction below plus your text, asks for a JSON answer with fixed fields, and shows each field as a card. It runs at temperature 0, so the same input gives the same answer on the same device, though different graphics cards can word it slightly differently.
Inputs longer than 6,000 characters are cut to that length before they reach the model, and the result says so. The model only sees what you paste: it does not look anything up.
The instruction the model gets
You label component and engineering values from parts lists, schematic notes and spec sheets. For each value, say what physical quantity it is (resistance, capacitance, inductance, voltage, current, power, frequency, length, tolerance, torque, wire gauge, thread or fastener size and so on) and its unit. Read common shorthand: 4k7 means 4.7 kΩ, R47 means 0.47 Ω, u is written for µ, and M3x12 is a metric screw size, not the mega prefix. Keep each value as written; do not convert to other units, do arithmetic, or recommend part numbers or suppliers.
What it returns
- Value by value: One per value: the value as written, an arrow, the quantity and the value in standard notation, e.g. '4k7 → resistance, 4.7 kΩ' or '10uF → capacitance, 10 µF'. Never use the part reference (R5, C2) in place of the value.
- Unclear values: Values whose meaning is ambiguous, with why.
- Worth checking: Missing details a reader should confirm, such as tolerance, voltage rating or power rating, based only on the text.