SPRT Console is a focused platform for logging, reviewing, and exporting SPRT stability data. Raw resistance (Ω) is stored as authoritative truth. Derived views are always labelled as such.
Designed for bench metrologists and lab managers who need records that stand up to scrutiny — not tools that add noise to careful work.
The measurement chain
Standard Platinum Resistance Thermometers are the backbone of high-accuracy temperature measurement. The data they produce supports work where errors are not recoverable.
SPRT stability underpins calibration chains used in pharmaceutical, nuclear, and industrial settings. Drift that goes unrecorded is drift that cannot be defended.
Long-term temperature datasets demand metrologically sound references. SPRT records with calibration event anchors improve confidence in data collected over years.
Qualification testing, thermal cycling, and mission reliability all depend on traceable temperature measurement. Records must survive audit, not just the mission.
Formulas overwrite history. Cells can be edited without trace. Columns drift. The data that started authoritative becomes uncertain. SPRT Console is designed against this failure mode.
Design principles
SPRT Console is constraint-driven by design. Every decision has a reason rooted in metrology practice, not software convention.
01
Measurements are never overwritten. Corrections are recorded as superseding entries that reference the original. The history is complete.
02
Resistance values are what the instrument measures. Drift overlays and mK conversions are visual modes — they do not touch stored values or exports.
03
Events act as reference markers. They provide context for drift without reinterpreting historical data retroactively after recertification.
Each account is a closed dataset. No sharing between accounts. Designed for privacy and simplicity in multi-instrument labs.
Any value that is derived is labelled as such, everywhere — in the UI, in exports, and in documentation. No silent calculations.
Daily workflow
The core flow is optimised for bench use. Advanced characterisation is always available — and always out of the way.
Choose from your registered instruments. Serial number, nominal R(TPW), and calibration history are available immediately.
Enter raw resistance at TPW and Ga. Sensible defaults, minimal friction. Advanced fixed points are one click away.
Drift overlays are visual modes only. Raw Ω remains primary. Calibration events anchor the timeline.
One-row-per-measurement export with full context. Raw values first. Ready for documentation, review, and submission.
Capabilities
The interface is calm and bench-friendly. Every feature earns its place.
TPW and Ga logging with sensible defaults. Clear drift indicators. Designed to take seconds, not minutes.
Optional entry for additional fixed points and comparison temperatures. Available when needed, invisible when not.
Structured, one-row-per-measurement files with the context required for lab review, analysis, and submission.
Register instruments with serial numbers, nominal values, and certificates. Cells and reference resistors tracked separately.
Mark recertification events with date, lab, and certificate reference. Anchors drift charts without touching historical data.
Account-based access. No sharing between accounts. Data stored securely and separately for each user.
Built for Metrologists
A focused, cloud-based SPRT monitoring platform with disciplined handling of raw Ω data. No spreadsheet risk. No silent edits. No guesswork.