🔬

PawsitiveSolutions

WDXRF Engineering & Certification Suite

Authorized Field Engineering Access Only. All instrument data is processed 100% locally on this device — zero data is transmitted over the wire.

🔬 WDXRF Calibration & Service Suite · Axios & Zetium

PANalytical Axios / Axios-mAX / Zetium Field Engineering & Certification Suite · Firmware 7.5B

Target Platform: Axios (Click to switch)
Unit: Not Loaded
Unassigned
🔒 Local Sandbox (Zero Data Transmitted)

🔬 Instrument Ingestion: Parameter Bank (TDS) & Remote Diagnostics (RD)

Window 1 loads the machine Parameter Bank to build custom alignment tests and machine profile. Window 2 loads Remote Diagnostics for historical trend analysis.

🔒
100% Local In-Browser Processing · Zero Data Transmitted Over The Wire: All loaded parameter banks, calibration matrices, and machine profiles are parsed strictly in your browser's local memory using the HTML5 FileReader API. Nothing is ever sent to or stored on any server. This tool functions completely offline once loaded.
📂

Window 1: TDS Folder / Parameter Bank

Machine Profile & Custom Tests: Builds 9-phase alignment procedure, 2θ Bragg angles, BOM & hardware profile.

Accepts: .ICF, .CAL, .IP, .CSF, .LOG, .TUB, TDS folder (e.g. DY######)
💡 Drag & drop TDS backup folder or parameter files here
Empty: Drop TDS folder/files or click Browse
📁

Window 2: RD Folder / Remote Diagnostics

Historical Data & Analysis: Tracks multi-run SPC performance trends, tube hours, stability & flags abnormalities.

Accepts: .RTF, .STB, .MUS, .ERR, .SES, .SPC (e.g. RD4400\DY######)
💡 Drag & drop RD remote diagnostics folder or run reports here
Empty: Drop RD folder/files or click Browse

📊 As-Found Parameter Bank Baseline (From Instrument Backup Files)

⚙️ Optical Hardware Configurator (8-Position Crystal Turret & Collimators)

Adjusting these components instantly recalculates all alignment phases, 2θ Bragg angles, and required standard samples.

🔧 Official PANalytical Preventive Maintenance (PM) Checklist

Authoritative 15-section maintenance protocol from svm_axios-max_en / Preventive Maintenance Checklist.htm (102 inspection items)

PM Checklist Progress:
0% (0/102 tasks)

🎯 3. Optical Goniometer Calibration & Alignment Protocol

Sequential 9-phase mechanical & optical calibration suite dynamically compiled for active goniometer optics and detectors.

Alignment Progress:
0% (0/0)

📊 Remote Diagnostics (RD) & TDS History, Multi-Run SPC Trends & Folder Comparison

Ingest two entire folders (Folder A: Baseline / TDS / Past Visit vs. Folder B: Current / RD / Evaluation). Automatic statistical process control (SPC) charting, performance drift tracking, and physical failure detection.

🔒
Zero Server Transmission · Complete Device Privacy: Diagnostic logs (.RTF, .STB, .MUS) and SPC statistical trend runs remain strictly inside your device's memory. No customer data, tube hours, or proprietary telemetry is ever transmitted over the network.
📂

Window 1: TDS Folder / Parameter Bank (Baseline)

Machine Baseline: Factory zero angle corrections, goniometer offsets & tolerance registers.

.ICF, .CAL, .IP, .CSF, .LOG (e.g. DY###### or baseline visit)
💡 Drag & drop TDS backup folder or parameter files here
Empty: Drop TDS folder/files or click Browse
📁

Window 2: RD Folder / Remote Diagnostics (Runs)

Diagnostic Runs: Multi-run certificates, stability runs, scans & error logs.

.RTF, .STB, .MUS, .ERR, .SES, .SPC (e.g. RD4400\DY######)
💡 Drag & drop RD remote diagnostics folder or run reports here
Empty: Drop RD folder/files or click Browse

📈 Multi-Run Parameter Trend & Statistical Process Control (SPC) Chart

Interactive chronological timeline plotting Mean Centerline (x̄), ±2σ Warning Limits, and ±3σ Action Limits. Hover over data points for readings and outlier warnings.

🔍 Side-by-Side Dual Run Comparison & Drift Matrix

Direct parameter diff between any two historical or current runs with physical tolerance validation.

🚨 Automated Abnormality & Incident Detection Log

Rule-based diagnostic engine analyzing physical hardware failure signatures, interlock trips, and statistical outliers across all runs.

📚 Historical Diagnostic Runs Archive

Complete chronological registry of all parsed PANalytical .RTF, .STB, .MUS, and .CAL files.

🎯 Calibration & Alignment Reference Standards Matrix

Dynamically resolved from the installed crystals, collimators, and detectors in the active BOM.

Before beginning optical goniometer alignment, ensure the following certified reference sample disks are cleaned, inspected for surface flatness, and mounted in standard PANalytical sample cups (32 mm / 37 mm / 40 mm aperture).

📋 Official Channel Settings Reference (Service Manual Calibration Setups)

Standard goniometer parameters, kV/mA, crystal, detector, and PHD levels from 📄 Samples_and_Channel_Settings.htm ↗.

📡 PANalytical Remote Diagnostics (RD4400) Channel Master Bank 157 Channels

Official diagnostic channel definitions extracted from 📄 CH4401Rh.spc ↗ used by PANalytical Remote Diagnostics (RD4400 / RDS) for sequential optical alignment, detector linearity, reproducibility, and high-voltage calibration.

Channel Category Line / Elem Crystal(s) kV / mA Filt / Mask Coll Det Target kCPS Min..Max kCPS Sample PSC

💎 Official Crystal Scan Line Calibration Specifications (📄 deflines.spc ↗) 17 Crystal Calibrations

Standard coarse and fine angular 2θ scanning parameters, discriminator window levels, and calibration samples for all Axios crystal types.

Crystal Line Element Order Detectors LL (%) UL (%) Coarse Step (s) Coarse Range (°2θ) Fine Step (s) Fine Range (°2θ) Standard Sample

⚖️ Reference Sample Disk Selection & Verification Limits (📄 smpsel.spc ↗) 6 Verification Rules

Diagnostic countrate boundaries used by Remote Diagnostics software to verify that the operator placed the correct reference sample disk (Cu, C1, or C3) into the measuring cup prior to starting automated calibration.

Sample Disk Channel Min Allowed (kCPS) Max Allowed (kCPS) Verification Logic & Objective

🧮 Comprehensive Engineering Calculators & Service Formulas

100% authoritative PANalytical algorithms from 📊 Useful Formula V7.xlsm (Tabs 1–14) ↗ and 📈 Detector Linearity Calculator.xls ↗.

Showing 21 tools
Useful Formula Tab 1 · Flow Counter 📖 Official Procedure: Adjust Dead Time: Flow Detector ↗

⏱️ Flow Detector Dead Time & Linearity

Dead Time update factor = 0.8 · Linearity tolerance ≤ 1.0%

Click Calculate. Formula: K = ((10*Ix - Iy)/Iy)*100; New DT = Old DT + K/0.8
Useful Formula Tab 1 · Sealed Xenon 📖 Official Procedure: Adjust Dead Time: Sealed Xe Detector ↗

⚡ Sealed Xenon Detector Dead Time

Dead Time update factor = 0.3 · Linearity tolerance ≤ 1.0%

Click Calculate. Formula: K = ((10*Ix - Iy)/Iy)*100; New DT = Old DT + K/0.3
Useful Formula Tab 1 · Std Scintillator 📖 Official Procedure: Adjust Dead Time: Scintillation Detector ↗

🌟 Standard Scintillator Dead Time & Linearity

Dead Time update factor = 0.23 (Cu / Sn) · 50 mA reference

Click Calculate. Formula: K = ((5*Ix - Iy)/Iy)*100; New DT = Old DT + K/0.23
Useful Formula Tab 1 · Hi-Per Scintillator 📖 Official Procedure: Adjust Dead Time: HiPer Scint Detector ↗

🚀 Hi-Per Scintillator Dead Time & Linearity

Cu factor = 1.3 · Sn factor = 1.5 · 80 mA reference

Click Calculate. Formula: K = ((8*Ix - Iy)/Iy)*100; New DT = Old DT + K/Factor
Detector Linearity Calculator.xls · Full Scan Regression 📖 Official Procedure: Linearity Test: Goniometer & Channels ↗

📈 Multi-Point Detector Linearity Regression (10 mA – 100 mA)

Zero-intercept linear regression y = Sx where S = Σ(x*y) / Σ(x²) · Tolerance ≤ 1.0% relative error per point

Tube mA Measured [kcps] Calculated [kcps] Deviation [kcps] Rel. Error % Verdict
Click Run Multi-Point Regression to evaluate best-fit slope and verify all points within ±1.0%.
Useful Formula Tab 14 · Scintillator Gain 📖 Official Procedure: Adjust Scintillation Detector Gain ↗

🎛️ Scanning Goniometer Scintillator Gain Correction

Calculates PMT high voltage / gain shift using Sb & Fe PHD centroids

Click Calculate. Formula: ROUND(155 * (Sb - Fe) / (4.19 * Fe - Sb), 0)
Useful Formula Tab 6 · Energy Resolution 📖 Official Procedure: Do the PHD Test (Detector Resolution) ↗

📊 Detector Energy Resolution & Q-Factor

Resolution% = (FWHM / Peak) * 100 · Q-Factor = Resolution / √λ

Calculates peak energy dispersion and FPC counter performance quality.
Useful Formula Tab 11 · Bragg's Law 📖 Official Procedure: Reference Samples & Channel Settings ↗

📐 Bragg's Law Dual-Unit Solver (nm & Å)

nλ = 2d sin θ · Solves 2θ angle or crystal 2d spacing in nm and Ångströms

Enter crystal 2d and wavelength to solve exact 2θ peak angle.
Useful Formula Tab 14 · Goniometer Linearity 📖 Official Procedure: Calibrate the Goniometer (Linearity) ↗

🧭 Scanning Goniometer Linearity (Ti & Sb)

Ti Kα (86.10°) & Sb Kα (13.46°) · Specified limit |ΔTi - ΔSb| ≤ 0.030°

Click Check. Evaluates goniometer gear train and angle encoder linearity.
Useful Formula Tab 14 · Motor Correction 📖 Official Procedure: Calibrate the Goniometer (Motor Zero) ↗

🎯 Focusing Goniometer Motor Correction

Updates focusing goniometer motor zero position based on Ti Kα (86.10°)

Click Calculate. Formula: New Corr = Current Corr + (86.10 - Ti_meas) * 0.01
Useful Formula Tab 13 · Direct Beam Split 📖 Official Procedure: Calibrate Goniometer (Beam Split) ↗

🔦 XRD Direct Beam Half-Intensity Split

Target Half Intensity = Direct / 2 ± (Direct * Tol%)

Click Evaluate. Calculates lower/upper intensity acceptance boundary.
Useful Formula Tab 12 & Data · NIST SRM OQ Standards 📖 Official Procedure: Calibrate Goniometer (OQ Standards) ↗

💎 NIST SRM 1976 & 640 OQ Reference Standard & Delta Calculator

Certified 2θ reflections and relative intensities for Corundum (SRM 1976/a/b) and Silicon (SRM 640c/d). Enter measured angles to calculate Δ2θ and verify OQ tolerance (≤ 0.030°).

h k l Certified 2θ [°] Certified Rel. Int. [%] Measured 2θ [°] Δ2θ [°] OQ Verdict
Select standard and enter measured peak 2θ angles to verify instrument OQ certification.
Useful Formula Tab 10 · Vacuum Leakage 📖 Official Procedure: Do a Test of Vacuum Static Leakage ↗

💨 Vacuum Static Leak Rate Test

Statutory PANalytical limit ≤ 0.07 Pa/s over 60 seconds

Click Verify. Evaluates seal integrity of vacuum chamber, plunger, and MVV valve.
Useful Formula Tab 2 · GDS Stability 📖 Official Procedure: Do a Test of Gas Density Stabilizer ↗

🌡️ Gas Density Stabiliser (GDS) Stability

Verifies P10 gas density stability between 0.6 hPa & 1.1 hPa (Tolerance ≤ 4.0%)

Click Check. Formula: Diff% = ((I0.6 - I1.1) / I0.6) * 100 (Limit ≤ 4.0%)
Useful Formula Tab 3 · Escape Peaks 📖 Official Procedure: About the Flow Detector (Escape Peaks) ↗

🧪 Gas Escape Peak Position Predictor

Predicts Ar Kα (2.957 keV) and Xe Lα (4.120 keV) escape peaks and PHD %

Click Predict. Calculates escape peak energy and PHD window position.
Useful Formula Tab 4 · Water Flow 📖 Official Procedure: Adjust Measuring Circuit: Water Flow ↗

🌊 Water Flow Rate Sensor Pulse Check

Converts cooling sensor frequency (Hz) to L/min · Minimum threshold ≥ 3.5 L/min

Click Calculate. Formula: Flow (L/min) = (Hz * 60) / Impulse (Threshold ≥ 3.5 L/min)
Useful Formula Tab 7 · Beam Path 📖 Official Procedure: PM of Optical Path (Al Foil) ↗

🛡️ Aluminium Foil Transmission Quality

He/Vac ratio ≥ 85% (nominal ≥ 90%) · He/Air ratio ≥ 1.8 (nominal ≥ 2.0)

Click Evaluate. Checks optical chamber flush quality, helium purity, and vacuum window transparency.
Useful Formula Tab 9 · MDC Decoder 📖 Official Procedure: About Motor Drive Circuits & MDC ↗

🔌 MDC Board & Motor Hardware Decoder

Decodes Axios Error Instrument 9.5.X.1/2/3 to pin down exact card slot & motor axis

Click Decode. Resolves Board number B = ((X - 1) DIV 3) + 1 and Motor M = X - (3 * (B - 1)).
Useful Formula Tab 8 · Radiation Safety 📖 Official Procedure: Do the X-ray Radiation Survey ↗

☢️ Radiation Survey Monitor Calibration & Dose

Converts monitor c/s to μSv/h and mSv/h · Statutory leakage limit < 1.0 μSv/h

Click Calculate. Checks statutory radiation safety on external chassis surfaces.
Useful Formula Tab 5 · Statistical Precision 📖 Official Procedure: Goniometer Channels (CSE Counting Time) ↗

⌛ CSE & Required Counting Time Solver

CSE% = 100 / √(Intensity * Time) ↔ Time = (100 / CSE%)² / Intensity

Click Calculate to determine statistical precision or count duration.
Remote Diagnostics & Tube Life Model · Factory Spec 📖 Official Procedure: Replace the X-ray Tube Procedure ↗

⚡ 21. X-Ray Tube Health, Aging & Intensity Degradation

Models operating hour consumption vs 40,000 hr rated life, radiative Cu emission retention %, cathode cooling flow margin, and HV arc stability.

Click Evaluate to analyze tube lifetime, radiative emission loss, and cathode flow safety margin.

🔩 TDS 12NC Parts & Hardware Database (db12nc.12n)

12NC Part Number Subsystem Section Description & Technical Details

🛠️ Official PANalytical Troubleshooting & Service Diagnostics Hub

40 Authoritative diagnostic procedures from svm_axios-max_en / Troubleshooting / Task/ + 500+ Error Code Dictionary

Showing 40 guides

⚠️ Official Error Codes Dictionary (500+ Codes)

Instant lookup from Error Codes XRF.chm and Firmware 7.5B

1,836 Codes Available
Error Code Subsystem / Category System Message & Root Cause Prescribed Corrective Action

📚 Official Technical Bulletins & Circular Messages (1,916 Documents in Axios Folder)

Instant registry & path lookup for 981 Circular Messages (CM), 710 X-Ray Actions (XRA), and 226 User/Service Guides located in C:\Users\Jon\Documents\Axios

1,916 Docs
Doc Identifier Type / Domain Title / Subject Relative Path in Axios Folder

📋 Factory Acceptance Test (FAT) & Field Service Certification Report

Generates official PANalytical Installation & Operational Qualification (IQ/OQ) Report combining all actual test measurements, tolerances, PM sign-off, and safety certifications.