Michell Instruments XTC501, Руководство пользователя

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XTP501 & XTC501 User’s Manual
40 99976 Issue 1.1, May 2020
APPENDIX A
Appendix A Technical Specifications
Performance (XTP501)
Measurement Technology Thermo-paramagnetic oxygen sensor
Gas Process and non-condensing sample with particles <3μm
Measurement Range Select from 0–5% up to 0–50% and 20–100% up to 90–100%
Accuracy (excluding suppressed
zero ranges)
< ±1% of range or ±0.02% O
2
, whichever is greater
Accuracy (for suppressed zero
ranges 20/80/90–100%)
< ±1% of range or 0.2% O
2
, whichever is greater
Response Time (T90) with HSR
enabled
< 15 seconds
Repeatability ±0.2% of range or 0.01% O
2
, whichever is greater
Linearity ±0.5% of range or 0.05% O
2
, whichever is greater
Zero Stability ±0.25% of range per month
Span Stability ±0.25% of range per month
Sample Flow Rate 100 to 500 ml/min (0.2 to 1.06 scfh)
Sample Pressure 0.75 to 1.5 Bar A (10 to 20 psi A)
Sample Temperature 5 to 45°C (+41 to +113°F)
Sample Cell Temperature St50°C (+113°F)
Background Gas Analyzer is calibrated in the background gas of the process.
The XTP501 process oxygen analyzer meets or exceeds all relevant clauses in BS EN
50104: 2010 “Electrical apparatus for the detection and measurement of oxygen”.
Performance (XTC501)
Measurement Technology Thermal Conductivity Sensor
Gas Process and non-condensing sample with particles <3μm
Measurement Range
Select from 0 to 5% up to 0 to 100% and 50 to 100% up to
90–100%
Accuracy (H
2
or He) < ±1% of range or ±0.05%, whichever is greater
Accuracy (other gases) < ±2% of range or ±0.1%, whichever is greater
Response Time (T90) < 50 seconds for most gas combinations
Repeatability ±0.2% of range
Linearity ±1% of range
Zero Stability ±0.5% of range per month
Span Stability ±0.5% of range per month
Sample Flow Rate 100 to 500 ml/min (0.2 to 1.06 scfh)
Sample Pressure 0.75 to 1.5 Bar A (10 to 20 psi A)
Sample Temperature 5 to 45°C (+41 to +113°F)
Sample Cell Temperature St50°C (+113°F)
Background Gas Analyzer is calibrated in the background gas of the process.