Ser in u s ® 30 U ser M an u al 3 .3
Page 24
EN approval MCERTS (MC100166/07)
Australian Standard (AS 3580.7.1-2011)
Russian approval (56262-14)
French approval (LSCQA)
Ukraine approval (12/3/B/24/295-17)
Chinese Pattern Approval (JJF1364-2012)
Korean approval NIER (AACMS-2017-02)
1.3
Nomenclature
CO
This is the abbreviation for carbon monoxide.
Span
A gas sample of known composition and concentration used to
calibrate/check the upper range of the instrument (carbon monoxide).
Zero
Zero calibration uses zero air (CO scrubbed ambient air) to calibrate/check
the lower range of the instrument.
Background
Draws air from the background port to compensate for changes in the IR
source and background interferences.
Multipoint Precision Check
A procedure to verify the linearity of the instrument.
Calibration
The process of adjusting the instrument to ensure that it is measuring the
correct concentration.
Zero Drift
The change in the instrument
’s
response to zero air over a period of
continuous unadjusted operation.
Automatic Zero
The automatic zero performs a zero check at a specified time through a 24-
hour cycle which adjusts the lower limit of the instrument.
Zero Air
Is purified air in which the concentration of CO is < 50 ppb with water
vapour of less than 10% RH. The internal CO-CO
2
catalytic converter uses
platinum impregnated alumina beads heated to 90 °C as a conversion agent
to achieve this under ambient conditions.
External Span Source
Span gas that is delivered via an external accredited cylinder (e.g.
NATA/NIST).
Sample Air
Sample air is defined as the sample before it has entered the Measurement
cell, as distinguished from the exhaust air.
Exhaust Air
Exhaust air is the sample air after it has passed through the
reaction/measurement/detection cell and is moving towards being
expelled from the instrument.
ID and OD
These are measurements of tubing. ID is the internal diameter of tubing;
OD is the outer diameter.
Multidrop
A configuration of multiple instruments connected via the same RS232
cable.
Bootloader
A program that checks whether the current firmware is valid and executes
the instrument start-up.
The Bootloader can be entered by pressing the ‘+’
key on the front keypad during the first 1/2 second after power ON and
Summary of Contents for Acoem Serinus 30
Page 2: ...Serinus 30 User Manual 3 3 Page 2 This page is intentionally blank...
Page 20: ...Serinus 30 User Manual 3 3 Page 20 This page is intentionally blank...
Page 38: ...Serinus 30 User Manual 3 3 Page 38 Figure 22 Received Item...
Page 118: ...Serinus 30 User Manual 3 3 Page 118 This page is intentionally blank...
Page 138: ...Serinus 30 User Manual 3 3 Page 138 This page is intentionally blank...
Page 144: ...Serinus 30 User Manual 3 3 Page 144 Figure 131 Avoid to Touching Particulate Filter Paper...
Page 157: ...Serinus 30 User Manual 3 3 Page 157 This page is intentionally blank...
Page 169: ...Serinus 30 User Manual 3 3 Page 169 This page is intentionally blank...
Page 192: ...Serinus 30 User Manual 3 3 Page 192 9 5 Plumbing Schematic PN D020005...
Page 193: ...Parts List and Schematics Page 193 9 6 Block Wiring Schematic PN D020102...
Page 194: ...Serinus 30 User Manual 3 3 Page 194 9 7 Measurement Cell PN H014100...
Page 195: ...Parts List and Schematics Page 195 9 8 Source Timing Assembly PN H014125...
Page 196: ...Serinus 30 User Manual 3 3 Page 196 9 9 Calibration Manifold Assembly PN H010013 01...
Page 197: ...Parts List and Schematics Page 197 9 10 Valve Assembly PN H010042...
Page 198: ...Serinus 30 User Manual 3 3 Page 198 9 11 High Pressure Valve Exploded View PN H050043...
Page 199: ...Parts List and Schematics Page 199 9 12 Sample Filter Holder Assembly PN H010160...
Page 200: ...Serinus 30 User Manual 3 3 Page 200 9 13 CO CO2 Converter Assembly PN H014130...
Page 201: ...Serinus 30 User Manual 3 3 Page 201 This page is intentionally blank...