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TSI Instruments Certifier Plus - Module and Menu Navigation

TSI Instruments Certifier Plus
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4-4 
Module Cards
A module card is generated at the top of the dashboard for each flow module connected to the
 interface. Upon pressing a module card, you will be able to view and edit settings related to
that particular module.
Serial Number Of the connected flow module, shown as the heading of the module card.
Model Number Of the connected flow module (ex. 4081).
Calibration Date Date of last factory calibration for the connected module.
Flow Direction Indicates if the connected module makes Uni- or Bi-directional flow measurements.
Gas Type Displays the selected gas and enables you to change the gas type.
Gas Condition Displays the selected gas condition and enables you to change the gas condition.
Gas Type options available on the Certifier Plus Flow Analyzer:
Air
Oxygen
Air-Oxygen Mix (with oxygen sensor
connected to high flow module)
Carbon Dioxide
Nitrogen
Nitrous Oxide (with low flow module only)
Gas Condition options available on the Certifier Plus Flow Analyzer:
Option
Description
ATP
Actual Temperature and Pressure. The gas flow rate and volumes at the actual
temperature and pressure of the gas. ATP is the default gas condition.
STP
Standard Temperature and Pressure. The gas flow rate and volumes are displayed in
terms of what the gas flow rate and volume would be if the gas was 21 °C and
1 atmosphere (101.3 kPa) of pressure.
BTPS
Body Temperature and Pressure Saturated. The gas flow rate and volumes are
displayed in terms of what the gas flow rate and volume would be if the gas was changed
to 37 °C, the actual pressure, and also saturated with water vapor.
BTPD
Body Temperature and Pressure Dry. The gas flow rate and volumes are displayed in
terms of what the gas flow rate and volume would be if the gas was changed to 37 °C,
but maintaining the actual pressure.
USTP
User Standard Temperature and Pressure. The gas flow rate and volumes are
displayed in terms of what the gas flow rate and volume would be if the gas was at the
temperature and pressure conditions specified by the user.

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