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Details the controls, displays, and indicators accessible from the instrument's housing.
Details the principles of operation, anatomy, and electrochemical reactions of the micro-fuel cell.
Details power connections, analog outputs, alarm relays, and digital communication ports.
Explains how to connect sample, zero, and span gases, including restrictor usage.
Setting up and performing automatic and manual zero and span calibrations.
Configuring alarms, setting analysis ranges, standby mode, and contrast.
Guides on storing, handling, replacing, and the warranty of the micro-fuel cell.
Explains how to run and interpret the analyzer's self-diagnostic tests and failure codes.
Details the controls, displays, and indicators accessible from the instrument's housing.
Details the principles of operation, anatomy, and electrochemical reactions of the micro-fuel cell.
Details power connections, analog outputs, alarm relays, and digital communication ports.
Explains how to connect sample, zero, and span gases, including restrictor usage.
Setting up and performing automatic and manual zero and span calibrations.
Configuring alarms, setting analysis ranges, standby mode, and contrast.
Guides on storing, handling, replacing, and the warranty of the micro-fuel cell.
Explains how to run and interpret the analyzer's self-diagnostic tests and failure codes.
General| Measurement Type | Oxygen |
|---|---|
| Operating Temperature | 0-50°C |
| Display | LCD |
| Outputs | 4-20 mA, RS-232 |
| Operating Humidity | 0-95% RH (non-condensing) |
