Model 3020T
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1 Introduction |
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1.1 | Overview | ||||
1.2 | Typical Applications | ||||
1.3 | Main Features of the Analyzer | ||||
1.4 | Model Designations | ||||
1.5 | Operator Interface | ||||
1.5.1 | UP/DOWN Switch | ||||
1.5.2 | ESCAPE/ENTER Switch | ||||
1.5.3 | Displays | ||||
1.6 | Recognizing Difference Between LCD & VFD | ||||
1.7 | Rear Panel Equipment Interface | ||||
1.7.1 | Electrical Connector Panel | ||||
1.7.2 | Gas Connector Panel |
2 Operational Theory |
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2.1 | Introduction | |
2.2 |
2.2.1 | Principles of Operation | ||
2.2.2 Anatomy of a | |||
2.2.3 | Electrochemical Reactions | ||
2.2.4 The Effect of Pressure | |||
2.2.5 | Calibration Characteristics | ||
2.3 | Sample System | ||
2.4 | Electronics and Signal Processing | ||
2.5 | Temperature Control | ||
3 Installation |
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3.1 | Unpacking the Analyzer | ||
3.2 | Mounting the Analyzer | ||
3.3 | Electrical Connections | ||
3.3.1 | Primary Input Power | ||
3.3.2 | Fuse Installation | ||
3.3.3 | Analog Outputs | ||
3.3.4 | Alarm Relays | ||
3.3.5 Digital Remote Cal Inputs | |||
3.3.6 | Range ID Relays | ||
3.3.7 | Network I/O | ||
3.3.8 |
| 3.3.9 Remote Sensor and Solenoid Valves | |
| 3.4 Installing the | |
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iv | Teledyne Analytical Instruments |
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