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General| Brand | Ecotech |
|---|---|
| Model | Serinus 51 |
| Category | Measuring Instruments |
| Language | English |
Outlines essential safety precautions for operating the instrument.
Details the Serinus 51 analyzer's UV fluorescent radiation technology and core components.
Lists the technical parameters like range, accuracy, power, and operating conditions.
Outlines ambient temperature range and sample pressure dependence.
Describes analog and digital output/input capabilities and ports.
Defines key terms and parts used throughout the manual for clarity.
Explains the scientific principles of SO2 measurement using UV fluorescence.
Explains the function of the Kalman filter for noise reduction and response time.
Describes the main physical assemblies and components of the Serinus 51 analyzer.
Explains the device that removes hydrocarbons from sample air.
Details the charcoal scrubber used for producing SO2-free air.
Explains the function of the main control board with microprocessor and clock.
Describes the circuit board that amplifies signals from the reference detector.
Explains the scrubber that captures SO2.
Describes the thermal converter that converts H2S to SO2.
Instructions for checking packaging, instrument, and received items.
Guidelines for placing the analyzer in a suitable environment.
Steps for setting up the instrument after mounting.
Procedures for safely connecting the power source.
Details how to connect via RS232, USB, and TCP/IP.
Steps for configuring the analyzer after initial setup.
Explains the instrument's self-calibration and stabilization process upon startup.
Introduces the front panel controls (buttons, keypad) and status lights.
Explains the two-cycle sampling process for SO2 and H2S and background measurement.
Overview of the Quick Menu and Main Menu structure.
Details functions like Span Calibrate, Zero Calibrate, Event Log, and Instrument status.
Lists component statuses like Cell Temp, Cooler Status, Gas Flow, etc.
Details settings for Set points (CELL, CONVERTER), Temperature Units, and current temperatures.
Covers pressure units, ambient pressure, cell pressure, and sample flow.
Covers decimal places, units, date/time, backlight, and front screen display.
Settings for average period, filter type, gas measure cycle, and background interval.
Two-point calibration for vacuum and ambient pressure sensors.
Provides tools for investigating analyzer problems and gaining insight.
Option to enable/disable compensation for environmental fluctuations.
Lists the four diagnostic modes: Operate, Optic, Electrical, Preamp.
Describes performing a screen test for faults.
Lists calibration values like Instrument Gain, Zero Offset, Background, and P/T/F Correction.
Covers output type, range, over-ranging, and calibration for analog outputs.
Describes how to set up data logging parameters and intervals.
Configuration for RS232 ports, including Baud rate, protocol, and multidrop settings.
Steps for performing a zero calibration using calibration or sample ports.
Procedures for calibrating the instrument to upper monitoring limits.
Procedure to accurately determine H2S converter and scrubber efficiency.
Steps for calibrating at multiple concentrations to determine linearity.
Level 2 calibration to observe concentration without adjustment.
Details RS232 ports #1 and #2, and supported protocols.
Use of the USB port for data download and diagnostics.
Configuration for network communication using TCP/IP.
Describes the 25-pin port for analog/digital signals and jumper settings.
Configuration of data format and analyzer communication settings.
Describes the data window with spreadsheet view and functions like Acquire, Save, Clear data.
Allows remote control and viewing of the analyzer's interface.
Diagnostic tool for checking instrument operation and parameters via protocols.
Visual representation of the analyzer's pneumatic system.
Lists the equipment required for general maintenance.
Recommended schedule for weekly, monthly, and yearly maintenance tasks.
Detailed steps for common maintenance tasks.
Procedure for cleaning the fan filter.
Steps for replacing the DFU component.
Instructions for changing the sintered filter.
Procedure to determine if the instrument pneumatics have a leak.
Steps for replacing the zero air scrubber and its recommended replacement interval.
Procedure for changing desiccant packs to prevent condensation.
Steps for replacing the DFU filter.
Procedure to check, align, or replace the UV lamp assembly.
Instructions for replacing the main controller board battery.
Specific troubleshooting steps for zero flow issues.
Troubleshooting flowchart for electronic zero adjustment problems.
Troubleshooting flowchart for SO2 reaction cell temperature issues.
Description of the dual filter option for reduced filter loading.
Instructions for installing the analyzer into a 19" rack.
Information on internal pressurized valves for zero/span checks.
Procedure for using the internal pressurized valve as a calibration source.
Procedure for using dual internal pressurized valves for calibration.
