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General| Brand | Ecotech |
|---|---|
| Model | Serinus 40 |
| Category | Measuring Instruments |
| Language | English |
Provides contact details and guidelines for reporting issues and requesting service.
Details procedures and required documents for claims related to damaged equipment.
Outlines steps for reporting discrepancies found upon receipt of packages.
Describes the Serinus 40 analyser, its measurement capabilities, and key sub-components.
Details technical specifications including measurement range, precision, and accuracy.
Provides definitions of terms and abbreviations used in the manual.
Explains the underlying principles of NOx measurement and Kalman filtering.
Details the major components of the Serinus 40 analyser.
For instrument communication, data download, diagnostics, and firmware upgrades.
For remote access and real-time access to instruments over a network.
Allows remote access via Android device using Serinus remote application.
Covers packaging inspection and how to open the instrument for interior check.
Provides guidelines for selecting an appropriate location and mounting the analyser.
Details the four pneumatic ports and instructions for connecting tubing.
Provides critical steps for safely connecting the instrument to a power source.
Step-by-step guide to configure the analyser after installation.
Instrument self-adjustment process before monitoring begins.
Explains the dual channel measurement process for NO and NOx.
Details the instrument's buttons: Selection, Scrolling, Keypad, and Status Lights.
Contains maintenance tools for calibrations, parameter checks, and service history.
Provides access to six main menus for analyser settings and operations.
Lists current Pass/Fail statuses of main components during warm-up.
Allows temperature unit change and displays current temperatures.
Allows pressure unit selection and displays pressure and flow readings.
Configure decimal places, units, date/time, backlight, and front screen display.
Sets average period, filter type, rolling size, and NO2 filter.
Allows setting calibration type (Timed/Manual), zero/span sources, and calibration.
Defines calibration modes (Measure, Zero, Span, Cycle) and cycle time.
Sets calibration date, time, repeat interval, span compensation, and cycle time.
Access diagnostics, calculation factors, ozone generator control, and save functions.
Accesses digital pots, valve menu, tests, and diagnostic modes.
Electronically controlled potentiometers for adjustments, accessed during diagnostics.
Enables or disables instrument control loop for manual digital pot adjustment.
Observes and manually controls valve opening and closing.
Provides values for instrument gain, zero offset, background, and efficiency.
Configures instrument communication with external devices and data loggers.
Allows selection of parameters to log, text/numeric setup, and log interval.
Configures scaling for three analog inputs from the 25 pin I/O connector.
Configures analog outputs for current/voltage, range, offset, and calibration.
Assigns digital inputs to trigger zero/span calibrations remotely.
Triggers external alarms in response to specific events.
Views or sets IP address, Netmask, and Gateway for network port.
Reliable communication for data loggers, supports multiple protocols.
Ideal for irregular connection to PC for data download and remote control.
For remote and real-time access when network connectivity is available.
Handles digital and analog signal communication for external devices.
Details analog output capabilities for Voltage (0-5V) or Current (0-20mA).
Step-by-step guide for calibrating voltage and current analog outputs.
Details eight logic level inputs for external control of calibration sequences.
Instructions for configuring Serinus logging interval for data download.
Guides for connecting the analyser to a PC via USB, Serial, or Network.
Information on downloading and installing the Airodis software.
Steps to set up Airodis Workspace Manager and add a new station.
Instructions for finding and installing the Serinus Remote Application.
Steps for connecting the Serinus analyser to a smartphone via Bluetooth.
Details remote screen operation, main screen, menus, and input methods.
Allows viewing real-time plotting of up to four parameters.
Downloads logged data from USB stick, options for save, email, and plot.
Procedure for setting the analyser's zero point.
Calibrates the instrument to the upper limits of normal monitoring.
Checks linearity by using span gas at multiple concentrations.
Observes instrument concentration with known span gas or zero air.
Measures and corrects for losses due to converter inefficiency.
Performs a two-point calibration involving vacuum and ambient pressure.
Details high pressure span and zero calibration valves.
Diagram showing the pneumatic layout of the Serinus 40 analyser.
Lists equipment required for general maintenance of the Serinus 40.
Provides a schedule for routine maintenance tasks at different intervals.
Details procedures for common maintenance tasks.
Procedure for replacing the particulate filter to maintain performance.
Instructions for cleaning the fan filter located on the analyser's rear.
Procedure for replacing the DFU (disposable filter unit).
Procedure to determine if instrument pneumatics have a leak.
Procedure for performing a comprehensive manual leak check.
Procedure for changing desiccant packs in the PMT housing.
Instructions for cleaning the reaction cell to restore sensitivity.
Procedure for disassembling, cleaning, and reassembling the valve manifold.
Ensures pressure sensors accurately measure pressure inside the instrument.
Procedure for replacing the main controller board battery (BT1).
Details O-ring replacement for ozone generators with serial numbers before ID 11-0140.
How to redisplay the help screen from the Bootloader screen.
Tests communication ports (RS232, USB, Ethernet) for fault finding.
Procedure for updating analyser firmware using a USB memory stick.
Command to erase corrupted settings and reset the instrument.
Troubleshooting steps for flow fault errors.
Troubleshooting for noisy or unstable measurement readings.
Troubleshooting for flow block temperature failure.
Troubleshooting for reaction cell temperature failure.
Troubleshooting steps for analyser resetting issues.
Troubleshooting steps when the instrument display shows no output.
Troubleshooting for sample pressure issues.
Troubleshooting steps for incorrect sample flow.
Troubleshooting for no response to span gas.
Troubleshooting zero drift issues.
Troubleshooting A/D conversion errors, often temperature/pressure related.
Dual filter designed to reduce loading on each filter.
Kit necessary for installing the Serinus into a 19” rack.
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