What to do if Spectrasensors SS2100 show a Laser Power Low Alarm fault?
If your Spectrasensors Measuring Instruments display a Laser Power Low Alarm fault, there are a couple of things to check: * First, power off the unit and inspect the optical head cables for any loose connections. * Second, try removing the connections to the inlet and outlet tubes to see if the power increases. This can help determine if stress on the tubes is the cause.
How to prevent contamination in Spectrasensors SS2100?
To prevent contamination in your Spectrasensors Measuring Instruments, keep the gas sampling lines as free from contamination as possible. Regularly clean the sampling lines to maintain their cleanliness.
What to do if Spectrasensors Measuring Instruments are not getting enough flow to the sample cell?
If your Spectrasensors Measuring Instruments are not getting enough flow to the sample cell, it could be due to contamination in the micro filter or membrane separator. Inspect both the micro filter and membrane separator for any contamination.
What to do if Spectrasensors SS2100 Measuring Instruments show Pressure Low Alarm or Pressure High Alarm fault?
If you are experiencing a Pressure Low Alarm or Pressure High Alarm fault with your Spectrasensors Measuring Instruments, there are a couple of things to investigate. First, verify that the actual pressure in the measurement cell is within the specified range. Second, check that the pressure/temperature cable on the bottom of the electronics enclosure is securely attached. Also, inspect the connector on the pressure transducer and the pressure connector on the backplane board.
General| Output Signal | 4-20 mA |
|---|---|
| Certifications | ATEX, IECEx |
| Housing Material | Stainless Steel |
| Operating Humidity | 0-95% RH (non-condensing) |
| Communication | RS-232/RS-485 |
| Enclosure Rating | IP66 |
Information on how to use the manual, general warnings, safety labels, and symbols.
Covers manual conventions, company background, analyzer basics, and SCS.
Explains the SS2100 analyzer's technology, including TDLAS and WMS signal detection.
Provides a visual introduction to the SS2100 analyzer's components and layout.
Details shipping contents, inspection procedures, and hardware/tools needed for installation.
Covers mounting the analyzer, lifting, carrying, and selecting an installation location.
Step-by-step guide for connecting electrical power, including chassis, ground, and enclosure heater.
Instructions for connecting output signals, alarms, gas lines, and conditioning the SCS tubing.
Procedures for changing 4-20mA mode, calibrating the analog output, and adjusting zero/span.
Describes the SCS functions and outlines pre-operation installation checks.
Detailed steps for preparing and starting up the SCS, including heaters, regulators, and flow.
Guidelines for safely shutting down and isolating the SCS for maintenance or storage.
Instructions for purging the system for shipment/relocation and details on heat trace bundles.
Comprehensive technical data on performance, application, and electrical parameters of the analyzer.
A list of recommended spare parts with part numbers and quantities for the SS2100.
Addresses frequent problems like gas leaks, contamination, and environmental factors.
Details potential risks, mitigation strategies, and safety precautions for personnel during servicing.
Step-by-step instructions for cleaning mirrors, replacing membrane separators, filters, and sensors.
Guidance on routine SCS maintenance, status checks, and servicing the H2S scrubber.
A comprehensive table listing instrument problems and their corresponding solutions.
Provides service contacts, return authorization, packing, storage, disclaimers, and warranty information.
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