Why does my Enotec COMTEC 6000 Analytical Instruments show high O2 and low COe readings?
If your Enotec Analytical Instruments' O2 readings are higher than expected while COe readings are lower, this could be due to a poor seal of the CO sensor coupling located in the terminal box housing. Try tightening or replacing the CO sensor coupling assembly.
What to do if O2 display on Enotec COMTEC 6000 is too high?
If the O2 display on your Enotec Analytical Instruments remains at the end of the measuring range or is higher than expected, it could be due to leakages at the measuring probe or the O sensor flange seal. Check all flanges and screw connections to ensure they are tight. If necessary, replace the O sensor or the O sensor flange seal. It could also be that the probe flange is not welded gas tight, so tighten the flange bolts to the required torque, and renew the gasket if needed.
How to fix unsteady O2 readings on Enotec COMTEC 6000 Analytical Instruments?
If you're experiencing unsteady, widely varying O2 measurements with your Enotec Analytical Instruments, it could be due to several reasons: * Intermittent contact caused by wire breakage. Eliminate any bad or loose contacts. * Intermittent contact inside the probe - internal mV connection. * A broken filter element. Perform a visual inspection by dismounting the probe. * A wrongly installed V-shield. * The probe has been installed without a filter head.
What to do if Enotec COMTEC 6000 shows arrow instead of COe value?
If your Enotec Analytical Instruments displays an arrow instead of a COe measuring value, it could be due to the physical measuring range being exceeded. Perform an O2 + CO sensor check. Alternatively, an error may have occurred with the CO sensor; check all electrical connections.
Why Enotec Analytical Instruments shows no O2 value and empty bar graph?
If your Enotec Analytical Instruments shows no measuring value for O2 and an empty bar graph, the O2 value may be out of the electronic unit's coverage. This could be caused by a low O2 concentration in connection with a high COe concentration. Perform an O2 + CO sensor check.
Why does my Enotec COMTEC 6000 Analytical Instruments O2 display show 0%?
If your Enotec Analytical Instruments' O2 display reads 0% when a higher value is expected, several issues could be the cause: * The measuring probe heater might be defective. Check the resistance (it should be approximately 37.5-47.5 Ohms after disconnecting the probe) and the measuring cell temperature (set value 800°C/1472°F). * The thermocouple may be defective. Check its resistance (approximately 2-80 Ohms) and the mV value of the O2 measuring cell. * A fuse for the heater voltage could be defective; replace it if necessary. * There might be a cable short circuit, a defective electronic unit input, or a wire break. Inspect the wiring and measure the probe cable. * The transformer (230/115V) could be defective; check the fuse. * There may be no mV contact in the probe or i...
Explains symbols used for safety and important information.
Important safety precautions for operating the system.
Provides a system overview diagram and component descriptions.
Explains the operating principles of the O2 and COe sensors.
Details the proper applications and limitations of the system.
Outlines potential hazards associated with the system's operation.
Discusses the impact of process disruptions on the analyzer system.
Provides guidelines for storing the equipment properly.
Describes information found on the system's name plates.
Specifies conditions and requirements for installing the electronic unit.
Details the installation procedure for the probe signal cable.
Explains how to access the terminal connections for wiring.
Discusses the importance and use of ferrite sleeves for EMC compliance.
Provides a detailed wiring diagram for the electronic unit.
Illustrates the complete wiring diagram for the COMTEC 6000 system.
Guides on how to install the probe into the duct.
Details the correct mounting procedure for the counter flange.
Explains how to adjust the probe filter head for correct gas flow direction.
Describes the mounting of the probe protection tube onto the flange.
Covers insulation requirements for the protection tube outside the duct.
Details the electrical connections required for the probe.
Outlines the requirements for the pneumatic cable.
Describes the preparation steps for the pneumatic cable.
Explains how to connect the pneumatic tubes to the probe.
Details the pneumatic connections for the electronic units.
A checklist to ensure the system is ready for operation.
Instructions for powering up the system for the first time.
Describes the display during the probe heating phase.
Explains the display indicators during the measuring mode.
Describes the system's keypad and display layout.
Explains the meaning of the status LEDs.
Details the symbols used for softkeys.
Information about the system code for security.
Overview of the system menu structure and available information.
Details system status, measured values, and calibration data.
Covers O2 ranges, limits, and other configuration settings.
Explains limit alarms, sensor calibration values, and calibration procedures.
Covers clock, remote settings, language, and service options.
Explains how O2 measuring ranges are scaled for current output.
Describes how to set and configure limit alarms for O2 and COe.
Details how O2 sensor calibration values are managed.
Explains the setting for averaging measured values.
Configures mA output behavior during system errors.
Explains how CO measuring ranges are scaled for current output.
Details how COe sensor calibration values are managed.
Sets the maximum duration for test gas application.
Sets delay time for displaying stored values after calibration.
Defines the duration for flushing sensors before calibration.
Explains how to configure and use automatic calibration functions.
Details the functionality and setup of the ENOTEC REMOTE feature.
Allows setting temperature and pressure measurement units.
Enables selection of the display language.
Covers changing the system code for security.
Restores the system to its original factory default settings.
Instructions for enabling/disabling CO measurement and sensor replacement.
Access to password-protected service functions for trained personnel.
Procedures for checking O2 and CO sensor performance.
Verifies the mA output signals for O2 and CO.
Checks the status of various relay outputs.
Verifies the status of digital inputs.
Manual procedure for single-point O2 calibration.
Manual procedure for two-point O2 calibration.
Manual procedure for single-point CO calibration.
Manual procedure for two-point COe calibration.
Manual procedure for single-point O2+CO calibration.
Manual procedure for two-point O2+COe calibration.
Explains the display screens during calibration procedures.
Details the manual steps for 1-point calibration of O2 and CO sensors.
Details the manual steps for 2-point calibration of O2 and CO sensors.
Instructions for safely replacing system fuses.
Specifies correct pressure and flow rates for test and reference air.
Guides on adjusting flow rates for SME 53 with pneumatics.
Shows the location of reference and test air adjustment valves.
Guides on adjusting flow rates for SME-54 units.
Step-by-step instructions for replacing the probe filter.
Detailed procedure for replacing the entire probe assembly.
Instructions for replacing the internal components of the probe.
Step-by-step guide for replacing the O2 sensor.
Detailed procedure for replacing the COe sensor.
Instructions for sealing the CO sensor guide tube when the sensor is removed.
Explains the functions and correlations of the relay outputs.
Lists and explains various error messages and their possible causes.
Lists and explains alarm messages and their potential causes.
Explains specific service-related messages.
Addresses issues with unstable or varying O2 readings.
Troubleshoots O2 display readings stuck at the maximum or higher.
Diagnoses issues where local display is correct but output is not.
Helps diagnose O2 display showing 0% when a higher value is expected.
Addresses discrepancies in O2 and CO readings.
Troubleshoots missing COe measurement values.
Diagnoses issues with no O2 measuring value displayed.
Lists detailed technical specifications for the electronic unit.
Lists detailed technical specifications for the probes.
Details the specifications for instrument air and test gas supply.
Provides dimensional drawings for various electronic unit housings.
Shows dimensional drawings for KES600x probe models.
Provides dimensional drawings for different counter flange models.
Details dimensions for various protection tube flanges.
Lists and illustrates the various components of the probe.
Shows the assembly of the probe's inner components.
Illustrates pneumatic gas plans for different system versions.
Lists spare parts for SME-53 electronic unit mounting plates.
Lists spare parts for SME-57 19" rack mounting plates.
Identifies the spare part for the display and microprocessor unit.
General| Brand | Enotec |
|---|---|
| Model | COMTEC 6000 |
| Category | Analytical Instruments |
| Language | English |
To Next Page
