Why are the conductivity values inaccurate in my Knauer Azura CM 2.1S Laboratory Equipment?
Inaccurate conductivity values in Knauer Laboratory Equipment can occur due to several reasons. If you are working far above 100 mS/cm, conduct an adjustment with standards at higher conductivity values. If the instrument is polluted, flush the device. If the room temperature has changed, carry out a temperature correction.
What to do if there's leakage around the fittings in my Knauer Azura CM 2.1S?
If you notice leakage around the fittings of your Knauer Laboratory Equipment, try tightening the fitting first. If the leakage persists, replace the fitting.
What to do if the system pressure is increased in Knauer Azura CM 2.1S?
If the system pressure is increased in your Knauer Laboratory Equipment, flush the device.
How to fix leakage around the pH probe in Knauer Laboratory Equipment?
If you observe leakage around the pH probe of your Knauer Laboratory Equipment, start by tightening the pH electrode nut. If the leakage continues, replace the o-rings.
What to do if the desired conductivity measuring value is not reached in Knauer Azura CM 2.1S Laboratory Equipment?
If the desired conductivity measuring value is not reached in your Knauer Laboratory Equipment, flush the device.
What to do if the capillaries of the flow cell are blocked in Knauer Azura CM 2.1S Laboratory Equipment?
If the capillaries of the flow cell are blocked in your Knauer Laboratory Equipment, flush the CM flow cell several times. If the issue persists, replace the CM flow cell.
How to resolve noisy or unstable readings in Knauer Azura CM 2.1S?
If you are experiencing noisy or unstable readings with your Knauer Laboratory Equipment, remove any air bubbles on the membrane of the pH flow cell, if necessary.
Information about the document's purpose and usage.
Covers liability, transport, warranty, and conformity.
Defines the device's intended applications and limitations.
Outlines the necessary knowledge and training for users.
Describes the conductivity monitor's non-contacting design and maintenance-free operation.
Illustrates the front view of the device with labeled components.
Explains device labels for electrostatic discharge and high voltage hazards.
Lists the items included in the product package.
Lists compatible eluents and buffers for the flow cell and pH electrode.
General guidelines for device installation and location requirements.
Step-by-step process for safely removing the device from its packaging.
Instructions for connecting the monitor within an FPLC/HPLC system.
Describes how to physically connect the CM flow cell to the monitor.
Information on installing and using the optional pH monitor.
Step-by-step guide for assembling and connecting the pH monitor.
Details how to connect the pH monitor's capillaries in the system.
Guide for establishing a LAN connection between the device and a computer.
Steps to configure network settings for LAN connectivity.
How to connect multiple devices within a LAN setup.
Instructions for setting up the network router.
Process for incorporating the device's LAN into a larger company network.
Managing multiple systems on the same LAN by using different ports.
Explains the device's analog output signals for conductivity and pH.
Instructions for setting IP addresses using the device's software.
How to assign a fixed IP address using the Firmware Wizard.
How to assign a dynamic IP address using the Firmware Wizard.
Details the universal power supply and its connection.
Checks required before the initial start-up of the monitor.
Procedure for powering on the device.
Describes the display and keypad functions of the device.
Explains adjustable settings like OFFSET, TEMP-COR, and calibration factors.
How to select the interface for PC connection (LAN or RS-232).
How to view the device's operating hours via the GLP menu.
Explains how to activate and set temperature compensation for accurate measurements.
How to adjust calibration points for higher accuracy in specific ranges.
How to correct consistent measurement offsets using the OFFSET menu.
Step-by-step guide for initial calibration of the pH electrode.
Instructions for safely switching off and storing the device.
Describes the free installation qualification service offered by KNAUER.
Describes the free operation qualification service offered by KNAUER.
Guidance on how often device testing should be performed.
Troubleshooting steps for establishing or resolving LAN connectivity issues.
Lists common problems and their corresponding solutions for conductivity and pH readings.
Instructions for cleaning the exterior surfaces of the device.
Procedures for flushing and cleaning the CM flow cell to prevent contamination.
Step-by-step guide for replacing the CM flow cell.
Procedures for flushing and cleaning the pH monitor.
Methods for cleaning the pH electrode to ensure accurate readings.
Guidelines for cleaning the pH flow cell.
Procedure for replacing the pH electrode.
Steps for preparing wetted parts before transport or storage.
Steps to disassemble the device and its components.
Instructions for safely disconnecting the device's power supply.
Procedure for removing the CM flow cell for transport or storage.
Steps to disassemble and disconnect the pH monitor.
Guidelines for storing the device and its components.
Ambient conditions for storing the monitor and flow cell.
Instructions for storing the pH monitor and electrode.
Guidelines for proper disposal of solvents and used materials.
Overview of the device's primary technical specifications and capabilities.
Technical specifications related to the flow cell, including connections and materials.
Specifies the environmental conditions suitable for device operation.
General information on chemical resistance and material durability.
Details the chemical compatibility of plastic materials used in the device.
Information on the chemical compatibility of various non-metallic materials.
Details the chemical compatibility of metallic materials used in the device.
Lists KNAUER devices and accessories with their order numbers for reordering.
Lists specific flow cell models and their order numbers.
General| Temperature measurement | Yes |
|---|---|
| Gradient Capability | Yes, binary gradient |
| Display | Integrated touch display |
| Number of measuring channels | 1 |
| Cell volume | 2 μL |
| Digital communication | Ethernet, USB |
| Analog output | 2 channels (0-1 V) |
| Power supply | 100-240 V AC, 50/60 Hz |
| Pump Type | Piston pump |
| Gradient Mixing | Not applicable |
| Sample Loop Volume | Not applicable |
| Injection Volume | Not applicable |
| Data Interface | Ethernet |
| Software Compatibility | ClarityChrom |
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