Why does the rupture disc trigger frequently on RPM pressure-gauge caps of Endress+Hauser Analytik Jena TOPwave?
If the rupture disc triggers frequently (applies to RPM pressure-gauge caps only) on your Endress+Hauser Laboratory Equipment, check the glass prism and glass ring in the pressure-gauge cap because the indicated pressure is too low. Readjust the pressure gauge (Maintenance + Service).
What to do if spark formation occurs in the oven of Endress+Hauser Laboratory Equipment?
If spark formation occurs in the oven of your Endress+Hauser Laboratory Equipment, it could be due to a low acid volume. Increase the quantity of fluid, referring to the 'Operation' section for the minimum filling quantity. Alternatively, the rupture disc may be corroded or damaged, in which case you should exchange the burst disk.
Why does the rupture disc trigger frequently in Endress+Hauser Analytik Jena TOPwave Laboratory Equipment?
If the rupture disc triggers frequently in your Endress+Hauser Laboratory Equipment, replace the rupture disc more frequently. Also, check the turntable function. Reduce the weighing-in quantity and the maximum temperature. Contact Service if the temperature measurement is defective.
How to fix swivel lid that cannot be opened on Endress+Hauser Laboratory Equipment?
If the swivel lid of your Endress+Hauser Laboratory Equipment cannot be opened, check the mains cable or connector cable to the Auto Controller to ensure it is not loose. Also, ensure the mains switch is switched on.
What to do if gas fumes escape from Endress+Hauser Analytik Jena TOPwave?
If gas fumes or gas odor escapes from your Endress+Hauser Laboratory Equipment, the vessels may be leaking. Try to dilate the lip seal of the locking lid more. If it is damaged, replace it, referring to the 'Operation' section.
What causes vessels to leak in Endress+Hauser Analytik Jena TOPwave?
If the vessels leak in your Endress+Hauser Laboratory Equipment, the locking lid may not be firmly enough in place on the digestion vessel. Dilate the lip seal of the locking lid more; if damaged, replace it, referring to the 'Operation' section.
Why are there signals at unoccupied positions on Endress+Hauser Laboratory Equipment?
If signals appear at unoccupied positions on your Endress+Hauser Laboratory Equipment, check and set the number of vessels prior to starting because the wrong number of vessels is configured.
Why temperature already shows values >80° C after program starts on Endress+Hauser Laboratory Equipment?
If the temperature already shows values greater than 80°C after the program starts on your Endress+Hauser Laboratory Equipment, Contact Service because the temperature measurement is faulty or there is a defect on the temperature sensor. Observe the waiting period after adding acid because there is a highly exothermal reaction.
How to fix exhaust air tube that cannot be plugged into gas collection system of Endress+Hauser Analytik Jena TOPwave?
If the exhaust air tube cannot be plugged into the gas collection system of your Endress+Hauser Laboratory Equipment, the lip seal may be askew or defective. Position the sealing ring correctly, or replace it.
What to do if magnetron switches off during digestion in Endress+Hauser Analytik Jena TOPwave?
If the magnetron switches off during digestion with your Endress+Hauser Laboratory Equipment, contact Service because the magnetron overheated, there is too little fluid, the oven was operated empty, or the pressure or temperature difference is set too low.
General| Brand | Endress+Hauser |
|---|---|
| Model | Analytik Jena TOPwave |
| Category | Laboratory Equipment |
| Language | English |
Explains the purpose, conventions, and signal word meanings of the user manual.
Details the specific applications and limitations of the TOPwave microwave digestion system.
Outlines the terms and conditions of the product warranty and manufacturer liability.
Covers general safety guidelines, warning symbols, and labels on the unit.
Specifies the required qualifications and training for operating personnel.
Provides safety precautions for moving and setting up the equipment.
Highlights crucial safety precautions for microwave digestion procedures and handling vessels.
Details essential safety equipment and actions in case of emergencies.
Specifies the environmental requirements for system installation and operation.
Describes the main components and features of the TOPwave microwave system.
Explains how the system monitors and regulates sample temperatures.
Details the optional system for measuring and controlling internal vessel pressure.
Describes the different types of pressure vessels and their rotor configurations.
Provides instructions for safely removing and inspecting the equipment from packaging.
Guides the user through the physical setup and connection of the microwave.
Details how to configure system settings and parameters via the control unit.
Explains basic operating principles, sample heating, and pressure management.
Describes how to interact with the touch-screen control interface and its functions.
Guides users on choosing, customizing, and saving digestion programs.
Outlines a systematic procedure for creating and optimizing new digestion methods.
Provides step-by-step instructions for running a digestion process.
Details the correct methods for loading different types of pressure vessels.
Specific instructions for loading and preparing PM 40, PM 60, and PL 100 pressure vessels.
Specific instructions for loading and preparing QX 20/QX 22 pressure vessels.
Specific instructions for loading and preparing CX 100 pressure vessels.
Instructions for safely removing and cooling digested samples from the oven.
How to access, view, and interpret recorded digestion data and reports.
Procedure for transferring saved digestion data to a USB storage device.
Instructions for using the optional evaporating unit for sample concentration.
Steps for setting up and preparing the optional evaporating unit.
Guidance on operating the evaporating unit after installation.
Instructions for connecting and controlling the TOPwave via a PC.
Safety precautions related to using the PC control software.
Steps for configuring browser security settings for PC control.
How to access and use the system's web-based control interface.
Procedures for transferring data using FTP and web visualization.
Safety precautions to observe during cleaning and maintenance operations.
Detailed instructions for cleaning different parts of the TOPwave system.
Specific guidance on cleaning the microwave oven chamber.
How to clean the control unit and gas collection system.
Procedures for cleaning digestion vessels after use.
Instructions for cleaning the pressure control cap components.
Steps for calibrating the pressure measurement system using pure water.
Procedure to check and verify the magnetron's output power.
Provides solutions for common faults encountered with the microwave device and control unit.
Instructions on how to safely replace the unit's fuses.
Information on how to dispose of the TOPwave and its components responsibly.
Lists detailed technical specifications for the microwave oven and control unit.
Details specifications for different types of pressure vessels, including volume and limits.
Outlines the standards and directives the TOPwave complies with.
Provides helpful advice and techniques for optimizing TOPwave usage.
Guidance on digesting very small sample amounts efficiently.
Tips for increasing sample throughput by processing multiple samples in one vessel.
Methods to maximize sample processing speed and efficiency.
Recommended procedures for cooling digested samples after the process.
Information on rupture discs, locking lids, and their maintenance.
Instructions on using weighing cups for sample preparation.
Information on obtaining and using various pre-defined applications.
Illustrates the optimal placement of vessels within the turntable rotors.
Provides conversion factors for common units used in the manual.
Defines common abbreviations and acronyms used in the documentation.
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