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General| Brand | Endress+Hauser |
|---|---|
| Model | Analytik Jena PlasmaQuant MS |
| Category | Laboratory Equipment |
| Language | English |
Describes the spectrometers, usage conventions, and software indications.
Details the specific applications, limitations, and special provisions for the ICP-MS.
Emphasizes reading all safety notes and general regulations for safe operation.
Highlights the importance of observing attached warning and notice symbols.
Specifies that only qualified and instructed personnel should operate the device.
Covers safe handling during transport, installation, and commissioning.
Provides general safety guidelines for operating the instrument and its components.
Details safety precautions regarding the operating environment and explosion hazards.
Outlines critical safety measures for electrical components and connections.
Warns about potential injuries from plasma's heat, UV, and RF radiation.
Instructs on immediate actions to prevent torch melting during specific plasma events.
Highlights safety for toxic gas formation and the necessity of an exhaust unit.
Covers safety for handling compressed gas cylinders, hoses, and connections.
Emphasizes safe handling of various substances and waste disposal.
Guides on safe cleaning procedures and handling of contaminated devices.
Provides steps to take in case of an emergency shutdown or system failure.
Details safety precautions for maintenance, repair, and use of spare parts.
Explains the fundamental scientific basis and working principle of ICP-MS.
Outlines the main components and their arrangement within the instrument.
Specifies the general requirements for the laboratory installation location.
Details the required climatic and environmental conditions for optimal operation.
Covers electrical connection requirements, voltage, and power consumption.
Lists required gases, purity, input pressure, and flow ranges for operation.
Specifies requirements for the exhaust system to remove hazardous gases.
Outlines requirements for the cooling system to maintain instrument temperature.
Describes the vacuum system's fore-line roughing pump and its specifications.
Provides information on the physical dimensions and workspace needed for the instrument.
Details the rear-side connections for PC, accessories, gases, and cooling water.
Covers initial setup steps, component installation, and safety precautions.
Guides on launching and initiating the instrument control software.
Details the procedure for powering up the instrument and its self-test sequence.
Explains how to activate and monitor the instrument's vacuum system.
Provides critical steps and safety checks for initiating the plasma.
Describes how to prepare standard tuning solutions for instrument optimization.
Explains the process for achieving thermal stability and readiness for analysis.
Covers procedures for both standby mode and complete power-off shutdown.
Describes automated routines for plasma alignment, resolution, trim, and mass calibration.
Explains the importance and procedure for aligning the torch for optimal signal.
Details optimizing peak shape and mass range for accurate analysis.
Outlines the process for calibrating the instrument's mass axis.
Guides on checking and setting the optimal detector voltage for signal detection.
Explains the calibration of detector attenuation factors for wide dynamic range analysis.
Guides on creating a new data file structure for method settings and analysis.
Describes how to choose analytes and isotopes for inclusion in the analytical method.
Explains how to configure the instrument for isotope ratio measurements.
Covers fine-tuning plasma, ion optics, and gas flow parameters for performance.
Details configuring calibration standards for quantitative and semi-quantitative analysis.
Explains how to configure quadrupole scan modes and parameters like dwell time.
Covers adjustment of sample introduction parameters like temperature and delay times.
Describes setting up quality control protocols and limits for quantitative methods.
Guides on adding method-specific notes and saving the configured parameters.
Outlines pre-optimization checks and preparation of tuning solutions.
Describes step-by-step manual adjustment of instrument parameters for optimal performance.
Explains how to use automated routines to tune ion optics and plasma parameters.
Details the procedure for adjusting iCRC gas flows to minimize interferences.
Provides solutions for issues encountered during method optimization.
Explains the different detector attenuation modes and their application.
Covers initial setup and preparation of calibration solutions for detector calibration.
Guides on creating or using a dedicated worksheet for detector calibration.
Details configuring scan settings specifically for attenuation calibration.
Describes the step-by-step process of performing detector calibration.
Explains how to apply pre-calibrated attenuation factors to a worksheet.
Provides solutions for common issues encountered during attenuation factor calibration.
Lists routine maintenance tasks and their recommended frequencies.
Provides instructions for cleaning the external parts of the instrument.
Details maintenance procedures for key components of the sample introduction system.
Describes the capabilities and initial setup of the autosampler unit.
Covers the physical installation and connection of the autosampler to the instrument.
Outlines procedures for common maintenance tasks on the autosampler.
Guides on diagnosing and resolving issues when the plasma fails to ignite.
Provides steps for troubleshooting when no significant signal is observed.
Offers solutions for problems encountered during the mass calibration process.
Addresses issues related to peak resolution and trim optimization failures.
Troubleshoots problems related to detector attenuation factor calibration.
Provides guidance on stabilizing the iCRC system before analysis.
Details the steps required to safely prepare the instrument for shipping.
Specifies the environmental requirements for transporting and storing the instrument.
Outlines the procedure to safely set up and start the instrument after transport.
Lists detailed technical specifications for various instrument components and systems.
Covers compliance with safety, EMC, and regulatory standards.
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