To Next PageTo Next PageWhat causes nebulizer gas flow deviation in Ametek SPECTRO ARCOS FHX3X Measuring Instruments?
If you have 'Nebulizer gas flow deviation' in your Ametek Measuring Instruments, check the argon pressure and the plasma torch for leaks or blockages, and verify that all connections have been made correctly.
Why does plasma extinguish when nebulizer gas flow is switched on in Ametek SPECTRO ARCOS FHX3X?
If the plasma extinguishes when you switch on the nebulizer gas flow in your Ametek Measuring Instruments, ensure the sample introduction tube is connected to the nebulizer and properly fitted. Also, flush the system with argon before restarting and check the sample introduction system for any leaks, eliminating them.
How to fix sparkover at load coil in Ametek SPECTRO ARCOS FHX3X?
To address sparkover at the load coil in your Ametek Measuring Instruments, switch off the generator and dry the load coil with a paper towel if moisture is visible. If there is dirt on the load coil, switch off the generator and clean the load coil.
Why does plasma flicker or pulsate in Ametek Measuring Instruments?
If the plasma flickers or pulsates in your Ametek Measuring Instruments, clean and dry the plasma torch or replace it if there's moisture or deposits in the aerosol tube. If the aerosol pulsates due to deposits in the nebulizer, clean the nebulizer. Replacing the pump tube may also help.
What to do if argon pressure is too low in Ametek SPECTRO ARCOS FHX3X?
If you are experiencing 'Argon pressure too low' with your Ametek Measuring Instruments, check the argon supply line for leaks and pressure, and verify the remaining amount of argon.
What to do if spectrum calibration failed in Ametek SPECTRO ARCOS FHX3X?
If the spectrum calibration failed in your Ametek Measuring Instruments, use the correct sample if the wrong sample or preflush time was used. Check the measurement parameters. Repeat the spectrum calibration.
What to do if network connection fails between PC and Ametek Measuring Instruments?
If you are getting a 'Network connection Communication between the PC and the instrument failed' error on your Ametek Measuring Instruments, check the main switch to ensure the spectrometer is switched on. Verify the data cable is plugged in and not defective. Ensure the correct IP address is entered (refer to online help); only qualified IT staff should enter the address.
What to do if waste container is full in Ametek Measuring Instruments?
If the waste container is full in your Ametek Measuring Instruments, remove the cover of the container and properly dispose of the content.
What to do if communication with the gas control system cannot be established in Ametek SPECTRO ARCOS FHX3X?
If you are experiencing a 'Communication with the gas control system cannot be established' error on your Ametek Measuring Instruments, turn off the instrument and restart it. If the problem persists, please contact the SPECTRO Service Department.
What to do if plasma stopped due to Dmb timeout in Ametek SPECTRO ARCOS FHX3X?
If you see 'Plasma stopped (Dmb timeout)' on your Ametek Measuring Instruments, turn off the instrument and restart it. If the problem continues, contact the SPECTRO Service Department.
General| Type | ICP-OES Spectrometer |
|---|---|
| Excitation Source | Inductively Coupled Plasma (ICP) |
| Detector | CCD |
| Plasma View | Radial and axial |
| Detector Type | CCD |
| Sample Type | Liquid |
| Power Requirements | 200-240 V, 50/60 Hz |
| Measurement Principle | Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) |
Provides a general description of the SPECTRO ARCOS FHX3X.
Explains the working principles of the optical emission spectrometer.
Details the meaning of safety symbols used on the instrument.
Outlines mandatory safety instructions for instrument users.
Specifies operational zones and associated hazards.
Defines the scope and restrictions for instrument operation.
Lists conditions under which the instrument must not be operated.
Describes improper uses that can damage the instrument or cause hazards.
Highlights potential hazards that remain despite safety measures.
Provides safety instructions for using external sample introduction systems.
Identifies and describes components on the front of the instrument.
Identifies and describes components on the rear of the instrument.
Details the various connections available on the instrument's right side.
Identifies connections located in the analysis room area.
Describes the peristaltic pump and its maintenance.
Illustrates the components of the sample introduction system.
Details the parts within the plasma torch box.
Describes the plasma torch box for the EOP configuration.
Describes the plasma torch box with the optional DSOI.
Guidelines for safely transporting the instrument.
Specifies the necessary clearance for instrument installation.
Details required space for operation and maintenance access.
Step-by-step instructions for setting up the instrument.
Specifies optimal ambient temperature ranges for operation.
Defines acceptable dust levels for instrument environment.
Provides instructions for storing the instrument when not in use.
Information on gas inputs needed for instrument operation.
Details for the Argon gas supply.
Details for the optional Oxygen gas supply.
Instructions for connecting and managing the exhaust system.
Identifies and explains the function of the instrument's controls.
Actions to perform before switching on the instrument.
Step-by-step guide to power on and start the plasma.
Steps for safely turning off the instrument and plasma.
General section on conducting measurements.
Tasks to complete before starting a measurement.
Procedure for calibrating the instrument's optical system.
Steps for calibrating analytical methods.
Instructions on how to initiate a sample measurement.
Outlines recommended maintenance tasks and intervals.
Detailed procedure for cleaning the plasma torch.
Instructions for cleaning the induction coil.
Procedure for cleaning the standard Crossflow Nebulizer.
Procedure for cleaning the standard Scott Chamber.
Procedure to check the nebulizer's aerosol generation.
Steps to optimize the nebulizer's gas flow for performance.
Procedure for cleaning the Side-On Plasma Interface.
Steps for cleaning the SPI lens and associated parts.
Procedure for correctly installing the lens and SPI.
Procedure for cleaning the OPI (Multiview EOP only).
Steps for cleaning the instrument's sampler.
Detailed instructions for cleaning the instrument's lens.
Procedure for installing and cleaning the OPI.
Instructions for installing and removing the DSOI.
Procedure for cleaning various mirrors and adapters.
Steps for maintaining and replacing pump tubing.
Lists appropriate cleaning agents for different instrument parts.
