Why my VWR SAS Super ISO unit does not start?
If your VWR Laboratory Equipment unit doesn't start, first ensure the instrument is turned on by touching the screen for at least two seconds. If that doesn't work, the battery may be low, so recharge it. Also, check the battery charger; if it's faulty, consider replacing it with Cat. No. 710-0973. Finally, the battery might be too old and need replacement.
What to do if VWR Laboratory Equipment battery discharges quickly?
If the battery of your VWR Laboratory Equipment discharges quickly, there are a few potential reasons. The battery may simply need recharging. If recharging doesn't help, inspect the battery charger for faults and consider replacing it with Cat. No. 710-0973 if necessary. A failing battery could also be the cause, so consider replacing it.
How to fix “LOW BATTERY” message on VWR SAS Super ISO Laboratory Equipment?
If you see a “LOW BATTERY” message on your VWR Laboratory Equipment, it means the battery needs to be recharged.
Why is microbiological media dehydrated after sampling with VWR SAS Super ISO Laboratory Equipment?
If microbiological media is dehydrated after sampling with your VWR Laboratory Equipment, check the media's expiration date and ensure the agar wasn't dehydrated before sampling. Also, shorten the sampling time.
What to do if VWR SAS Super ISO shows “CALIBRATION EXPIRED” message?
If your VWR Laboratory Equipment displays a “CALIBRATION EXPIRED” message, send the instrument to VWR International or an authorized dealer for calibration.
How to fix VWR SAS Super ISO Laboratory Equipment if infrared remote switch doesn’t switch the unit on?
If the infrared remote switch isn’t turning on your VWR Laboratory Equipment unit, replace the infrared remote battery.
General| Type | Laminar Flow Cabinet |
|---|---|
| Airflow | Vertical Laminar Flow |
| Power Source | 220-240V, 50/60Hz |
| Class | ISO Class 5 (Class 100) |
| Material | Stainless steel work surface, powder-coated steel casing |
States the country of origin for the product.
Provides essential guidelines for safe operation and handling of the device.
Lists relevant industry guidelines and standards for microbiological sampling.
Explains the purpose and application of the SAS air sampler.
Describes the fundamental working mechanism of the air sampling system.
Outlines the core concepts and advantages of the SAS system.
Provides a concise guide for the initial operation of the air sampler models.
Details the procedure for using contact plates with the air sampler.
Initiates sampling with the last used volume.
Accesses various operational functions and settings.
Allows selection of a pre-programmed air volume for sampling.
Enables modification of stored air volume values.
Configures a delay before the sampling cycle begins.
Sets up sequential sampling intervals for extended monitoring.
Manages programmable configurations for sampling parameters.
Provides access to settings like time, site, language, and data records.
Describes how to adjust plate holders for different dish diameters.
Explains the use of an adapter for 90 mm Petri dishes.
Provides guidance on filling 90 mm Petri dishes with agar.
Details the installation of an optional tripod for stability.
Covers various software-driven operations and settings.
Describes how to initiate sampling using the last set air volume.
Navigates the menu to access the volume selection feature.
Details the process of choosing a specific air volume from programmed options.
Explains how to store up to eight different air volumes.
Guides users on modifying volume values using arrow keys.
Details how to set a delay before the sampling cycle begins.
Allows programming of the date and time settings.
Explains how to record the sampling location for data logging.
Details how to log the current operator's name for sample records.
Allows selection of the display language for the instrument interface.
Describes how to view stored sampling data, including date, time, and volume.
Explains how to erase all stored sampling data from memory.
Details the function for connecting the device to a data downloading unit.
Notes that calibration requires authorised personnel access.
Explains the automatic power-off feature to conserve battery.
Describes a program for extended sampling using multiple, timed intervals.
Allows setting the total count of sampling cycles in multi-mode.
Sets the volume of air to be sampled in each individual cycle of multi-mode.
Confirms the total aspirated volume and activates multi-mode operation.
Enables selection of one of eight pre-programmed operational configurations.
Guides users to select a configuration to be modified.
Sets the time interval between consecutive sampling cycles in multi-mode.
Sets the total number of sampling cycles for multi-mode operation.
Sets the volume of air to be drawn for each individual sampling cycle.
Confirms and saves the current operational configuration.
Guides the user to safely shut down the instrument.
Explains how to adjust plate holders for different types of Petri dishes.
Addresses issues related to the instrument failing to power on.
Solves problems with rapid battery depletion during operation.
Explains how to handle the low battery indicator.
Guides on actions when the calibration period has expired.
Troubleshoots issues with the remote control not activating the unit.
Addresses problems with media drying out post-sampling.
Lists available aspirating heads for 55 mm contact plates.
Lists available aspirating heads for 90 mm Petri dishes.
Lists additional optional accessories for the air sampler.
Provides links and information for accessing online VWR resources and support.
Offers contact methods for VWR representatives for assistance.
Details the terms and conditions of the product warranty provided by VWR.
Outlines the customer's responsibility for local regulatory compliance.
Explains proper disposal procedures for the equipment according to waste regulations.
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