What does “Diagnostic Solenoid No Vacuum“ error mean on Industrial Scientific Test Equipment?
A “Diagnostic Solenoid No Vacuum“ error on Industrial Scientific Test Equipment indicates that the diagnostic test fails if vacuum is greater than or equal to 325.
What to do if I receive a network error while in the Industrial Scientific DS2 Docking Station DSSAC?
If you receive a network error while using the Industrial Scientific Test Equipment DSSAC, it could be due to a few reasons: * The network connection may have been interrupted. * The DSS may be down. * Your user account may have been removed or modified by a Systems Administrator. Contact your network administrator or DS2 Docking Station systems administrator to resolve the issue.
Why does upload to iNet fail on Industrial Scientific DS2 Docking Station?
If your upload to iNet fails using Industrial Scientific Test Equipment, the issue could be due to an internet connection failure, so contact your network administrator. Alternatively, verify that the correct Company Password and URL have been configured in the DSSAC.
How to fix invalid IP address error on Industrial Scientific DS2 Docking Station DSSAC?
If you cannot log on to the Industrial Scientific Test Equipment DSSAC due to an invalid IP address, click the Options button on the DSSAC Login dialog. Ensure that the IP address is correct for the DSS you are trying to access.
How to correct the time on an Industrial Scientific Test Equipment IDS?
If the Industrial Scientific Test Equipment IDS does not display the correct time, verify that the Docking Station Server has the correct time for your time zone. The IDSs use the time available from the server.
Why does the “Discovering” message display for long time on Industrial Scientific Test Equipment IDS?
If the “Discovering” message displays on the Industrial Scientific Test Equipment IDS for an extended period, the network connection from the IDS may be down or unplugged.
Why can't I perform a forced calibration on Industrial Scientific DS2 Docking Station Test Equipment?
If you cannot perform a forced calibration on your Industrial Scientific Test Equipment, it could be because another IDS in the cluster is currently using the requested gas or the instrument is not properly docked in the IDS.
Why is Industrial Scientific DS2 Docking Station Test Equipment IDS green LED on but not displayed in blue in DSSAC?
If the Industrial Scientific Test Equipment IDS green LED is on, but the IDS is not displayed in blue text in the DSSAC, the network connection from the IDS may be down or unplugged.
Why can't I use the menu on my Industrial Scientific DS2 Docking Station Test Equipment IDS?
If you cannot use the menu on the Industrial Scientific Test Equipment IDS, it could be because the IDS is actively performing a task or the Menu Locked option has been set for the IDS in the DSSAC.
Why weren't changes to settings properly applied to an IDS or instrument on Industrial Scientific DS2 Docking Station Test Equipment?
If changes to settings were not properly applied to an IDS or instrument of your Industrial Scientific Test Equipment, it could be because the IDS was unplugged during the event, the network connection was possibly interrupted, or the instrument was not properly docked in the IDS.
Specifies the minimum system requirements for installing the DS2 software.
Provides instructions for installing essential Windows components for DS2.
Details the procedure for installing the core DS2 Docking Station Server software.
Guides users through selecting and preparing the database for new DSS installations.
Explains how to install the DSSAC software for managing the DS2 system.
Covers the network configuration for assigning static IP addresses to servers or PCs.
Details how to configure the Windows firewall to allow DS2 communication.
Provides step-by-step instructions for creating new user accounts in DSSAC.
Guides the user through the initial setup process for a docked instrument.
Describes how to view and manage the properties of a docked instrument.
Covers viewing and managing calibration data for instruments and sensors.
Details how to view and manage bump test data for instruments and sensors.
Provides step-by-step instructions for preparing the IDS hardware for operation.
Details the process of configuring gas connections for calibration and bump tests.
Guides on how to initiate a bump test manually from the IDS menu.
Explains how to initiate a calibration manually from the IDS menu.
Guides on configuring the IDS cluster in DSSAC for server recognition.
Explains how to configure default alarm thresholds for instruments and sensors.
Details how to define default calibration gas concentrations for sensors.
General| Charging Capability | Yes |
|---|---|
| Communication Interface | Ethernet, USB |
| Data Logging | Yes |
| Connectivity | Ethernet, USB |
| Power Source | AC Adapter |
| Power Input | 100-240V AC, 50-60Hz |
| Calibration | Automatic |
| Bump Testing | Automatic |
| Operating Temperature | 0°C to 40°C (32°F to 104°F) |
| Storage Temperature | -20°C to 50°C (-4°F to 122°F) |
| Gas Supported | Varies by detector |
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