Requirements and Supported Instruments for Client/Server ... of CDS... · understood and met. WARNING A WARNING notice denotes a hazard. It calls attention to an operating procedure,

OpenLab CDS

Requirements and Supported Instruments for Client/Server Systems

OpenLab CDS Requirements and Supported Instruments (Client/Server)

OpenLab CDS Requirements and Supported Instruments (Client/Server)

NoticesDocument InformationDocument No: D0002356Part No: M8420-90020 Rev. BEDITION 03/2020

Copyright© Agilent Technologies, Inc. 2015-2020

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Software Revision

This guide is valid for Agilent OpenLab CDS version 2.5 Client/Server installations.

OpenLab CDS Requirements and Supported Instruments (Client/Server) 3

In this Guide ...

This document details the minimum hardware, software and network requirements that need to met to run Agilent OpenLab CDS Client/Server Systems, and lists supported instruments.

1 Hardware and Software Requirements

This chapter contains the hardware and software requirements for the different components of an OpenLab CDS system.

2 Network Requirements

This chapter describes the network requirements that must be met in order to support the environmental computing needs of an OpenLab Chromatography Data System (CDS).

3 Supported Instruments

This chapter provides information on the instruments supported by the current revision of OpenLab CDS and the required respective instrument drivers and firmware revisions.

Table 1 Terms and abbreviations used in this document

Term Description

Content Management Component of OpenLab Server or OpenLab ECM XT used to manage your analytical data, including a database.

AIC Agilent's Analytical Instrument Controller

Control Panel Control Panel for Agilent OpenLab software

Microsoft Control Panel Part of the Microsoft Windows operating system

Shared Services Set of administrative services that control, for example, the security policy and the central configuration of OpenLab CDS. Shared services are accessed via the Control Panel.

ECM, ECM XT OpenLab Enterprise Content Management system.


4 Software Compatibility

This chapter contains information on compatibility with other Agilent or non-Agilent software.


Contents

1 Hardware and Software Requirements 7

Introduction 8General Software Requirements 11Language Compatibility 12Disk Space 13Operating Systems 14Hardware Recommendations 15Number of Instruments 21Virtualization 23Databases 25Licensing 25System Preparation Tool 26

2 Network Requirements 31

Introduction 32Network Specifications 34LAN Communications 36Specific Requirements for Compliant Systems 49Network Isolation 50Network Assessment 52

3 Supported Instruments 53

RC.NET Drivers and OpenLab CDS 54Agilent LC and LC/MS Instrument Support 56Agilent CE Instrument Support 66Agilent GC and GC/MS Instrument Support 67Other supported Agilent Instruments 72


Non-Agilent Instruments 73Agilent VL WorkStation and VL WorkStation Plus Instruments 76

4 Software Compatibility 79

Agilent Software 80Compatible Libraries and Databases 82


1 Hardware and Software Requirements

Introduction 8General Software Requirements 11Language Compatibility 12Disk Space 13Operating Systems 14Hardware Recommendations 15Client 15Analytical Instrument Controller (AIC) 15Server 17

Number of Instruments 21Virtualization 23Databases 25Licensing 25System Preparation Tool 26

This chapter contains the hardware and software requirements for the different components of an OpenLab CDS system.


1 Hardware and Software RequirementsIntroduction

Introduction

With an OpenLab CDS Client/Server installation, you need multiple hardware components. On Analytical Instrument Controllers (AICs) and clients, the OpenLab CDS software provides the CDS components. On the server, the OpenLab Server software provides the Shared Services and Content Management components.

For configurations with more than one server, you will get a starter pack with two OpenLab Server software licenses; in addition you will need an OpenLab Content Management Index server.

OpenLab CDS can be deployed as a• 1-server all-in-one system (Figure 1 on page 9),• 2-server system (with the database hosted on a separate machine, see

Figure 2 on page 9),• 4-server system (with Content Management and Shared Services on the first

server, the database on the second server, the Index server on the third server, and the file server on the fourth server, see Figure 3 on page 10), or

• as a Scalable System.For more information on scalable systems, please refer to the Agilent OpenLab Server and OpenLab ECM XT Scalable System installation guide (available from the Documentation tab of the OpenLab installer).

Consult with your Agilent support representative to decide which topology is appropriate for your environment. The following diagrams are a conceptual representation of the system topology. They are not intended to represent the topology's network architecture.



Figure 1 All-in-one topology

Figure 2 2-Server topology

Server Web/Repository

Index Database

File Storage

Client/AIC

Server Web/Repository Index File Storage

Database Server

Client/AIC



Figure 3 4-Server topology

For topology and requirements on scalable systems please consult the OpenLab Server / ECM XT Hardware and Software Requirements Guide.

Web/Repository Server

Database Server File Storage Index Server

Client/AIC Client/AIC


1 Hardware and Software RequirementsGeneral Software Requirements

General Software Requirements

You may use a PDF viewer to open PDF manuals in OpenLab Help & Learning. The PDF viewer is not required for the system to function correctly.

Component Details

.NET framework Both versions are required:• .NET 3.5

and• .NET 4.x (if needed, it will be installed automatically by the

OpenLab Installer)

Web browser • Internet Explorer 11• Google Chrome 40 or higher• Edge

Antivirus software1

1 The listed antivirus software has been tested and is recommended by Agilent. However, the support is not limited to this software. Check with your Agilent service person in case you want to use other software.

• Symantec Endpoint Protection• Trend Micro• Microsoft Security Essentials• McAfee


1 Hardware and Software RequirementsLanguage Compatibility

Language Compatibility

The English version of OpenLab CDS is validated on Windows English and Western European language operating systems. Regional settings (locales) can be adjusted as required. In a Client/Server system make sure regional settings are the same for the server, AIC and clients.

Localized versions of OpenLab CDS are supported on local language versions of Windows:• Chinese• Japanese• Brazilian Portuguese• Russian

If OpenLab CDS is run on other language versions, the user interface will be English.

Non-localized instrument drivers are supported and will appear in English even when running localized versions of OpenLab CDS.


1 Hardware and Software RequirementsDisk Space

Disk Space

Disk space requirements should be adjusted based on the number and type of instruments and archival periodicity. Agilent recommends providing disk space for one year of lab operation in addition to the operating system and OpenLab CDS requirements.

Table 2 Typical expected file sizes

Run time Description Expected data size

2D data 60 min 10 Hz, 2 channel data 300-700 KB

3D data 60 min 10 Hz, 5 channel data, plus spectra at 1 nm resolution from 200 to 400 nm

100-300 MB

LC/MS data (SQ) 60 min Scan mode 20-40 MB

GC/MS data (SQ) 60 min Scan mode 50-300 MB

GC/MS data (SQ) 60 min SIM mode with 2 ions 1-3 MB


1 Hardware and Software RequirementsOperating Systems

Operating Systems

For information on operating system configuration, see respective installation guides.

Table 3 Supported Operating Systems

Operating System Client AIC Server

Windows 10 64-bitEnterprise or Pro(version 1809)

Windows Server 2016 64-bitStandard or Datacenter 1

1 virtual environment

2

2 supported, but not recommended

Windows Server 2019 64-bitStandard or Datacenter 1 2


1 Hardware and Software RequirementsHardware Recommendations

Hardware Recommendations

Client

Analytical Instrument Controller (AIC)Bundle PC for AIC: HP Z2 G4 with 16 GB RAM

Table 4 Tested and recommended hardware configuration for a client

Item HW requirements

Processor Intel® i5, i7, or Xeon E3 or equivalent3.0 GHz or greater4 Core

Physical memory (RAM) 8 GB

Ensure that at least 4 GB is reserved for the Windows operating system.

Hard disk 500 GB 7200 RPM SATA drives minimumor equivalent solid state drive

USB port USB 2 required for installation via provided media

LAN Card 100 MB/1 GB LAN for instrument control

Graphic resolution 1600 x 900 minimum1920 x 1080 recommended

Table 5 Tested and recommended hardware for a non-bundle Instrument Controller


Processor Intel® i5, i7, or Xeon E3 or equivalent3.0 GHz or greater4 Core

Physical memory (RAM) 16 GB




Hard disk 2 x 500 GB or 1 TB 7200 RPM SATA drive minimumor equivalent solid state driveIf the computer has a disc array controller Agilent recommends 2 x 1 TB in RAID1.

RS-232 port 1 serial port required for selected instruments that are still using RS-223 communication. See instrument specifications for details.

USB port USB 2 required for installation via provided media

LAN card 100 MB/1 GB LAN for instrument control2nd LAN card required for house, to isolate the instrument's data traffic from the lab intranet connection.

Graphic resolution (Monitor required for failover mode only)

1600 x 900 minimum1920 x 1080 recommended

Table 5 Tested and recommended hardware for a non-bundle Instrument Controller




ServerThe following recommended hardware specifications are for reference purposes. For more details, please refer to the Agilent OpenLab Server and OpenLab ECM XT Hardware and Software Requirements Guide (ECM_XT_HardwareSoftwareRequirements.pdf).

The hardware specifications should be adjusted based on the actual usage pattern in the lab. For example, if a lab acquires larger files as compared to those listed for a typical usage pattern in Table 6 on page 17, consider adding additional disk storage or using an external NAS system for storing files.

Table 6 Instrument calculation

Instrument Type Typical usage pattern Logical instrument count

1 GC 24x5 lab operation, 150 Files1, 10 MB/Day

1 The individual files inside a SSIZIP file are counted as separate files.

1

1 GC (dual tower) 24x5 lab operation, 300 Files1, 20 MB/Day 2

1 LC 24x5 lab operation, 150 Files1, 10 MB/Day 1

1 LC + DAD 24x5 lab operation, 30 Files1, 50 MB/Day Saving only spectrum peaks in a reduced spectrum range (e.g., 200-400, step 1)

2

1 SQ LC/MS 24x5 lab operation, 30 samples/day, 600 Files1, 250 MB/Day Routine quantitative work using scan data

4

1 SQ GC/MS 24x5 lab operation, 600 Files1, 250 MB/Day 4

1 ICP-MS 24x5 lab operation, 20 samples/day, 300 Files1, 20 MB/Day

2



All-in-One Server

NOTE All-in-one server is recommended for 1-30 instruments.

Table 7 Recommended hardware for an all-in-one server

Hardware Small System (up to 5 instruments, 1-2 AICs)

Medium System (3-30 instruments, 3 or more AICs)

Large System (25-100 instruments) -alterna-tive

Processor 1 × (Intel Xeon E5 v3 3.5 GHz, 4 Core)

2 × (Intel Xeon E5 v3 3.5 GHz, 4 Core)


Minimum Ram 12 GB 24 GB 32 GB


Disk (OS and software) 2 × (100 GB 7.2 K rpm RAID 1)

2 × (250 GB 15 K rpm RAID 1)

2 × (600 GB 15 K rpm RAID 1)

Disk (Data)1

1 The recommended disk space for these systems was estimated based on four years of usage with the maximum number of recommended instruments. The actual disk size required should be calculated based on planned usage patterns.

2 × (100 GB 7.2 K rpm RAID 1)

3 × (500 GB 7.2 K rpm RAID 5)

5 × (1 TB 7.2 K rpm RAID 5)

Network 1 GB 1 GB 1 GB

NOTE Oracle Database is not supported for an all-in-one Server.



Separated Server Solutions (Database Server and Application Server)

Agilent recommends a server dedicated to OpenLab Server as the host machine.

For the Operating System requirements on the database server, check the respective database documentation. See “Databases” on page 25.

NOTE A 2-server solution is recommended for labs that have growth plans to run 25 instruments or more. Compared to a 1-server solution, the 2-server solution has roughly 50 % more performance.

Table 8 Recommended hardware for a 2-server solution

Hardware Content Management server (OpenLab Server orOpenLab ECM XT)

Database server

Processor 2 × (Intel Xeon E5 v3 3.5 GHz, 4 Core)


Minimum Ram 24 GB 32 GB


Disk (OS and software) 2 × (300 GB 15 K rpm RAID 1) 3 × (300 GB 15 K rpm RAID 1)

Disk (Data)1

1 The recommended disk space for these systems was estimated based on four years of usage with the maximum number of recommended instruments. The actual disk size required should be calculated based on planned usage patterns.

5 × (1 TB 7.2 K rpm RAID 5) 3 × (300 GB 15 K rpm RAID 5)

Network 1 GB 1 GB


Hardware1 Content Management Server (OpenLab Server or OpenLab ECM XT)

Index server Database server File server

Operating System

Windows Server Windows Server Check Database Operat-ing System requirements

Windows Server

Processor 2 x Quad Core Intel Xeon E5 v3 (3.5 GHz)

2 x Quad Core Intel Xeon E5 v3 (3.5 GHz)



RAM 24 GB2 32 GB 32 GB 8 GB




Scalable Solution

Scalable systems (with separate Content Management and index servers) are designed for larger installations with more than 100 instruments. For more information, please refer to the OpenLab Server and OpenLab ECM XT Hardware and Software Requirements Guide (available from the Documentation tab of the OpenLab installer, or from the installation media: Setup/Docs).

Shared Services Server

A separate Shared Services server is needed for configurations involving OpenLab ECM as storage backend. For more information, please refer to the Configuring OpenLab with ECM guide (available from the CDS with ECM 3.x tab of the OpenLab installer).

Disk (OS and Software)

2 x (150 GB 15 K rpm RAID 1) 2 x (150 GB 15 K rpm RAID 1)

2 x (150 GB 15 K rpm RAID 1)

2 x (150 GB 15 K rpm RAID 1)

Disk (Data)3 Not Applicable 3 x (300 GB 15 K rpm RAID 5)4

3 x (600 GB 15 K rpm RAID 5)4

5 x (2 TB 7.2 K rpm RAID 5)

Network 1 GB 1 GB 1 GB 2 GB5

1 Agilent recommends a server dedicated to OpenLab Server as the host machine.

2 For system to support 300 logical instrument. This value can be adjusted based on planned usage pattern.

3 Disk space is estimated based on 4 years of usage with 300 logical instruments. The actual disk space need to be adjusted based on planned usage pattern. In an OpenLab ECM XT server, this disk is for OpenLab ECM XT index files. In a Database server, this disk is for database files. In a Windows file server, this disk is for OpenLab ECM XT content store.

4 As an alternative, SSD can also be used for better overall performance.

5 Network teaming


Hardware1 Content Management Server (OpenLab Server or OpenLab ECM XT)

Index server Database server File server


1 Hardware and Software RequirementsNumber of Instruments

Number of Instruments

The instrument capacity or number of configurable instruments per Workstation or AIC depends on the type of instrument configured. Any configuration of instruments that sums up to a maximum of 6 instrument points per AIC is supported. If a CDS client is co-installed on the AIC, a maximum of 4 instrument points is supported.

Per OpenLab CDS client/server system, you can configure a maximum of up to 100 instrument points.

Instrument An analytical system, made up of one of more modules, that are configured together to achieve the desired analytical functionality. Also known as a system, i.e. an LC/MSD system.

Points The relative level of load (load value) that an instrument or module puts on a physical or virtual system, aggregating CPU and RAM (memory) consumption. Different types of detectors require more processing power and memory than others, so they have been assigned higher “point” values.

Connections Connection Licenses refer to the licenses required in the software in order to run a specific instrument configuration. Note: Points do not equal instrument connection licenses.

Client and AIC version must be the same in all AIC configurations.

Table 10 Number of Instruments per AIC

OpenLab CDS AIC instrument points per AIC

Standalone PC Up to 6 points

Virtualized PC Up to 6 points

Client co-installed on AIC Up to 4 points

Client/Server Up to 100 points with 6 points per AIC.


1 Hardware and Software RequirementsNumber of Instruments

Instruments count as follows:

For more examples see Table 6 on page 17.

Table 11 Instrument points per Instrument type

Instrument Type Instrument Points

Connection Licenses

LC Instrument (= injector + pump + 2D detector such as VWD)Additional LC 2D detector

10

1

LC 3D detector (such as DAD or (3D)FLD)Additional LC 3D detector

10

1

MSD (Single quadrupole mass spectrograph) 2 1

GC InstrumentAdditional GC detector/ Headspace

10

1

Table 12 Examples

System points (Capacity) connections (Licenses)

LC + DAD 2 points 2 Connections (1x LC + 1x LC 3D)

LC + MS 3 points 2 Connections (1x LC + 1x MS)

LC + MS + DAD 4 points 3 Connections (1x LC + 1x MS + 1xLC 3D)

GC with HS 1 point 1 Connection (1x GC; HSS is 0 connections)

GC + MS 3 points 2 Connections (1x GC +1x MS)


1 Hardware and Software RequirementsVirtualization

Virtualization

Clients

OpenLab CDS has been tested with the following virtualization software. Note that the resource requirements are equal to those of the physical machines.• VMware vSphere• Terminal Server/Remote Desktop Services• Hyper-V for Windows Server• Citrix XenApp

AICs

Virtualizing AICs is supported with VMWare vSphere. However, it is not recommended to virtualize AICs.

Server

Virtualizing OpenLab CDS Servers is supported with VMWare vSphere.

Please refer to VMWare support for performance optimization recommendations. Some considerations are:• Dedicated resources allocated to the server. The virtual machine must meet

the hardware and software requirements specified in the Agilent OpenLab Server and OpenLab ECM XT Hardware and Software Requirements Guide available from Setup\Docs\EN\ECM_XT_HardwareSoftwareRequirements.pdf.

• Do not take a snapshot of the virtual machine• Potential performance overhead by using the virtual infrastructure

It is not recommended to use a Windows Server virtual machine with the network teaming feature. With this configuration, OpenLab CDS cannot retrieve the MAC address of a network team interface. If you must use this configuration, an

NOTE Be aware of a potential conflict when using an All-in-one Citrix environment: Both Citrix and OpenLab CDS use port 27000 for the License Manager Daemon. See “Firewall Settings” on page 37.


1 Hardware and Software RequirementsVirtualization

additional virtual network adapter is needed to which the OpenLab CDS license can bind. Each license is based on the MAC address of the network interface card, being physical or virtual. If you are planning to use NIC teaming for the server, Agilent recommends that you use the teaming configuration tool provided by the vendor of the network interface card.

More Information

For more details, please contact your Agilent support representative.


1 Hardware and Software RequirementsDatabases

Databases

OpenLab CDS manages information using a database. The database is installed and configured either manually or automatically during installation.The following database software is supported:• Microsoft SQL Server 2014 Standard or Enterprise (64-bit) SP2• Microsoft SQL Server 2016 SP2 Standard or Enterprise (64-bit)• Microsoft SQL Server 2017 Standard or Enterprise (64-bit)• Microsoft SQL Server 2019 Standard or Enterprise (64-bit)• PostgreSQL Server 11.5• Oracle 12c R2• Oracle 18c

NOTE: Oracle is not supported for all-in-one server!

Licensing

OpenLab CDS uses Flex-Net Publisher (v. 11.12) for the distribution and tracking of license entitlements. This software is installed with the OpenLab CDS components.


1 Hardware and Software RequirementsSystem Preparation Tool

System Preparation Tool

The System Preparation Tool (SPT) checks and applies Windows settings on your machine. The majority of the steps are automated by the tool. Applying these settings helps avoid issues during installation and use of the product.

Prerequisites Copy the entire content of the USB media to a local drive or centralized folder, then remove the USB media from the PC.

1 To open the installer, right-click the setup.exe file, and run it as administrator.

2 The OpenLab Installer checks if the Microsoft .NET Framework 3.5 SP1 is present and enabled. If it is not, the installer automatically tries to install and activate it.

NOTE If User Account Control (UAC) is switched on, this step requires active confirmation to continue.



3 On the start screen, select OpenLab CDS, and click OK.



4 From the Planning tab, select System Preparation Tool. The System Preparation Tool window opens.

5 Select the product configuration corresponding to your system.For AICs:• OpenLab CDS~2.5~AIC~Win10• OpenLab CDS~2.5~AIC~Win2016• OpenLab CDS~2.5~AIC~Win2019For clients:• OpenLab (CDS, ECMXT)~2.5~(Client, CMServices)~Win10• OpenLab (CDS, ECMXT)~2.5~(Client, CMServices)~Win2016• OpenLab (CDS, ECMXT)~2.5~(Client, CMServices)~Win2019Click Continue. The tool checks all settings, and displays the current status (Pass or Fail) on the Current Configuration page.

6 Optionally you can clear the check boxes for recommended settings. Mandatory settings cannot be cleared. The check box in the header row will clear the check boxes for all non-required settings.



7 Click Apply Fixes to apply the correct settings.The System Preparation Tool attempts to fix the selected settings and displays the new status on the Update Configuration page. All actions are saved to a log file.

8 Click Next to proceed to the Configuration is Complete page.The System Preparation Report is displayed. It lists the new status for all selected settings.



9 Click Print to print the System Preparation Report.You may print to a file, for example, using the Adobe PDF printer, and add comments.

10 Check if the System Preparation Report lists any Actions Required concerning settings that you must fix manually. These mandatory or recommended actions are not automated by the System Preparation Tool.If yes, follow the instructions provided.

11 Click Finish.12 Reboot your system if requested to do so.


2 Network Requirements

Introduction 32Network Specifications 34LAN Communications 36LAN Power Management 36Firewall Settings 37Domain Requirements 47Environments with Proxy Servers 48

Specific Requirements for Compliant Systems 49Network Isolation 50Network Assessment 52

This chapter describes the network requirements that must be met in order to support the environmental computing needs of an OpenLab Chromatography Data System (CDS).


2 Network RequirementsIntroduction

Introduction

OpenLab CDS systems rely on network infrastructure in order to support the communication between various system nodes. This communication is based on standard TCP/IP protocols. In order to provide optimum performance and uptime, the network must meet design criteria for available bandwidth, IP address assignment, name resolution and appropriate isolation of the lab subnet from the corporate network.

Use of other network topologies, such as wide area networks (WAN), are considered non- standard configurations and it is your responsibility to ensure performance to these specifications. The Agilent Support team can only investigate issues using standard LAN configurations and cannot troubleshoot issues caused by non- standard network configurations.

The following diagram gives an overview of OpenLab network recommendations. Depending on the OpenLab products you have configured, your network may or may not include all of the network components described here.


2 Network RequirementsIntroduction

Figure 4 Specification summary

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2 Network RequirementsNetwork Specifications

Network Specifications

These specifications apply to one or several of the following network points:• Client running OpenLab CDS• Analytical Instrument Controller (AIC)• Content Management server (OpenLab Server, ECM, or ECM XT)• Shared Services Server (only in conjunction with OpenLab ECM 3.x.)• Database Server• File Server

Table 13 Basic network requirements

Check Specification

Max MTU for Local Interfaces > 999

MTU size MTU size on all segments of the packet path is the same

IP Address Resolution Time (DNS Resolution) >= 20 ms<= 200 ms from server - internet

Number of hops between two network points <= 4<= 2 for Shared Services Server and SQL Server<= 2 for Shared Services Server and Content Management Server

Packet loss <= 5 %

Percentage of loss by using ICMP protocol 0 %

Ping latency <= 100 ms

Bandwidth > 12 Mbps

Overall throughput for TCP and UDP protocols >= 10 Mbps>= 100 Mbps for Shared Services Server and SQL Server>= 100 Mbps for Shared Services Server and Content Management Server>= 100 Mbps for ECM Server and Client


2 Network RequirementsNetwork Specifications

The following table lists additional network specifications between the following:• Shared Service Server and DNS Server• ECM Server and DNS Server• SQL Server and DNS Server• Client and DNS Server

Connectivity from server component to Active Directory through LDAP:• Retrieve 2000 users from AD• Get all available domains• Get global catalog

All queries are executed successfully. Execution time is < 1 s per query.

All domains trusted from the currently running domain:• Domain Controller is available and the tool

can establish connection• Requires domain functional levels Windows

Server 2008 or higher• Global catalog is enabled• Run all standard LDAP Checks

All domain controllers are available, have the cor-rect version and global catalog is enabled. All LDAP checks for each domain controller are within specification.

Table 14 Additional network requirements for Shared Services Server and Domain Controller Server

Check Specification

Response time to LDAP queries <= 20 ms

Table 15 Additional network specifications for DNS Server

Check Specification

Response time for forward lookup like nslookup <= 20 ms

Response time for reverse lookup like nslookup <= 20 ms

Table 13 Basic network requirements

Check Specification


2 Network RequirementsLAN Communications

LAN Communications

When using LAN communications to connect workstations or instrument controllers to an instrument, use one of these methods:• Connect via an isolated switch using standard CAT-5 network cabling• LAN communication hardware should be 100/1000 mbps (or higher) speed

capable.

• NIC teaming1: LAN cards should not be teamed on workstations, instrument controllers, or clients.

• LAN communication must be on the same subnet as instruments, and preferably on the same segment.

LAN Power ManagementAvoid data capture or transfer interruptions in your data acquisition system by making LAN communication cards available for instrument and system component communications.

Windows may be set to turn instruments/components off to save power while sleeping or hibernating. To change this setting:

1 In the Microsoft Control Panel, open the Network and Sharing Center2.2 Select Change adapter settings. Right-click Local Area Connection> Properties>

Configure.3 Select the Power Management tab.4 Clear the Allow the computer to turn off this device to save power check box.

NOTE The J4100 Jet Direct Card is not supported. For example, use a G1369 LAN interface card instead.

1 Network Interface Card (NIC) teaming is also known as Load Balancing and Failover (LBFO)

NOTE See the separate driver installation guides for further information regarding vendor specific instrument connections. GPIB or RS232 might be required.

2 View the items by icon to see a list of all items.



Firewall Settings

Settings for OpenLab Server or OpenLab ECM EXT Server

Table 16 Terms used in the following tables

ATS Audit Trail ServiceCertSvc Certificate ServiceCM Content ManagementDCS Data Collection ServiceDR Data RepositoryOLSS OpenLab Shared Services

Table 17 OpenLab Server - Inbound Rules

Application Protocol Port Remote System

Description

CM Server TCP 21 Any [Optional] Only if FTP service is turned on for OpenLab Server. By default it is off.Used by C:\Program Files (x86)\Agilent Technologies\OpenLAB Data Store\tomcat\bin\tomcat8.exe

CM Server TCP 80 Any OpenLab Server website and REST APIs operate on this port. Configurable.Used by C:\Program Files (x86)\Agilent Technologies\OpenLAB Data Store\tomcat\bin\tomcat8.exe

CM Server TCP 443 Any OpenLab Server secure website & REST APIs operate on this port if HTTPS is used.Used by C:\Program Files (x86)\Agilent Technologies\OpenLAB Data Store\tomcat\bin\tomcat8.exe

OLSS Diagnostics

TCP 3424 Clients, AICs, Servers

Used for collecting diagnostic logs

DR PostgreSQL Server

TCP 5433 DR Services

Database port (Firewall rule gets applied during installation of DR)Used by all internal + external applications and services, which connect against DR/PG: CDS, AT, QualA, Mercury.



CM Server TCP 5701 Cluster Servers

OpenLab Server ClusterUsed by C:\Program Files (x86)\Agilent Technologies\OpenLAB Data Store\tomcat\bin\tomcat8.exe

DCS HTTP 6328 Any Data Collection Service Legacy Port (Chem-Station and CDS 2.4 and earlier)Used by C:\Program Files\Agilent Technolo-gies\OpenLab Data Collection Server\Bin\DataCollectionService.exe

OLSS Server TCP 6570 Clients, AICs

OpenLab Licensing (Flexera) ServerUsed by C:\Program Files\Agilent Technolo-gies\OpenLab Data Collection Service\Bin\DataCollectionService.exe


OpenLab Shared Services

OLSS Server HTTP 6624 Clients, AICs, Others

Legacy Shared Services REST APILegacy Licensing Support service REST API

OLSS Server HTTP 6625 Clients, AICs

Shared Services REST APILicensing Support service REST API


Licensing Support service WCF API

OLSS Server TCP 8085- 8099

Clients, AICs

OpenLab Licensing view-only web UI (Flex-era). Default is 8090. Other ports may be used if 8090 is in use.

CM Search Ser-vice

TCP 8983 Clients, AICs

Search ServiceUsed by C:\Program Files (x86)\Agilent Technologies\OpenLAB Data Store\java\bin\java.exe

QualA Service TCP 9092 Any QualA Web Service hosts REST APIs and website on this port. The port number can be changed using QualA Config tool.

QualA DR Microservice

TCP 9093 Any Provides central management services for internal use from QualA Service



Description



OLSS Server TCP 27000- 27009

Clients, AICs

OpenLab Licensing (Flexera) Server

ATS

DCS

CertSvc

OLSS Server

HTTP 52080,52088

Any Audit Trail Service (both ports)Data Collection Service (52088, for legacy http: 6328) at C:\Program Files\Agilent Tech-nologies\OpenLab Data Collection Service\Bin\DataCollectionService.exeCertificate Service (52088 only): No program configured in Windows Firewall - path is C:\Program Files\Agilent Technologies\Open-Lab Certificate Service\Bin\Agilent.Open-Lab.CertService.CertServiceCore.exeShared Services REST API and Licensing Support services REST API (52088 only)

Table 18 OpenLab Server - Outbound Rules


Description

OLSS Server TCP 25 Email Server If email server uses a different port, or uses secure ports, the destination port will be different.

TCP/UDP 53 DNS Server DNS

TCP/UDP 67, 68 DHCP Server DHCP or BootP

TCP 137-139 NetBios WINS

For NetBios/Name resolution for NT Share

OLSS Server TCP 389 LDAP Server LDAP

TCP 445 NAS/Share Server

Server Message Block (SMB). Used for storage on a remote NAS share.

(OLSS Server) TCP 636 Secure LDAP Server

Secure LDAP

CM Server, OLSS

TCP 1433 SQL Server Only when using MS SQL Server. Config-urable.

CM Server, OLSS

UDP 1434 SQL Server Only when using MS SQL Server. UDP



Description



OpenLab ECM 3.x Server

CM Server, OLSS

TCP 1521 Oracle Server Only when using Oracle Server. Configurable.

OLSS Server TCP 3268 LDAP Server Global Catalog LDAP

OLSS Server TCP 3269 LDAP Server Global Catalog LDAP SSL

CM Server, OLSS

TCP 5432 PostgreSQL Server

Only when using external PostgreSQL Server. Configurable.

Table 19 ECM 3.x Server - Inbound Rules

Protocol Port Remote System Description

TCP 80 Clients OpenLab ECM Server website and REST APIs operate on this port. Configurable.

TCP 443 Clients OpenLab ECM Server secure website & REST APIs operate on this port.

Table 20 ECM 3.x Server - Outbound Rules


TCP 25 Email Server If email server uses a different port, it can be spec-ified in OpenLab Control Panel.



UDP 161 Simple Network Management Protocol (SNMP)

TCP 389 LDAP Server LDAP

TCP 636 Secure LDAP Server

Secure LDAP

TCP 1433 SQL Server Only when using MS SQL Server. Configurable.

UDP 1434 SQL Server Only when using MS SQL Server. UDP

TCP 1521 Oracle Server Only when using Oracle Server. Configurable.

TCP 3268 LDAP Server Global Catalog LDAP

Table 18 OpenLab Server - Outbound Rules


Description



Settings for OpenLab CDS 2.x AICs

TCP 3269 LDAP Server Global Catalog LDAP SSL

TCP 8211 ECM Comm Ser-vice

If caller is a Service

TCP 18211 ECM Comm Ser-vice

If caller is Forms Host

Table 21 AIC - Inbound Rules

Application Protocol Port Remote System Description

OLSS Storage Client

TCP 2886 localhost OpenLab Automation Server, used by Storage client

OLSS Diag-nostics

TCP 3424 Clients, AICs, Servers

Used for collecting diagnostics logs.

OLSS Storage Client

HTTP 6628 Clients Remote Work Area REST API


TCP 9753 Clients CDS 2.x messaging communication

Table 22 AIC - Outbound Rules




CM TCP 80 OpenLab Server OpenLab Server website and REST APIs.

CM TCP 443 OpenLab Server OpenLab Server secure website & Secure REST APIs. Needed only if HTTPS is used.

OLSS Client API

TCP 6570 OpenLab Server OpenLab Licensing (Flexera) Server

Table 20 ECM 3.x Server - Outbound Rules




Please see the Table 27 on page 45 and Table 28 on page 46 sections for additional ports that are used by an AIC to communicate with instruments.

OLSS Client API

TCP 6577 OpenLab Server OpenLab Shared Services WCF APIs

OLSS Client API, Control Panel

TCP 6624 Clients, AICs, Others

Legacy Shared Services REST APILegacy Licensing Support service REST API

Control Panel HTTP 6625 Clients, AICs Shared Services REST APILicensing Support service REST API

Control Panel TCP 8084 Clients, AICs Licensing Support service WCF API

Control Panel TCP 8085- 8099 OpenLab Server OpenLab Licensing view-only Web UI (Flexera). Default is 8090. If 8090 is in use, other ports may be used.

QualA Service TCP 9093 OpenLab Server Communication between QualA Service and QualA DR Microservice

Control Panel TCP 27000- 27009

OpenLab Server OpenLab Licensing (Flexera) Server

Control Panel HTTP 52080, 52088

Any Shared Services REST API (52088 only)

OLCF Data Collection API, Data Collec-tion Agent

HTTP 6328 (http)52088 (https)

OpenLab Server Data Collection Service, 6328 used as fallback only if https is not available

Table 22 AIC - Outbound Rules




OpenLab CDS 2.x Clients

Table 23 Client - Inbound Rules


OLSS Storage Client TCP 2886 localhost OpenLab Automation Service

Control Panel TCP 3424 Clients, AICs, Servers

Used for collecting diagnostics logs.


Table 24 Client - Outbound Rules

Application Protocol Port Remote System Description/Comments



TCP 80 OpenLab Server OpenLab Server website and REST APIs.

TCP 443 OpenLab Server OpenLab Server secure website & Secure REST APIs. Needed only if HTTPS is used.

OLSS Client API TCP 6570 OpenLab Server OpenLab Licensing (Flexera) Server

OLSS Client API TCP 6577 OpenLab Server OpenLab Shared Services WCF APIs

OLSS Client API, Control Panel

HTTP 6624 Clients, AICs, Others

Legacy Shared Services REST APILegacy Licensing Support ser-vice REST API

Control Panel HTTP 6625 Clients, AICs Shared Services REST APILicensing Support service REST API

TCP 6628 AIC Agilent OpenLab remote work area. Client talks to AICs on this port



OpenLab ECM 3.x Clients

Control Panel TCP 8084 Clients, AICs Licensing Support service WCF API

Control Panel TCP 8085- 8099 OpenLab Server OpenLab Licensing view-only web UI (Flexera). Default is 8090. Other ports may be used if 8090 is in use.

QualA Service TCP 9093 OpenLab Server Communication between QualA Service and QualA DR Microservice

TCP 9753 AIC CDS 2.x messaging communi-cation

Control Panel TCP 27000- 27009 OpenLab Server OpenLab Licensing (Flexera) Server

Control Panel HTTP 52080, 52088 Any Shared Services REST API (52088 only)

OLCF Data Collec-tion API, Data Col-lection Agent

HTTP 6328 (http)52088 (https)

OpenLab Server Data Collection Service, 6328 used as fallback only if https is not available

Table 25 ECM 3.x Client - Inbound Rules


TCP 1801 MSMQ MSMQ messages used in ECM Scheduler Agent

Table 26 ECM 3.x Client - Outbound Rules




UDP 161 Simple Network Management Proto-col (SNMP)

Table 24 Client - Outbound Rules

Application Protocol Port Remote System Description/Comments



Agilent Instruments

TCP 389 LDAP Server LDAP

TCP 636 Secure LDAP Server Secure LDAP

Table 27 Instruments - Inbound Rules


TCP, UDP 20 AIC, Workstation FTP is required for some instruments.

TCP 21 AIC, Workstation FTP: GC/MSD - Firmware Installation (FTP). Needs to be open from PC used to do FW update to instrument

TCP 22 AIC, Workstation SFTP is required for some instru-ments.

TCP, UDP 23 AIC, Workstation Required for several instruments. LC for LAN config only, no telnet protocol implemented

UDP 69 AIC, Workstation TFTP: Required for communication with legacy Instruments (Jet Direct Cards)

HTTP 80 AIC, Workstation LC Infinity II modules only, closed by default, opened if Infinity Lab Com-panion G7108A license is installed

TCP 111, 1007, 1024-1026

AIC, Workstation LC/MS instrument communication

TCP 2101 AIC, Workstation ELSD - communication with the ELSD RC.Net driver

TCP 2883-2885 AIC, Workstation GC/MSD - Instrument control (Propri-etary/SunRPC/TCP)

TCP 3068, 3071 AIC, Workstation GC/MSD - Instrument control (Propri-etary/SunRPC/TCP)

TCP 4879 AIC, Workstation Instrument communication (head-space)

TCP 4900, 4901 AIC, Workstation Instrument communication (Micro GC 490, 990)

Table 26 ECM 3.x Client - Outbound Rules




Dynamic Ports

Dynamic Ports: used for temporary communications between clients. The ports used depend on the operating system in use and are configurable. See the operating system documentation for more information.

TCP 5813 AIC, Workstation GC/MSD - Firmware installation (ICMP/Ping)

TCP 5973 AIC, Workstation GC/MSD - Instrument control (Propri-etary/SunRPC/TCP)

TCP 8194 AIC, Workstation PAL3, data subscription

TCP 9001-9002 AIC, Workstation Instrument communication (GC/LC)

TCP, Licop 9100 AIC, Workstation Instrument communication (GC/LC/35900)

TCP 9101 AIC, Workstation Instrument communication (GC/LC)

TCP 9110 AIC, Workstation Instrument communication (GC/LC)

TCP, Licop 9200 AIC, Workstation Instrument communication (LC), Talk To Lab cards (G1369) only

TCP 10000-10010 AIC, Workstation Instrument communication (GC 78xx, 88xx, 9000)

TCP 30718 AIC, Workstation Instrument utilities

TCP 55055-55057 AIC, Workstation Instrument utilities

TCP 61001 AIC, Workstation Instrument utilities

TCP 64000, 64001 AIC, Workstation PAL3 communication

TCP 64500 AIC, Workstation PAL3, plain socket protocol

Table 28 Instruments - Outbound Rules



TCP/UDP 67, 68 DHCP Server DNS or BootP

Table 27 Instruments - Inbound Rules




Domain RequirementsOpenLab CDS Client/Server systems are only supported in a domain environment.

Domains support the flow of information and user access rights across machines in the network. This means that all machines and instruments within the networked OpenLab CDS system must reside within the same domain or have the appropriate cross domain trusts to allow name-based communications between all components in the system.Installing OpenLab CDS will apply network exceptions to the Windows firewall under the domain profile to result in a functional system. The components necessary to support OpenLab CDS on a domain are:• Domain controller — broadcasts the domain name and negotiates access to

machines.• Domain name server (DNS) — maintains records of what hostnames belong to

which IP on the network. This component is always required for effective components communications in networked systems.

• Active directory — maintains the list of users and their access rights on the domain.

The domain components above host a variety of services and settings that must be configured appropriately to allow communication across machines. The following services and settings will need to be configured to fit your domain. Your internal IT group is responsible for proper configuration of any custom domain solutions. These include settings for:• Lookup zones and hostnames• Group and security policies• Subnet masks and Virtual LANs• IP reservation (static or DHCP)

NOTE The domain name server (DNS) must be able to resolve the IPv4 address of all instrument controllers and instruments. Any unresolved instrument controller or instrument will disrupt the functionality of OpenLab resulting in errors or delays. IPv6 is not supported and must be deactivated.

NOTE OpenLab CDS components must not be installed on the same machine as the domain controller.



Environments with Proxy ServersThe OpenLab server must be accessible via http or https in the network. If you use proxy servers, verify that they can be accessed. If required, adjust the proxy settings.


2 Network RequirementsSpecific Requirements for Compliant Systems

Specific Requirements for Compliant Systems

If you intend to use your system in a compliant environment, ensure the following settings related to time synchronization:• Your network must have a time synchronization service to make sure that all

systems are using a consistent and valid time.• To ensure that users cannot change the time on a client system, users must

not operate using an administrator account. This is important as the client time is used during buffered activity logging during network outages.


2 Network RequirementsNetwork Isolation

Network Isolation

There must be an isolated local area network or VLAN between an instrument controller and the instrument. This is a critical real- time connection.

An OpenLab CDS Client/Server system should be isolated from network environments that experience frequent failures due to faulty switching, viruses, or worms. If network isolation is not possible, the machines should be reconfigured and disconnected from the problematic network until these issues can be resolved. On an isolated network, name resolution services must be hosted by a separate machine to enable proper communications between system components by name.

An isolated network is completely physically isolated, so that no LAN switch connections on the network are shared with the corporate network infrastructure. Figure 5 on page 51 shows a simple client/server topology. In this example, the connection highlighted in red provides isolation of the system.


2 Network RequirementsNetwork Isolation

Figure 5 Sample client/server topology: Network Isolation

Client

Client

Client

Switch

AIC

AIC

Intranet/Internet (Corporate Network)

Corp PC Corp PC Corp PC Corp PC DC/DNS OpenLab Server


2 Network RequirementsNetwork Assessment

Network Assessment

Agilent professional services can perform a test to verify these requirements. Contact your Agilent representative.


3 Supported Instruments

RC.NET Drivers and OpenLab CDS 54Agilent LC and LC/MS Instrument Support 56Agilent LC 56Agilent LC/MS 65

Agilent CE Instrument Support 66Agilent GC and GC/MS Instrument Support 67Supported GC Systems 67Supported Autosamplers 68Agilent GC/MS 71

Other supported Agilent Instruments 72Non-Agilent Instruments 73Agilent VL WorkStation and VL WorkStation Plus Instruments 76

This chapter provides information on the instruments supported by the current revision of OpenLab CDS and the required respective instrument drivers and firmware revisions.


3 Supported InstrumentsRC.NET Drivers and OpenLab CDS

RC.NET Drivers and OpenLab CDS

OpenLab CDS can control instruments and modules that use RC.NET based driver software only.

Agilent and other vendors may release RC.net drivers independent of the OpenLab CDS releases. Agilent recommends that you always use the most recent firmware revisions. They include all latest firmware features and improvements. Agilent driver software is forward compatible with respect to firmware, i.e. the firmware can be updated without the need of updating the driver or CDS.

The following Agilent instrument driver software revisions are part of the OpenLab CDS 2.5 software package. Some of them are installed by default with the software.

NOTE Instrument driver versions must always match in a network system.

Accidental use of a method from a different driver version, and accidental launching of an AIC instrument from a client with a mismatched driver version will have unpredictable behavior, including subtle errors that might not be spotted immediately.

Table 29 Agilent driver packages shipped with OpenLab CDS 2.5

RC.NET Instrument Driver Driver Software Revi-sion

Installed with OpenLab CDS 2.5

Agilent LC 3.1 x

Agilent ELSD 1.8

Agilent LC/MS SQ 2.4 x

Agilent GC 3.2 x

Agilent Micro GC 2.1

Agilent Headspace B.01.09

Agilent GC/MS SQ 1.4 x

Agilent 35900E A/D Converter 2.3 x

Agilent SS420X A/D Converter A.01.01 x

Agilent Data Player 2.3 x


3 Supported InstrumentsRC.NET Drivers and OpenLab CDS

Drivers that are not automatically installed by the OpenLab CDS installer can be found on the media under Setup\Packages\Add-ons. To install these drivers see section Install or Upgrade Driver Software in chapter 2 of your OpenLab CDS Workstation, or Clients and Instrument Controller guide.

More information on instrument drivers and firmware is available in the respective RC.NET driver release notes.

Non-Agilent Instrument Drivers

OpenLab CDS 2.5 supports selected Non-Agilent instruments. Please check with your sales representative if a corresponding driver is available.

Always install the dedicated RC.NET driver available from SubscribeNet at OpenLab CDS> OpenLab 3rd-Party Instrument drivers.

Agilent CTC PAL 3 2.1

Agilent CTC PAL-xt B.01.08

Table 29 Agilent driver packages shipped with OpenLab CDS 2.5

RC.NET Instrument Driver Driver Software Revi-sion

Installed with OpenLab CDS 2.5


3 Supported InstrumentsAgilent LC and LC/MS Instrument Support

Agilent LC and LC/MS Instrument Support

Agilent LCMost Agilent LC modules can be controlled with the current version of OpenLab CDS. LC driver release 3.1 has been tested with this revision and is installed by default with the software.

Recommended Firmware

Agilent recommends using current LC firmware sets with your OpenLab CDS. The latest LC firmware sets are 7.01, 6.50, and 6.30. Current FW revisions can be downloaded from https://www.agilent.com/en-us/firmwareDownload?whid=69761

Please note that some driver features like valve-thermostat clusters and new temperature control modes require current firmware versions. For more information please refer to the respective LC driver release notes. The Release Note for Agilent LC and CE Drivers Revision A.02.19 SR2 (LC-Driver_ReleaseNote_A0219-SR2.pdf) is available in the Docs/EN folder of the OpenLab CDS media.

Firmware revisions are grouped into sets for each module or system. Firmware sets include just the latest firmware of each module.

Do not mix firmware revisions from one set with older or newer sets. Firmware is not tested across set borders!

Download the latest LC Firmware at http://www.agilent.com/en-us/firmwareDownload?whid=99818. For more information see Agilent LC Firmware News / Downloads / Procedures at https://www.agilent.com/en/support/liquid-chromatography/lcfirmwarenews.

Device Recommended Firm-ware

Agilent 1100 Series, 1200 Series and 1200 Infinity A.07.01 or later

Agilent 1200 Series, 1200 Infinity and 1120 Compact LC B.07.27 or later

Agilent 1200 Infinity Hosted Modules C.07.20 or later

Agilent 1260/1290 Infinity II Modules D.07.27 or later



You need to upgrade all existing modules to the latest version only if• you add a new LC module to the existing system (recommended).• one of the existing modules requires an upgrade due to a bug fix solved with

the latest release.

Liquid Chromatography (LC) Modules

The Agilent LC modules listed in tables Table 30 on page 57 to Table 37 on page 64 are supported for control with OpenLab CDS2.5 unless stated otherwise.

NOTE Modules combined into one LC instrument always need to have firmware from the same set. Firmware of one set is fully compatible with your CDS that supports this firmware set. However, if one module uses a firmware revision lower that the specified Minimum Firmware Revision some functionality might not be supported.

NOTE The Agilent LC drivers are backwards compatible. Modules with identical Product Numbers are supported, even if the tables below list only the name of the current model version. 1100 Series models are supported on a best effort basis only. For more details please refer to the driver Release Notes of the driver revision you are using.

You can find the Product Number at the lower right of each module or system.

Table 30 Agilent LC - Sampling Systems

Product Number

Module Name Compatibility State-ment

G1329A 1200 Series Standard Autosampler

G1329B 1260 Infinity Standard Autosampler

G1330A 1200 Series Thermostat

G1330B 1290 Infinity Thermostat

G1367B 1200 Series High Performance Autosampler

G1367C 1200 Series High Performance Autosampler SL

G1367D 1200 Series High Performance Autosampler SL+

G1367E 1260 Infinity High Performance Autosampler

G1377A 1260 Infinity High Performance Micro Autosampler not supported

G2258A 1260 Infinity Dual-Loop Autosamper



G2260A 1260 Infinity Preparative Autosampler (High flow)

G4226A 1290 Infinity Autosampler

G4303A 1260 Infinity SFC Standard Autosampler

G4767A 1260 Infinity II SFC Multisampler

G5667A 1260 Infinity Bio-inert Multisampler

G5668A 1260 Infinity II Bio-inert Multisampler

G7129A 1260 Infinity II Vialsampler

G7129B 1290 Infinity II Vialsampler

G7129C 1260 Infinty II Vialsampler

G7157A 1260 Infinity II Preparative Autosampler

G7158B 1290 Infinity II Preparative Open-bed Sampler / Collector Module is represented by two modules in the driver: G7159B and G7169B

G7167A 1260 Infinity II Multisampler

G7167B 1290 Infinity II Multisampler

G7167-60101 Infinity Lab Sample Thermostat

Table 31 Agilent CTC PAL Autosampler with Agilent LC

Product Number

Module Name Compatibility Statement

G4277A Agilent 1290 Infinity LC Injector HTS

G4278A Agilent 1290 Infinity LC Injector HTC

G4270-CTC HTC PAL Auto sampler requires motherboard with FW 4.1.5 or higher

G4271-CTC HTS PAL Auto sampler

Table 30 Agilent LC - Sampling Systems

Product Number




Table 32 Agilent LC – Pumps

ProductNumber


G1310A 1200 Series Isocratic Pump

G1310B 1260 Infinity Isocratic Pump

G1311A 1200 Series Quaternary Pump Pump 1

G1311B 1260 Infinity Quaternary Pump 1

G1311C 1260 Infinity Quaternary Pump VL 1

G1312A 1260 Infinity Binary Pump 1

G1312B 1260 Infinity Binary Pump SL 1

G1312C 1260 Infinity Binary Pump VL 1

G1361A 1260 Infinity Preparative Pump 1

G1376A 1200 Micro Capillary Pump not supported

G2226A 1200 Micro Nano Pump not supported

G4204A 1290 Quaternary Pump 1

G4220A 1290 Infinity Binary Pump 1

G4220B 1290 Infinity Binary Pump1

G4301A 1260 Infinity II SFC Control Module

G4302A 1260 Infinity SFC Binary Pump 1

G4782A 1260 Infinity II SFC Binary Pump 1

G5611A 1260 Infinity Bio-inert Quaternary Pump 1

G5654A 1260 Infinity II Bio-inert Quaternary Pump 1

G7104A 1290 Infinity II Flexible Pump 1

G7104C 1260 Infinity II Flexible Pump1

G7110B 1260 Infinity II Isocratic Pump 1

G7111A 1260 Infinity II Quaternary Pump VL 1

G7111B 1260 Infinity II Quaternary Pump1

G7112B 1260 Infinity II Binary Pump1



G7120A 1290 Infinity II High Speed Pump 1

G7161A 1260 Infinity II Preparative Binary Pump

G7161B 1290 Infinity II Preparative Binary Pump

1 Pump valve clusters are possible for marked pumps with up to 2 valves of type G1160A and/or G1170A with 5067-4159 or 5067-4147.

Table 33 Agilent LC – Column Compartments

Product Number


G1316A 1260 Infinity Thermostatted Column Compartment

G1316B 1200 Series Thermostatted Column Compartment

G1316C 1290 Infinity Thermostatted Column Compartment

TCC Cluster Cluster with up to three G1316C with integrated 8pos/9port valves (products G4230A/B). Minimum two G1316C TCCs, the third TCC can be a G1316A, B or C.

G7116A 1260 Infinity II Multicolumn Thermostat

G7116B 1290 Infinity II Multicolumn Thermostat

G7130A Integrated Column Compartment ICC

VTC Valve Thermostat Cluster

Combinations of G7116B, G1170A and G1316C (valve or column hosts) and G1316A/B and G7130A

See LC Driver Release Notes: Valve-Thermo-stat Cluster

Table 34 Agilent LC – Detectors

Product Number

Agilent Module Name Compatibility State-ment

G1314A 1100/1200 Variable Wavelength Detector

G1314B 1260 Infinity Variable Wavelength Detector VL

G1314C 1260 Infinity Variable Wavelength Detector VL+

G1314D 1260 Infinity Variable Wavelength Detector

G1314E 1290 Infinity Variable Wavelength Detector

Table 32 Agilent LC – Pumps

ProductNumber




G1314F 1260 Infinity Variable Wavelength Detector

G1315A 1100/1200 Diode-Array Detector

G1315B 1200 Series Diode Array Detector

G1315C 1260 Infinity Diode Array Detector VL+

G1315D 1260 Infinity Diode Array Detector VL

G1321A 1100/1200 Fluorescence Detector

G1321B 1260 Infinity Fluorescence Detector Spectra

G1321C 1260 Infinity Fluorescence Detector

G1362A Agilent 1100/1200 Refractive Index Detector

G1365A 1100 Series Multiple Wavelength Detector

G1365B 1200 Series Multi-Wavelength Detector

G1365C 1260 Infinity Multiple Wavelength Detector

G1365D 1260 Infinity Multiple Wavelength Detector VL

G4212A 1290 Infinity Diode Array Detector

G4212B 1260 Infinity Diode Array Detector

HDR-DAD Cluster

2x G4212A, 2x G4212B, 2x G7117A or 2x G7117B, ora combination of either 1x G4212A and 1x G4212B, or 1x G7117A and 1x G7117B

G7114A 1260 Infinity II Variable Wavelength Detector

G7114B 1290 Infinity II Variable Wavelength Detector

G7115A 1260 Infinity II Diode Array Detector WR

G7117A 1290 Infinity II Diode Array Detector FS

G7117B 1290 Infinity II Diode Array Detector

G7117C 1260 Infinity II Diode Array Detector HS

G7121A 1260 Infinity II Fluorescence Detector

G7121B 1260 Infinity II Fluorescence Detector Spectra

G7162A 1260 Infinity II Refractive Index Detector

G7162B 1290 Infinity II Refractive Index Detector


Product Number




G7165A 1260 Infinity II Multiple Wavelength Detector

Evaporative Light Scattering Detector

G4260A 380-ELSD

G4261A 385-ELSD

G4260B 1260 Infinity II Evaporative Light Scattering Detector

G4261B 1290 Infinity Evaporative Light Scattering Detector

G7102A 1290 Infinity II Evaporative Light Scattering Detector

Table 35 Agilent LC – Valve Solutions

Product Number


G1156A 1200 Series 6 Position / 7 Port Valve (400 bar)

G1157A 1200 Series 2 Position / 10 Port Valve

G1158A 1200 Series 2 Position / 6 Port Valve

G1158B 1200 Series 2 Position / 6 Port Valve (600bar)

G1159A 1200 Series 6 Position Selection Valve

G1160A 1200 Series 12 Position/13 Port Valve

G1162A 1200 Series 2 Position/ 6 Port Micro Valve

G1163A 1200 Series 2 Position/ 10 Port Micro Valve

G1170A 1290 Infinity Valve Drive host required. For details see latest LC driver release note.

G1390A 1100 UIB not supported as part of fraction collector

G1390B UIB II

G4227A 1290 Infinity Flexible Cube


Product Number




G4231A 5067-4282 2pos/6port Valve head 800 bar Includes backward compatibility to the former 600 bar valves. For more detail on required driver ver-sions see customer letter (Part No. 01200-90134).

G4232C 5067-4283 2pos/10port Valve head 800 bar

G4234A 5067-4284 6pos/14port, 6-column selector Valve head 800 bar

G4237A 5067-4279 4pos/10port, 4-column selector Valve head 800 bar

G4240A 1200 Chip Cube Source not supported

G7170B 1290 Infinity II MS Flow Modulator LC/MSD can be used as an analytical detec-tor as part of Purifica-tion Workflow

G9322A 1260 Infinity II Clustering Valve (solvent selection)

Table 36 Fraction Collectors

Product Number


G1364A 1100 Series Automatic Fraction Collector

G1364B 1260 Infinity Fraction Collector (preparative-scale)

G1364C 1260 Infinity Fraction Collector (analytical-scale)

G1364D 1200 Micro Fraction Collector

G1364E 1260 Infinity II Preparative Fraction Collector

G1364F 1260 Infinity II Analytical Fraction Collector

G5664A 1260 Infinity Bio-inert Fraction Collector AS

G5664B 1260 Infinity II Bio-inert Fraction Collector

G7159B 1290 Infinity II Preparative Open-Bed Fraction Collector

G7166A 1260 Infinity II Preparative Valve-Based Fraction Collector

Clustering Up to 3×G1364x, or 1×G5664A + 1×G1364; or 1×G5664A for recovery;

supported

Mass Based Fraction Collection is not supported.

Table 35 Agilent LC – Valve Solutions

Product Number




Table 37 Agilent LC Systems

Product Number Module Name

G4286A 1120 Compact LC, Isocratic

G4286B 1220 Infinity II Isocratic LC System

G4286C 1220 Infinity LC System VL

G4287A 1120 Compact LC, Isocratic with Oven and ALS

G4287B 1220 Infinity LC Isocratic LC System


G4288A 1220 Infinity II Gradient LC System

G4288B 1220 Infinity II Gradient LC System

G4288C 1220 Infinity II Gradient LC System VL

G4289A 1120 Compact LC, Gradient with Oven

G4289B 1220 Infinity LC Gradient System


G4290A 1120 Compact LC, Gradient with oven and ALS



G4291B 1220 Infinity LC System






G4294B 1220 Infinity II Gradient DAD LC System



Agilent LC/MS


Always use the most recent Firmware installation package that comes with the driver package.

Agilent LC/MS Single Quad 6100 Series

The following Agilent LC/MS instruments can be controlled with OpenLab CDS.

Product Number

Description Compatibility Statement

61xxA LC/MS family not supported

G6160A InfinityLab LC/MSD iQ supported

61xxB LC/MS family require smart card 4 update61x0B to 61x0C via upgrade kit (G2735N)61x5B to 61x5C via upgrade kit (G4934C)

G6150B MS Module not supported

G6120CG6125CG6130CG6135C

MS ModuleLC/MSDMS ModuleLC/MSD XT

supported, ESI or AJS source required for tuning

G1947BG1971B

APCIAPPI (Photo Ionization)

G1948B ESI

G1958B Agilent Jet Stream for Single Quad

G1978B Multimode Source

G1951A Analog Output Accessory not supported

G4240 Chip Cube Source not supported


3 Supported InstrumentsAgilent CE Instrument Support

Agilent CE Instrument Support

Capillary Electrophoresis (CE) instruments are not supported to be controlled by OpenLab CDS version 2.5.


3 Supported InstrumentsAgilent GC and GC/MS Instrument Support

Agilent GC and GC/MS Instrument Support

Supported GC Systems

Agilent GC Firmware Interoperability and Support Statements

Agilent releases GC firmware updates independently of software releases. All Agilent GC instrument driver revisions have been designed to be backward compatible to the installed instrument base. Agilent recommends always using the latest module firmware revision to provide the highest level of system capability.

Upgrading firmware is not required in all cases. A firmware upgrade should be done if you face problems or want to add system capability to your GC. Refer to latest Hardware Service Notes for latest firmware available.

Supported GC Systems

Product Number Description Compatibility Statement

G3950AG3952AG3953A

Intuvo 9000 GC system 7683 ALS family not supported

G3540AG3542AG3543AG3545A

8890 Series GC System

G2970A 8860 Series GC System

G3440AG3442AG3443AG3445A

7890A

G3440BG3442BG3443BG3445B

7890B

G4350AG4350B

7820A Backflush not supported with 7820supported with VL



Supported Autosamplers

G1530NG1540N

6890N

G1530AG1540A

6890A6890Plus

Non-EPC inlets and detectors are not supported

G2629A 6850 Handheld Controller not supported

G2630AG2630B

6850

G3581AG3582A

490 Micro GC490 Micro GC Analyzer

New 4.02 mainboard required (blue power LED or internal USB connec-tor)

G3588A 990 Micro GC System

Table 38 7693 GC Autosampler

Product Number Description

G3420A GC ALS Controller

G4513A Injector

G4514A Tray

G4515A BCR/Mixer

G4516A External Controller for 68xx

G4517A 6890 Plus Card Upgrade

G4520A Tray with BCR/Mixer

G4521A LVI Syringe Carriage

G4522A Cooling Accessory

Product Number Description Compatibility Statement



Table 39 7683A GC Autosampler


G2613A 7683A Injector

G2614A Tray

G2615A BCR/Mixer

Table 40 7683B GC Autosampler


G2614A Tray

G2615A BCR/Mixer

G2912A 7683B ALS Controller for 6890

G2913A 7683B Injector

G4516A ALS Controller Board for 6890 Plus GC

Table 41 7650 and G2880A GC Autosamplers


G4567A 7650A ALS Injector

G2880A Injector

Table 42 Agilent Headspace Autosampler

Product Number

Description Support Statement

G4556AG4557A

7697A Headspace 12 vial heating

G1888A G1888 Headspace 12 vial heating



Table 43 Agilent CTC and PAL-xt CTC Sampler with Agilent GC

Product Number

Description Support Statement

G6500-CTC CTC Combi-Pal for Liquid and Head-space Injection

requires new motherboard with FW 4.1.5. or higher or G6500-60605 XT Upgrade for COMBI PAL Systems

G6501-CTC CTC Combi-Pal for Liquid Injection

G6509-CTC CTC Combi-Pal for Liquid Injection requires new motherboard with FW 4.1.5. or higher or G6500-60605 XT Upgrade for COMBI PAL SystemsG6502-CTC CTC GC-Pal for Liquid Injection

G6501B Agilent GC Sampler 80 for Liquid Injection

new motherboard required with FW 4.1.5 or higher

G6502B Agilent GC Injector 80 for Liquid Injection

G6509B Agilent GC Sampler 120 for Liquid Injection

Table 44 Agilent CTC PAL-3 Autosampler with Agilent GC

Product Number

Description

G7366A PAL3 LSI 85 Autosampler

G7367A PAL3 RSI 85 Autosampler

G7368A PAL3 RSI 120 Autosampler

G7370A PAL3 RTC 120 Autosampler



Agilent GC/MS


Always use the most recent MS Firmware installation package that comes with the driver package.

The supported GC/MS firmware is available after installation of OpenLab CDS in Program Files (x86)> Agilent Technologies> OpenLab Acquisition> GCMS> Firmware. Open the appropriate MS folder (5977 or 5975) and run msupdate.exe to upgrade the MS firmware.

Agilent GC/MS Single Quad Series

The following GC/MS Models can be controlled with OpenLab CDS.

Model num-ber / series

Description Note

5973 GC/MS family not supported

5975A5975B5975C5975E5977A5977E

MS System CI added with GC/MS Driver A.01.02

5975T Integrated GC/MS not supported

5977B MS System CI added with GC/MS Driver A.01.02

7890A7890B78206890N6850

GC System GC's supported as part of GC/MS system - see “Supported GC Systems” on page 67 for details

76937683B7650

GC ALS Samplers supported as part of GC/MS system - see "Supported Autosamplers" (starting with Table 38 on page 68) for details

PAL-XTPAL-3

CTC

G7697AG1888

Headspace


3 Supported InstrumentsOther supported Agilent Instruments

Other supported Agilent Instruments

Other Agilent instruments or modules that you can connect with the latest revision of OpenLab CDS:

Table 45 Other Agilent modules

Product number

Description

35900E35900E (Series II)

35900 A/D Interface

SS420x A/D Interface

7667A Mini Thermal Desorber


3 Supported InstrumentsNon-Agilent Instruments

Non-Agilent Instruments

The following table list the compatibility statements for non-Agilent instruments with OpenLab CDS rev.2.5.

NOTE Always download the most recent instrument drivers available from https://agilent.subscribenet.com to control Non-Agilent instruments.

Table 46 Support Statement for non-Agilent instrument drivers with OpenLab CDS rev. 2.5

Agilent Part Number

Vendor Driver Type

Instrument Name Support Status

M8505BA Waters LC Waters ACQUITY UPLC,ACQUITY UPLC I-Class,ACQUITY UPLC H-Class,ACQUITY UPLC H-Class Bio,ACQUITY ARC,ACQUITY CHC,ACQUITY CM-AUX,Waters 2998 PDA,Waters 2489 UV,

supported

M8505BA Waters LC Waters 2414 RID coming soon 1

M8505BA Waters LC Waters Alliance 2690,Waters Alliance 2695,e-Alliance e2695,Waters 996 PDA,Waters 2996 PDA,Alliance 2998 PDA,Waters 2487 UV,Alliance 2489 UV,Waters 2414 RID

supported

M8237BA Scion / Bruker/ Varian GC 436/450/456 GCCP-3800, CP-3900/430, and associated Auto-samplers

supported

M8227BA Hitachi LC Chromaster, LaChrom Elite supported

M8227AA Hitachi LC ChromasterUltra Rs supported for OpenLab CDS revision 2.3 / 2.4not supported for OpenLab CDS ref. 2.5 1



n/a Hitachi LC Primaide not supported

M8224BA Valco Instruments (VICI)

Valve Standard Electric Actuator with SVI option (multiposition)Micro-electric actuator (two-position and multi-position)Universal actuator (two-position and multi-position)

supported

M8240BA Shimadzu LC LC-20 (Prominence),LC-30 (Nexera),LC-2030 (Prominence-i),LC-2030C, LC-2030C 3DLC-2040 (Nexera-i),LC-2040C, LC-2040C 3DSPD-M20A/SPD-M30A

supported for OpenLab CDS revision 2.3 / 2.4not supported for OpenLab CDS ref. 2.5 1

M8232BA Shimadzu GC GC 2010,GC 2010 PlusGC 2014,GC 2014CNexis GC 2030HS-10, HS-20

coming soon 1

M8242BA PerkinElmer GC Clarus GC 400, 480, 500, 580, 590, 600, 680, 690TurboMatrix HeadSpace

supported

M8229BA PerkinElmer LC Flexar LC supported

M8236BA Thermo Fisher LC Accela, Surveyor (plus) supported

M8244BA Thermo Fisher SII GC Thermo Scientific - TRACE GC UltraThermo Scientific - FOCUS GCThermo Scientific - GC Samplers

supported2

LC Thermo Scientific - TRACE 1300 SeriesThermo Scientific - VanquishThermo Scientific - AI/AS3000Thermo Scientific - AI/AS1310Thermo Scientific - TriPlus RSHThermo Scientific - TriPlus 100 LSThermo Scientific - TriPlus 500 HSDionex - UltiMate 3000

IC Dionex - ICS-5000/5000+


Agilent Part Number

Vendor Driver Type




M8223BA CTC LC PAL 3 supported

n/a Metrohm IC Metrohm ICIC Professional IC Vario,Compact IC Flex,Professional Sample Processor,IC Sample Center,Professional UV/Vis Detector Vario,Professional Detector Vario,Dosino,Eluent Production Module,Extension Module Vario,n/aIC Amperometric,IC Conductivity Detector,Remote Box MSB

distribution by Metrohm

n/a Antec ECD LC LC DECADE Elite,DECADE Lite

distribution by Antec Sci-entific (www.antecscien-tific.com)

n/a Sedere LC ELSD Sedex 80LT,Sedex 85LT,Sedex 90LT,Sedex FP,Sedex LC,Sedex 100LT

distribution by Sedere

1 See Note below how to check status

2 For more information see "List of supported Instruments - SII for OpenLab CDS 1.0.pdf" provided by Thermo Fisher Scientific


Agilent Part Number

Vendor Driver Type


NOTE The support matrix for non-Agilent drivers is subject to frequent changes.

For a current list of supported versions check https://www.agilent.com/en/products/software-informatics/chromatography-data-systems/openlab-cds, or refer to the OpenLab CDS 2.5_Non_Agilent Compatibility Matrix.docx available from SubscribeNet https://agilent.subscribenet.com.


3 Supported InstrumentsAgilent VL WorkStation and VL WorkStation Plus Instruments

Agilent VL WorkStation and VL WorkStation Plus Instruments

The following subset of the Agilent instrument hardware is compatible with the OpenLab CDS VL Workstation and OpenLab CDS VL Workstation Plus.

NOTE VL WorkStation and VL Workstation Plus require LC driver version A.03.00 or higher.

Table 47 1260 Infinity LC series

Product number Module Name

G1310B 1260 Infinity Isocratic Pump

G1311B 1260 Infinity Quaternary Pump

G1311C 1260 Infinity Quaternary Pump VL

G1329B 1260 Infinity Standard Autosampler

G1316A 1260 Infinity Thermostatted Column Compartment

G1315C 1260 Infinity Diode Array Detector VL+

G1315D 1260 Infinity Diode Array Detector VL

G4212B 1260 Infinity Diode Array Detector

G1365C 1260 Infinity Multiple Wavelength Detector

G1365D 1260 Infinity Multiple Wavelength Detector VL

G1314B 1260 infinity Variable Wavelength Detector VL

G1314C 1260 Infinity Variable Wavelength Detector VL+

G1314F 1260 Infinity Variable Wavelength Detector

G1321B 1260 Infinity Fluorescence Detector Spectra

G1321C 1260 Infinity Fluorescence Detector

G1362A 1260 Infinity Refractive Index Detector

G1390B 1200 Infinity Series Universal Interface Box II



Table 48 1260 Infinity II LC series

Product number Module Name

G7111A/B 1260 Infinity II Quat. Pump

G7110B 1260 Infinity II Isocratic Pump

G7116A 1260 Infinity II Multicolumn Thermostat

G7117C 1260 Infinity II Diode Array Detector HS

G7129A 1260 Infinity II Vialsampler

G7115A 1260 Infinity II Diode Array Detector WR

G7165A 1260 Infinity II Multiple Wavelength Detector

G7114A 1260 Infinity II Variable Wavelength Detector

G7162A 1260 Infinity II Refractive Index Detector

G7121A 1260 Infinity II Fluorescence Detector

G7121B 1260 Infinity II Fluorescence Detector Spectra



G4286A 1120 Compact LC, Isocratic

G4286B 1220 Infinity II Isocratic LC System


G4287A 1120 Compact LC, Isocratic with Oven and ALS

G4287B 1220 Infinity LC Isocratic LC System


G4288A 1220 Infinity II Gradient LC System



G4289A 1120 Compact LC, Gradient with Oven

G4289B 1220 Infinity LC Gradient System


G4290A 1120 Compact LC, Gradient with oven and ALS











G4294B 1220 Infinity II Gradient DAD LC System

Table 50 GC systems for VL

G4350A 7820 GC System

G3581A Micro-GC




4 Software Compatibility

Agilent Software 80Compatible Libraries and Databases 82

This chapter contains information on compatibility with other Agilent or non-Agilent software.


4 Software CompatibilityAgilent Software

Agilent Software

Supported Content Management configurations

OpenLab ELN and SLIMS are not supported with OpenLab CDS 2.5.

Combining different Agilent Chromatography Data Systems

Environments combining OpenLab CDS with other Agilent CDS products as listed below are supported with the following storage backends:1 OpenLab Server or OpenLab ECM XT

Mixed configurations are supported when OpenLab CDS and the CDS product can both connect to the same OpenLab Server/Shared Services version. See Agilent white-paper Mixed Environment Support in OpenLab CDS for details on the Mixed Environment design.

2 OpenLab ECM with OpenLab Shared Services ServerOpenLab CDS can be configured with OpenLab ECM to operate in an environment containing different Data Systems. OpenLab ChemStation or OpenLab EZChrom may be connected via a separate Shared Services server. Standalone deployment of OpenLab Shared Services Server without a content management solution (aka Distributed Workstations) with OpenLab CDS is not supported.For more details, please refer to the Configuring OpenLab CDS with OpenLab ECM guide (CDS_configure-with-ECM.pdf).

Content Management OpenLab Shared Services Supported versions

OpenLab Server Included with OpenLab CDS all 2.5 configurations

OpenLab ECM XT Included with OpenLab ECM XT all 2.5 configurations

OpenLab ECM OpenLab Shared Services Server 3.5 Update 6 or greater3.6 (all)

OpenLab Shared Services Server

3.4Only in conjunction with OpenLab CDS with OpenLab ECM 3.x. Independent Shared Services Server is not supported with any workstation configuration.


4 Software CompatibilityAgilent Software

Other Agilent Software

The following Agilent Add-on Software is supported to be co-resident with OpenLab CDS components.For versions higher than the ones listed here, check the respective product information.• LabAdvisor for LC• Instrument Utilities for GC• ACE• Remote Advisor• Sample Scheduler for OpenLab CDS• Match Compare• GPC for OpenLab CDS• ADFExport for OpenLab CDS, Rev. 1.2• Smart Alerts• eMethod software, Rev. 1.0• MassHunter WalkUp, Rev. 4.1


4 Software CompatibilityCompatible Libraries and Databases

Compatible Libraries and Databases

The following libraries and databases are compatible with version 2.5 of OpenLab CDS:

NIST MS Search/ NIST LibrarySupported revisions:• 2.3 / NIST17

This library ships with NIST MS Search• 2.3 / NIST17Demo

Available from NIST.gov website

Wiley/NIST Combined MS LibrarySupported revisions:• W11N17

Other libraries

Any library in the appropriate NIST format can be opened in NIST MS Search, and a basic search, e.g. name search, can be run against it.

www.agilent.comAgilent Technologies Inc. 2015-2020

Published in Germany 03/2020

Part No: M8420-90020 Rev. BDocument No: D0002356

In This Book

This document details the minimum hardware, software and network requirements that need to met to run an Agilent OpenLab CDS Client/Server system, and lists supported instruments.

Documents

Requirements and Supported Instruments for Client/Server ... of CDS... · understood and met. WARNING A WARNING notice denotes a hazard. It calls attention to an operating procedure,