Schneider Electric PWRSRV710, PWRSRV750 setup guide 10.10.10.10

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Appendix C—Using a Crossover Cable to Configure the Power Server

63230-216-207/A3

 

9/2002

 

 

12.Call the Power Server. Enter the IP address in NetMeeting and click the “Place a Call” button. For this initial configuration, use IP address:

10.10.10.10

30703057

The Remote Desktop Sharing dialog displays.

30703018

13.For User, enter: PowerServerAdmin

For Password (case-sensitive), enter: Pwr_Srv Leave domain blank.

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© 2002 Schneider Electric All Rights Reserved

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Contents Instruction Bulletin 63230-216-207/A3 9/2002Please Note Class a FCC Statement Contents Power Server InstallationAppendix H-DATABASE Backup IndexIntroduction OverviewPower Server used as a standalone system monitoring device Safety Precautions Hazard of Electric SHOCK, BURN, or ExplosionSafety Precautions 63230-216-207/A3 2002 Dimensions InstallationMounting Proper orientation of Power Server and power supply Power Supply PS080 mounting Installation 63230-216-207/A3 Mounting 2002 Connections Summary ConnectionsConnections description Fusing Control PowerGrounding Power Server grounding to local equipment RS-232 Serial Ports COM 1 and COM 2 portsDefault Values for RS-485 Ports 2shows the default values for each of the RS-485 portsRS-485 Ports Connecting 4-WIRE Devices AS 2-WIRE Instruction bulletin for the last device on the daisy chainCommunications Wiring Daisy Chain Maximum Distances 4-WireDaisy Chain Maximum Distances 2-Wire Baud Rate Baud Rate Maximum Distances DevicesConnections 63230-216-207/A3 Communications Wiring 2002 Setup Summary of Setup StepsUsing a Null Modem Serial Cable to Configure You perform these main tasks30703013 Power Server Setup-HyperTerminal Options Option DescriptionConnecting to the Power Server with Netmeeting Power Sever remote or local connections for setupStarting NetMeeting Communications Netmeeting Windows 2000 path30703018 Use NetMeeting to access the Power Server Configuring the Power ServerPower Server splash screen displays Power Server Desktop Setting the Date/Time and Time Zone Hazard of System Malfunction Failure to do so will result in communication errors Configuring Your Powerlogic SystemCommunication connection for COM 3 or COM 4 ports Setup 63230-216-207/A3 Configuring the Power Server 2002 Table A-1 Power Server Specifications Appendix A-SPECIFICATIONSTable A-2 PS080 Specifications Appendix A-Specifications 63230-216-207/A3 2002 Appendix B-CHANGING Your Password Appendix B-Changing Your Password 63230-216-207/A3 2002 Ethernet UTP port Schneider Electric All Rights Reserved Assigned IP Address Place a Call button 10.10.10.10 Table C-1 Power Server Setup-HyperTerminal Options Schneider Electric All Rights Reserved Appendix D-INTEGRATING the Power Server Into SMS Schneider Electric All Rights Reserved About the Software Warranty Appendix E-UPLOADING and Deleting Files on the Power ServerUploading Files to the Power Server Schneider Electric All Rights Reserved 2002 Uploading Files to the Power Server To display the Power Deleting Files on the Power Server Schneider Electric All Rights Reserved 63230-216-207/A3 Schneider Electric All Rights Reserved 63230-216-207/A3 Power Server icon 63230-216-207/A3 Schneider Electric All Rights Reserved Appendix G-POWERLOGIC System Display SD700 Installation Installation and OperationSafety Precautions Product DescriptionCare and Cleaning Calibrating the Touch ScreenSpecifications Schneider Electric All Rights Reserved Appendix H-DATABASE Backup Backing UP the Database on the Power ServerChecking the Database Backup Status Backing UP the Power Server Database Onto a Separate PC Restoring the Database on the Power Server INDEXNumerics Index 63230-216-207/A3 2002 Page Powerlogic Power Server Setup Guide

PWRSRV750, PWRSRV710 specifications

Schneider Electric has long been a bastion of innovation in the power management and automation sectors, and the PWRSRV750 and PWRSRV710 models further exemplify this commitment. These power supply units (PSUs) cater to the growing demand for reliable energy solutions in enterprise environments, data centers, and critical application sites.

The PWRSRV750 and PWRSRV710 deliver a robust performance through their advanced design and engineering. Both models boast an impressive efficiency rating, achieving up to 94% in power conversion. This high efficiency not only contributes to energy savings but also reduces heat generation, consequently enhancing system reliability and longevity.

One of the key features of these units is their modular design. This modularity streamlines maintenance and upgrades, allowing users to easily replace or expand the power capacity as their needs evolve. This is particularly beneficial in environments that experience fluctuating power demands. The units can be configured for redundancy, ensuring that power is maintained even in the event of a module failure, which minimizes downtime and maximizes system availability.

The PWRSRV750 and PWRSRV710 are equipped with cutting-edge communication technologies, including SNMP and Modbus interfaces. This allows for seamless integration into existing network management systems, facilitating real-time monitoring, management, and diagnostics of the power supply units. Through user-friendly interfaces, administrators can access comprehensive data about energy consumption and performance metrics, empowering them to make informed decisions to optimize energy usage.

In terms of design, these units are engineered with a compact form factor, making them suitable for environments where space is at a premium. Additionally, they encompass robust build quality and advanced cooling solutions to ensure optimal thermal performance even under heavy loads.

Another significant characteristic of the PWRSRV750 and PWRSRV710 is their adherence to global safety and environmental standards. Compliant with CE, UL, and RoHS regulations, these power supplies not only ensure safe operation but also contribute to sustainability efforts by minimizing their environmental impact.

Ultimately, Schneider Electric's PWRSRV750 and PWRSRV710 models represent the pinnacle of power supply technology, combining efficiency, reliability, and advanced features to meet the demands of modern electrical infrastructure. With these units, businesses can create a more sustainable and resilient energy ecosystem.