ATTO Technology 2100R, 2200R/D, 3200R manual Internal Power Distribution, Power Module

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ATTO Technology, Inc.

ATTO FibreBridge Installation & Operation Manual

Internal Power Distribution

The ATTO FC Rack System provides a redundant power scheme with two "hot swappable" Power Supply Modules. Each Power Supply Module feeds 12V to the backplane. From there, the power is distributed to the bridge modules and the fans.

A failure of one power supply will not affect the functionality of the bridge modules or the cooling system since the second supply is still supplying power to the backplane. In a redundant power supply installation, one supply can be removed and replaced without affecting the rest of the system in any way.

The Product Module is responsible for detecting power supply failures, voltage regulation, and failover. NOTE: Power Modules will load balance when there are two present in the ATTO FC Rack System

Power Module

The Power Module is a hot swappable unit that contains enough power to supply two ATTO Product Modules and four cooling fans. It is designed to slide into the ATTO FC Rack System enclosure, in either of the two bays, on the end of the rack enclosure that is closer to the backplane. This is the end that is farthest away from the cooling vents in the sides of the rack enclosure (see figures 3-1, 3-3 and 3-4).

Figure 3.5 Rack System Power Module

The Power Module supplies power to the ATTO Product Modules. In addition it powers the fans for cooling. The Power Module contains a power supply with the following specifications.

Input voltage: 110/230V AC, with an operating input range of 90-132V AC or 175-264V ac, 47- 63Hz, single phase. The AC input range selection is automatic. No manual jumper or switch over is required.

Output voltage: +12 Volts @ 5 Amps (60 watts) continuous, 5.8 amps (70 watts) peak.

ATTO Technology, Inc.

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Contents Atto Technology, Inc Atto FibreBridge Atto Technology, Inc Atto Fibrebridge Benefits and Features Updating the Firmware Within the Fibrebridge Atto Technology, Inc Introduction FibreBridge Product Module DescriptionFC Rack System Product Description Fibre Channel Technology ReferencesAtto FibreBridge Benefits and Features Fibre Channel Switch SupportAtto FibreChain Feature FibreBridge Feature ComparisonAtto FC Rack Enclosure and Power Modules Physical DimensionsMounting Environmental Cooling AirflowCooling Fans Internal Power Distribution Power ModuleLED Indicator IEC Power Receptacle and SwitchInstallation and Removal Atto FC Rack System Installation Considerations Power Requirements Atto FibreBridge Product Module IntegrationAtto FibreBridge Power Connector Fibre Channel Ports Scsi PortsLED Indicators FibreChain Ports 2100 model onlyAtto FibreChain Port LEDs 2100R model only Ethernet Port Serial PortFibreBridge 2200R/D FibreBridge2200R/D Front View2200R/D Side view with hole dimensions Power Supply Cooling and AirflowFibre Channel Port ScsiLED Indicators on FibreBridge 2200R/D Quick Installation Instructions Cabling a FibreBridgeScsi Cabling Typical Scsi Cables Scsi TerminationConnector Connector Laser TypeFibre Channel Cabling Cable LengthGbic Installation Instructions Gbic Module and Gbic Guide SystemGbic Removal Instructions Media Interface Adapters MIAPin # Name MIA DB9 Connector MIA InstallationFibreBridge Services Atto BridgeTools Graphical Interface Configuration ProgramAccessing the Atto FibreBridge over the RS-232 interface Monitoring and Managing the Atto FibreBridgeAccessing the Atto FibreBridge over the Ethernet Port Setting up the IP Address using the RS-232 portAccessing through FTP Atto Technology, Inc Serverless Backup Support What is Serverless Backup?General Operation of Serverless Backup Enabling Serverless Backup on the FibreBridgeTarget Descriptors Segment DescriptorsUpdating the Firmware Within the FibreBridge Flashing the FibreBridgeAddressing Scsi Devices Identifying the FibreBridgeIdentifying the Scsi Devices Connected to the FibreBridge Default Address Translation Appendix a Fibre Channel to Scsi Address Mapping Addressing Devices Connected to the FibreBridgeFibre Channel Addressing Scsi Address ComponentsFibre Channel World Wide Name WWN Arbitrated Loop Port Address AlpaScsi Architecture Model SAM-2 Logical Unit Addressing BitBit Number Address Address Method Specific Definition Peripheral Device Addressing MethodFibreBridge Default Mode Virtual Device Addressing MethodLogical Unit Addressing Method SCSI-3 Command Changes for Hierarchical Addressing Support SCSI-3 Inquiry CommandFibre Channel to Scsi Address Mapping Address DescriptorsWhat to Expect When Setting Device IDs SCSI-3 Report LUNs CommandSetting the ID of the FibreBridge Addressing Connected Scsi DevicesAtto Technology, Inc Configuration for Consecutive IDs Scsi Device ID Translated LUN as it appears to the HostAtto Technology, Inc Appendix B Radio and Television Interference FCC StandardsCanadian Standards European StandardsFurther results of FCC Testing Maximum Height = 1.582 4.015 cm Maximum Height = 1.272 3.228 cm Figure C-3 Atto FibreBridge 3200R Connector Layout Appendix D Fibre Channel Resources Appendix E Fibre Channel Accessories Field Replacement Units FRUMIAs Cables/CopperCables/Optical Cables/FibreChainCables/SCSI Appendix F How to Contact Atto Technology, Inc