HP BL p-Class System 230859-004 manual DC power cord for server blade

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Table 1: Diagnostic Station Kit Contents continued

Item

Description

4

DC power cord (for server blade)1

 

 

5

DC power cord (for interconnect switch)

 

 

6

AC power cord 2

 

 

7

Network cable with RJ-45 connectors

 

 

Not shown

Documentation CD-ROM

 

 

Not shown

This installation guide

1For information about connecting the diagnostic station to an interconnect switch using this DC power cord, refer to the documentation that ships with the interconnect switch.

2The AC power cords included with this kit each have a different outlet plug configuration. Be sure to select the proper cord for the electrical service in your facility.

Warnings and Cautions

WARNING: To reduce the risk of shock or injury from high-current electrical energy, do not remove the server blade access panel while the server blade is connected to the diagnostic station.

Powering the server blade with the access cover removed is a service operation and must only be performed by trained service personnel.

WARNING: To reduce the risk of shock or injury from high-current electrical energy, do not disable the power cord grounding pin. The grounding pin is an important safety feature.

Plug the power cord into a grounded (earthed) electrical outlet that is easily accessible at all times.

CAUTION: Remove all power from the diagnostic station before connecting to the server blade. Disconnect all power cords to completely remove power from the diagnostic station.

HP ProLiant BL p-Class System Diagnostic Station User Guide

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Contents HP ProLiant BL p-Class System Diagnostic Station User Guide Page Contents Bsmi Notice Abstract Diagnostic Station Kit Contents DC power cord for server blade Local I/O cable with large view of the I/O icon Connector Name Connector Description Identifying Diagnostic and Local I/O Cable ConnectorsConnection to the server Overview Installing the Diagnostic Cable or the Local I/O CableUse and to identify diagnostic station components Diagnostic Station ComponentsAccessing the cable storage area Accessing the Cable Storage AreaClient PC Requirements Server BladePreparing the Server Blade for Connection Cabling the Diagnostic Station to a Server BladeUsing the Direct Cabling Method with a Client PC Threading the DC power cord through Vhdm converter HP ProLiant BL p-Class System Diagnostic Station User Guide Connecting the data transfer cable HP ProLiant BL p-Class System Diagnostic Station User Guide HP ProLiant BL p-Class System Diagnostic Station User Guide HP ProLiant BL p-Class System Diagnostic Station User Guide Connecting the AC power cord Using the Direct Cabling Method with USB Devices HP ProLiant BL p-Class System Diagnostic Station User Guide Using the Network Cabling Method HP ProLiant BL p-Class System Diagnostic Station User Guide Connecting a network cable to the client PC and the hub Completed network cabling method Powering Up the Server BladeDirect Cabling Method ILO Guidelines for Accessing the Server BladeConnection Information and Browser Compatibility Network Cabling MethodFederal Communications Commission Notice Regulatory Compliance Identification NumbersAvis Canadien ModificationsCables Canadian NoticeJapanese Notice Korean Notice Bsmi Notice

BL p-Class System 230859-004 specifications

The HP BL p-Class System 230859-004 is a powerful blade server designed to meet the demanding needs of enterprise IT environments. As part of HP's renowned BladeSystem line, this system is engineered for flexibility, scalability, and manageability in a compact form factor, allowing organizations to maximize their data center's efficiency.

One of the standout features of the HP BL p-Class System is its modular architecture. The system allows for multiple blade servers to be housed within a single enclosure, which saves valuable space and reduces power consumption. The 230859-004 model supports various blade types, offering the ability to mix and match different servers and configurations based on specific workload requirements.

In terms of processing power, the system is equipped with high-performance Intel Xeon processors. These processors provide significant computational power, enabling the execution of demanding applications while ensuring reliable performance. This capability is essential for organizations that require efficient handling of heavy workloads, such as virtualization and data analytics.

Memory expansion is another noteworthy characteristic of the HP BL p-Class System. The system supports a substantial amount of RAM, allowing for increased multitasking and enhanced application performance. This memory scalability is critical for maintaining responsiveness in enterprise applications while also facilitating the running of virtual machines.

HP's innovative technologies also elevate the capabilities of the BL p-Class System 230859-004. The system integrates HP Insight Management tools, which simplify the monitoring and management of the blade servers. This management suite helps IT administrators streamline their operations, reduce downtime, and ensure that systems are running optimally.

Moreover, the blade system leverages HP's Virtual Connect technology, which provides flexible networking options. This technology allows for easy connection and management of network resources, enabling organizations to quickly adapt to changing business needs without extensive reconfiguration.

The HP BL p-Class System 230859-004 is also designed with advanced cooling solutions. The blade enclosure is built to optimize airflow and maintain optimal thermal conditions, which is vital for longevity and reliability in high-density environments.

Overall, the HP BL p-Class System 230859-004 is a robust solution that combines powerful processing capabilities, memory scalability, and innovative management technologies. Its design emphasizes efficiency and adaptability, making it a suitable choice for organizations looking to enhance their data center infrastructure. With these features, the system stands out as a valuable asset for meeting the evolving demands of enterprise computing.
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