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Home Networking Servers & Storage HPE Apollo 2000 Gen10 Server Node Blank Kit HPE Accessory

HPE Apollo 2000 Gen10 Server Node Blank Kit HPE Accessory

Brand:
HPE

HPE Apollo 2000 Gen10 Server Node Blank Kit designed for non-populated server node positions in compatible Apollo 2000 Gen10 chassis configurations.

OVERVIEW

  • HPE 874309-B21 is an Apollo 2000 Gen10 Server Node Blank Kit intended for compatible HPE Apollo 2000 Gen10 chassis configurations with non-populated server node positions. Its primary role is to close unused node slots and support the chassis airflow design, with HPE specifying it as required for non-populated slots to help prevent thermal-related issues. Unlike the 874308-B21 redundant fan module kit, this component addresses unpopulated node positions rather than fan redundancy. It is relevant to data centers, enterprise infrastructure, HPC and technical computing environments where Apollo chassis are deployed incrementally. For procurement teams, it provides a straightforward chassis-level accessory for maintaining the intended thermal configuration as node capacity is expanded over the infrastructure lifecycle.

USE CASES

  • Maintaining airflow in partially populated HPE Apollo 2000 Gen10 chassis
  • Supporting thermal management when server node positions remain unused
  • Phased deployment of Apollo 2000 Gen10 server infrastructure
  • Data center environments with incremental node expansion
  • HPC infrastructure with temporarily unpopulated chassis positions
  • Enterprise server consolidation projects
  • Spare-parts inventory for Apollo 2000 Gen10 chassis maintenance
  • Infrastructure refresh projects retaining existing Apollo Gen10 chassis
  • Chassis configuration management during server expansion
  • Operational maintenance of compatible Apollo 2000 Gen10 deployments

KEY FEATURES

  • Designed for HPE Apollo 2000 Gen10 chassis configurations
  • Provides a blank for non-populated server node positions
  • Specified by HPE as a cooling option
  • Required for non-populated slots according to HPE documentation
  • Helps maintain the intended chassis airflow configuration
  • Supports thermal management of partially populated chassis
  • Useful for phased server-node deployments
  • Supports infrastructure expansion without leaving node positions open
  • Suitable for enterprise and technical computing environments
  • Complements HPE Apollo 2000 Gen10 chassis cooling architecture
  • Different from the 874308-B21 redundant fan module, which addresses fan redundancy
  • Useful as a lifecycle and maintenance accessory
  • Supports consistent chassis configuration during node expansion
  • Helps organizations manage partially populated server infrastructure

TECHNICAL SPECIFICATIONS

  • Brand: HPE
  • Part Number: 874309-B21
  • Product Name: HPE Apollo 2000 Gen10 Server Node Blank Kit
  • Product Type: Computer Accessory Kit
  • Product Category: Server Node Blank Kit
  • Product Family: HPE Apollo 2000 Gen10
  • Compatible Chassis: HPE Apollo 2000 Gen10 Chassis
  • Functional Category: Cooling Option
  • Primary Function: Blank for non-populated server node slots
  • Application: Chassis airflow and thermal management
  • Slot Condition: Non-populated server node positions
  • Installation Context: HPE Apollo 2000 Gen10 chassis
  • Enterprise Use: Data center and technical computing infrastructure
  • HPE Configuration Role: Cooling option

WHY CHOOSE THIS PRODUCT?

  • Organizations choose HPE 874309-B21 when an Apollo 2000 Gen10 chassis has unpopulated server node positions and the intended airflow configuration needs to be maintained. Its main procurement advantage is its specific chassis role: it is the node blank intended for unused positions, while the related 874308-B21 is the separate redundant fan module option. This makes 874309-B21 useful for phased deployments, spare inventory and lifecycle management where additional nodes may be installed later. Because HPE explicitly identifies it for Apollo 2000 Gen10 chassis cooling configuration, buyers should verify the exact chassis and node configuration before ordering.

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