HP Standard Heatsink and Fan Assembly For HP Z6 Z8 G4 H72853-002 900197-001
In-store Pickup
Local Pickup in Dallas, TX Available
- Specifications
- Description
| Manufacturer Part Number | 72853-002 900197-001 |
| Manufacturer | HP |
| Condition | Refurbished |
| Standard Warranty | 90 Day Replacement Warranty |
| Item Category | Fans and Heatsinks |
| Model | |
| Form Factor | |
| Interface | |
| External Interfaces | |
| Storage Capacity | |
| Transfer Rate | |
| Network Management Type | |
| Processor Type | |
| Clock Speed | |
| Number of Cores | |
| Cache | |
| Socket Type | |
| TDP | |
| Compatible Port | |
| Number of Ports | |
| CPU Type | |
| HDD Form Factor | |
| HDD Interface | |
| HDD Rotation Speed | |
| HDD Storage Capacity | |
| HDD Transfer Rate | |
| Memory Bus Speed | |
| Memory Capacity Per Module | |
| Memory Features | |
| Memory Form Factor | |
| Memory Kit Brand | |
| Memory Kit Breakdown | |
| Memory Kit Speed | |
| Memory Kit Technology | |
| Memory Kit Total Capacity | |
| Memory Kit Voltage | |
| Memory Number of Modules | |
| Memory Number of Pins | |
| Memory Total Capacity | |
| Memory Type | |
| Network Ports | |
| Processor Model | |
| SSD Capacity | |
| SSD Interface | |
| SSD Storage Capacity | |
| SSD Transfer Rate | |
| SSD Type |
HP Standard Heatsink and Fan Assembly for HP Z6 Z8 G4
The HP Standard Heatsink and Fan Assembly (900197-001 / H72853-002) is an original cooling solution designed specifically for HP Z6 G4 and HP Z8 G4 workstations. This enterprise-grade cooling assembly is engineered to maintain optimal processor temperatures for high-performance workstation environments, supporting Intel Xeon processors with up to 205W Thermal Design Power (TDP).
Built for reliability and efficient airflow, this cooling module includes a precision-engineered aluminum heatsink and high-performance 80mm fan, ensuring effective heat dissipation during intensive workloads such as 3D rendering, engineering simulations, AI workloads, and professional content creation.
The assembly is commonly used for the primary processor (CPU0) in HP Z6 G4 and Z8 G4 systems and may also include the CPU tray/retainer bracket (H72853-002) to secure the processor properly within the socket during installation.
Key Features
-
Designed for HP Z6 G4 and HP Z8 G4 professional workstations
-
Supports Intel Xeon processors up to 205W TDP
-
Integrated heatsink and active cooling fan
-
Efficient airflow for stable workstation performance
-
Secure screw-down mounting design
-
Includes CPU tray/retainer bracket for proper installation
-
OEM HP workstation cooling component
Technical Specifications
-
Product Type: CPU Heatsink and Fan Assembly
-
HP Part Numbers: 900197-001, H72853-002
-
Supported Processor Socket: Intel Xeon LGA3647
-
Supported TDP: Up to 205 Watts
-
Fan Size: 80mm × 25mm
-
Connector: 5-pin fan connector
-
Mounting Type: Screw-down installation
-
Cooling Method: Active cooling (heatsink + fan)
Workstation Compatibility
This cooling assembly is specifically designed for the following HP Z-Series workstations:
-
HP Z6 G4 Workstation
-
HP Z8 G4 Workstation
These systems are commonly used for engineering, CAD design, scientific computing, machine learning, and advanced content creation, where efficient CPU cooling is essential for sustained performance.
Related Part Numbers
The following part numbers may reference the same or compatible HP cooling assembly:
-
900197-001
-
H72853-002
These part numbers are typically used across HP OEM replacements, spare parts, and workstation service components for the Z-series workstation platform.
Typical Applications
This HP workstation cooling assembly is ideal for:
-
Professional engineering workstations
-
3D modeling and rendering systems
-
Scientific and research computing
-
Video editing and media production workstations
-
AI and machine learning development systems
Designed for reliable thermal performance and long-term durability, the HP Standard Heatsink and Fan Assembly helps maintain stable processor temperatures and consistent system performance in demanding workstation environments.