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Components classified as requiring selective treatment, with a surface greater than 10 sq cm.
All types including standard alkaline and lithium coin or button style batteries.
Components containing mercury, e.g., in lamps, display backlights, scanner lamps, switches.
Includes background illuminated displays with gas discharge lamps.
Capacitors/condensers measuring greater than 2.5 cm in diameter or height.
Plastics weighing > 25 grams, excluding PCBs/PCAs.
Includes cartridges, print heads, tubes, vent chambers, and service stations.
Tool for disassembly, size T-15.
Tool for disassembly, size #2.
Tool for disassembly, size Medium.
Step to remove the top cover and locate the battery on the system board.
Instructions for removing capacitors from 460W and 750W power supplies.
This document outlines the disassembly procedures for the HP ProLiant ML350e Gen 8 v2 server, specifically tailored for end-of-life recyclers and treatment facilities. Its primary function is to guide users through the process of removing components and materials that require selective treatment, in compliance with EU directive 2002/96/EC, also known as the Waste Electrical and Electronic Equipment (WEEE) directive. This ensures that hazardous or valuable materials are properly separated and handled, promoting environmental responsibility and resource recovery.
The server is designed with several components that necessitate selective treatment during its end-of-life phase. These include Printed Circuit Boards (PCBs) or Printed Circuit Assemblies (PCAs) with a surface area greater than 10 square centimeters, which are present in a quantity of three within this model. All types of batteries, including standard alkaline, lithium coin, or button-style batteries, are also identified for selective treatment, with one such battery typically found in the device. Mercury-containing components, such as those found in lamps, display backlights, scanner lamps, switches, or other battery types, are listed, though none are indicated in this specific model. Liquid Crystal Displays (LCDs) with a surface area exceeding 100 square centimeters, including those with background illumination provided by gas discharge lamps, are also noted, with none present in this server. Cathode Ray Tubes (CRTs) are similarly listed as requiring selective treatment, but are not found in this model. Capacitors or condensers containing Polychlorinated Biphenyls (PCBs) or Polychlorinated Terphenyls (PCTs) are also absent. However, electrolytic capacitors or condensers measuring greater than 2.5 centimeters in diameter or height are present, with four identified for selective treatment, their presence depending on the specific power supply model. External electrical cables and cords, gas discharge lamps, plastics containing brominated flame retardants weighing over 25 grams (excluding PCBs or PCAs already listed), components and parts containing toner and ink (including liquids, semi-liquids, gel/paste, and toner cartridges, print heads, tubes, vent chambers, and service stations), and components or waste containing asbestos are all listed as requiring selective treatment, but none are present in this particular server model.
For the disassembly process, specific tools are required to effectively remove the components needing selective treatment. A Torx Driver of size T-15 is necessary, along with a Philips screwdriver of size #2, and a medium-sized flat head screwdriver. These tools facilitate the careful and precise removal of various parts without causing unnecessary damage or making the process more difficult.
The disassembly process begins with the removal of the system board battery. To access this, the top cover of the server must first be removed. Once the cover is off, the battery can be located on the system board. The document provides visual aids, such as Attachment 1, which illustrates the location of the Real-Time Clock (RTC) battery, identified as number 10 on the diagram. This visual guidance is crucial for recyclers to quickly and accurately identify the component.
Next, the capacitors within the power supply units require attention. For the 460W ATX power supply, which contains capacitors measuring greater than 2.5 centimeters, the power supply unit must first be removed from the system using the T-15 Torx driver. After the power supply is detached, a #2 Philips screwdriver is used to remove the screws securing its top cover. Once the cover is off, the capacitors can be located. These capacitors are then carefully pried from the PCB using a flat head screwdriver or long nose pliers. Attachment 2 provides a visual reference for the power capacitor in the 460W ATX PSU, highlighting the components to be removed.
Similarly, for the 460W and 750W redundant power supply units, which also contain capacitors larger than 2.5 centimeters, the same procedure applies. The power supply units are first removed from the system using a T-15 Torx driver. The top cover screws are then removed with a #2 Philips screwdriver to expose the capacitors. These capacitors are subsequently pried from the PCB using a flat head screwdriver or long nose pliers. Attachment 3 visually depicts the power capacitor in the 460W RPSU, and Attachment 4 shows the power capacitor in the 750W RPSU, providing clear visual cues for identification and removal.
The document emphasizes the importance of proper disposal for all removed components requiring selective treatment. This adherence to disposal guidelines is a key maintenance feature, ensuring that the environmental impact of the server's end-of-life is minimized. The detailed instructions and visual attachments serve as critical usage features for recyclers, enabling them to perform the disassembly efficiently and correctly. The clear, step-by-step approach, combined with specific tool requirements and visual aids, makes the process accessible even for those who may not be intimately familiar with the server's internal architecture, thereby broadening its utility for a wider range of treatment facilities. The overall goal is to streamline the recycling process, making it more effective and environmentally sound.
General| Processor Sockets | 2 |
|---|---|
| Processor | Intel Xeon E5-2400 v2 |
| Memory Slots | 12 |
| Storage Bays | 8 LFF or 16 SFF |
| Operating System Support | Windows, Linux, VMware |
| Form Factor | Tower (5U) |
