NOTE: Before disconnecting a peripheral from the system or removing a component from the system board, verify that the standby power LED on the system board has turned off. For the location of this LED, see Figure 22.

CAUTION: The microprocessors and RIMMs can get extremely hot during system operation. To avoid dangerous burns, be sure that the microprocessors and RIMMs have had sufficient time to cool before you touch them.

1.Remove the computer cover.

2.Disconnect all cables from their connectors at the back of the computer.

3.Rotate the power supply.

4.Disconnect all cables from the system board.

5.Remove the RIMMs.

6.Remove the airflow shroud, the primary processor, and the secondary processor or terminator card.

7.Remove all expansion cards from the system.

8.Slide all externally accessible drives and brackets partially out of the chassis.

9.Remove the hard-disk drive bracket from the chassis.

10.Remove the microprocessor cooling fan.

11.Remove the screw that secures the system board to the bottom of the chassis (see Figure 30).

12.Slide the system board toward the front of the chassis until it stops.

13.Carefully raise the front of the system board and lift the board out of the chassis at an angle.

To replace the system board, perform the following steps:

1.Carefully replace the system board in the chassis by performing steps 11 through 13 of the removal process in reverse.

2.Push down near each slot to engage the grounding clip onto its corresponding tab.

3.Push evenly on both sides of the system board as you slide and lock it into position (do not twist the system board).

4.Reinstall the mounting screw.

5.Reinstall all components on the system board by performing steps 4 through 10 of the removal process in reverse.

6.Set the jumpers on the new system board so that they are identical to those on the old board, unless you are installing a microprocessor upgrade.

7.Replace the computer cover, connect all cables, and restart the system. Run System Setup to ensure that your settings are correct and that all system board components are correctly reported.

8.Run the Dell Diagnostics.

Back to Contents Page

Page 22 Page 24
Page 23
Image 23
Dell 420 manual Back to Contents
Page 22 Page 24

420 specifications

The Dell 420, 220, and 220S are well-regarded servers in the Dell PowerEdge lineup, showcasing robust performance and reliability for various enterprise applications. These servers are designed to meet the needs of small to medium-sized businesses, as well as larger enterprises seeking reliable computing solutions.

The Dell PowerEdge 420 stands out with its high-density architecture, optimized for virtualization and cloud applications. Equipped with Intel Xeon processors, it offers impressive processing power and scalability, supporting demanding workloads. With the ability to host multiple virtual machines, the 420 provides efficient resource utilization, ensuring that businesses can maximize their IT investments. The server also features advanced storage options, including the support for both traditional hard drives and solid-state drives, allowing for flexible data management and storage strategies.

In contrast, the Dell PowerEdge 220 and 220S are designed with simplicity and cost-effectiveness in mind. These servers feature tower and rack configurations that are ideal for environments with limited space. They leverage Intel's latest processor technologies, enhancing performance while maintaining energy efficiency. This makes the 220 series suitable for a variety of applications, including file and print services, web hosting, and database management.

One of the key characteristics of the Dell 220 and 220S is their ease of use. The systems are designed with straightforward setup procedures, allowing IT administrators to get them up and running quickly. Additionally, these servers come with Dell's OpenManage systems management tools, which offer comprehensive monitoring and management capabilities, enabling IT teams to maintain optimal server performance and reliability.

In terms of networking technologies, all three models support advanced network connectivity options, including multiple Ethernet ports and support for network interface cards (NICs) to ensure high-speed data transmission. Furthermore, they incorporate features such as redundancy in power supplies and cooling systems, enhancing overall system reliability and uptime.

Overall, the Dell 420, 220, and 220S represent a versatile range of server options that cater to varying business needs. With advancements in processing power, storage flexibility, and comprehensive management tools, these servers are well-suited for organizations looking to enhance their IT infrastructure while ensuring performance, reliability, and scalability.
Top Page Image Contents