Checkout Guide

Checking the Backup Battery:

Do the following:

1.Power off the computer and unplug the AC Ada from the computer.

2.Turn the computer upside down.

3.Remove the backup battery (see “Removal and Replacement” section of each model).

4.Measure the voltage of the backup battery. following figure.

Note: Be

careful

not to measure the wrong sid

the

backup

battery.

Wire

Voltage

(V dc)

 

 

 

Red

+2.5

to+3.2

 

 

 

Black

Ground

 

 

 

 

Ÿ If the voltage is correct, replace the sys

ŸIf the voltage is not correct, replace the battery.

ŸIf the backup battery discharges quickly af replacement, replace the system board.

System Board and CPU Card Checkout

The processing functions are performed by both t system board and the CPU card. Processor problems be caused by either FRU. However, the CPU car generally has a lower probability of failure. If code indicates the system board or the CPU ca failing FRU, or the CPU card is indicated by a test by showing FRU11,codeuse the following procedur to isolate the problem:

1.Run the system board test to verify the s This test verifies both the system board and card. If no error is detected, return to “ Guide” on page 30.

Note: Don't touch the keyboard and pointing de when the system board test is running. T might cause an unexpected error.

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Image 44
IBM 600/600E (2645) manual System Board and CPU Card Checkout, Checking the Backup Battery, Wire

600/600E (2645) specifications

The IBM 600/600E (2645) is a vital part of IBM's legacy in the computing landscape, designed primarily for business environments that required robust performance and adaptability. Introduced in the mid-1990s, the IBM 600/600E was notable for its combination of compact design and powerful technology, making it suitable for various applications.

One of the primary features of the IBM 600/600E is its modular architecture. The system supports a range of configurations, allowing users to tailor the machine according to their specific needs. This flexibility extends to hardware components, with options for various processors, memory capacities, and storage configurations. This modularity ensures that businesses can easily upgrade their systems as their computing demands evolve.

The 600 series is powered by Intel's Pentium processors, which provide significant improvements in speed and efficiency over previous generations. The system supports multiple processor options, enhancing performance for intensive applications such as database management and enterprise resource planning. The ability to scale processing power is a critical characteristic that makes the IBM 600/600E a strong contender for business-critical tasks.

Memory capacity in the IBM 600/600E is another highlight, supporting up to 1GB of RAM. This capacity enables the handling of multiple simultaneous processes, an essential requirement for multitasking environments. Moreover, the system utilizes DDR SDRAM technology, which enhances data transfer rates and overall performance.

Storage capabilities are also significant in this series. The IBM 600/600E can accommodate various storage solutions, including IDE hard drives and SCSI interfaces. This diversity ensures that organizations can choose the most suitable storage option for their data needs, whether it's speed, capacity, or reliability.

The design of the IBM 600/600E emphasizes ease of use and serviceability. Its compact form factor allows for efficient workspace utilization, while its straightforward maintenance features enable IT staff to perform upgrades and repairs without extensive downtime.

In terms of connectivity, the IBM 600/600E is equipped with standard Ethernet support, promoting seamless integration within networked environments. This ensures that businesses can maintain constant communication and data exchange, which is vital in today’s interconnected world.

Overall, the IBM 600/600E (2645) blends powerful processing capabilities with flexibility and reliability, making it a robust solution for businesses seeking a dependable computing platform. Its combination of modular design, scalable performance, and user-friendly features solidifies its reputation as a valuable asset in the realm of enterprise computing.