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Typically, the delivery of a complex hardware server system (especially complex customized configurations, containing multiple product lines) requires months of delivery time When the customer is dealing with a local representative who may be halfway round the world from the productions source, getting the order right and delivered on time is nearly impossible The field office creates the order for the system, doing the best job it can in specifying the configuration Unfortunately, they typically have no idea of what the production schedules or inventory levels are This can result in long delays in the fulfillment of the order Here is a typical example: The customer orders a system with two, 9-gigabyte hard drives What the configurator in the field office couldn t know is that the factory has stopped ordering 9 GB drives and has gone to 18 GB drives as the standard drive The order waits on the shelf until some 9 GB drives can be ordered and delivered Note that the order processing folks can t take it upon themselves to substitute an 18 GB drive Two 9 GB drives were ordered, and that is what must be delivered! Now let s examine the same delivery problem with an Extranet, where the production schedules and inventory levels are available to the field offices by signing onto our home office Web site The sales representative, or technical support representative, can log into the site with the customer right there The parts and price list are right there They can use the online system configuration software to select hardware components, including redundant power supplies and processors, if required When they get to specifying the two 9 GB drives, they find that inventory is nonexistent, and there is a 60-day wait if they are backordered They find that the 18 GB drives are in stock The customer, on the spot, opts for the 18 GB drives because it means a difference in delivery schedule from two weeks to two months (The customer planned on mirroring the data on the drives, and therefore needed two physical drives instead of the single 18 GB drive) The customer is ecstatic with our ability to be responsive to his/her needs and to deliver the equipment so quickly.

n o t e The information presented here has been gathered from many manufacturers data sheets and application notes From the data sheets and experiments, a special conversion factor was derived for each battery type This conversion factor is used to convert the nominal Ahr rating of each battery type to the 6-minute run-time period (see Table 5-1, later in this chapter) This allows easy comparison of one battery type to the other for battery capacity These factors should be considered rules of thumb ; for best accuracy, individual battery data sheets should be consulted and actual experiments with the batteries should be conducted

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The two issues to be addressed here are the following:

In this chapter, a comparison between 4 different battery types that have 6-minute run-time capacities between 4 and 6Ahr With these batteries, you can draw 40 to 60 amps for 6 minutes All are 12-volt batteries or 12-volt battery packs This is a common motor voltage and eliminates having to scale the readings to make the comparisons here For this comparison only, the selected batteries/ packs are listed here:

Improving the responsiveness of our customer service organization or function Reducing the cost of providing the service