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5.5 Application cases of Nipron NSP power supply
Table 5.6 Case 1
| Application |
Function and Features of the product |
Background of NSP installation |
Photos |
All-In-One Server
NSP3-150-D2S and Lead-acid battery |
The server is quipped with e-mail, Web, ftp, firewall, etc.
so that it works with thosewhen only ISDN, full-time connection
line, and LAN are provided. 150W output is good enough as the
server do not need high power due to no graphic processing function.
|
Dramatic decrease of support frequency was required. OS was
Linux. Any operator was not wanted in operation. Malfunction
was likely to occur when system was started up after the systemshutdown
due to blackout. |
 |
Industrial Controller
NSP2-250-D2S and Lead-acid battery |
Industrial controller with Windows NT installed that provides
man-machine-interface to work in conjunction with shared memory
of VxWorks that performs real-time processing. The controlleris
installed in equipments like chip mounters. 230W output is required
as Windows NT and VxWorks run on a different chip individually. |
Dramatic decrease of support frequency was required. OS was
Window NT. The controller was installed in plant facility so
that production recovery time had to be minimum after electricpower
was recovered from blackout. |
 |
Chip Mounter
NSP2-250-D2S and Lead-acid battery |
Equipment that mounts a variety of chip parts athigh speed.
For actual arithmetic processing, 230W outputis not needed (150W
is enough) but, 230W output is adopted to have extra power.
|
For control part which needs to avoid infuenceby blackout
or voltage-fall, Nonstop power supply has been adopted. For
another control part that is unaffected by those, PCSA has been
adopted. Highly reliable power supplies are required as operating
time influences directly production inquantity. |
 |
Table 5.7 Case 2
| Application |
Function and Features of the product |
Background of NSP installation |
Photos |
Lab system
NSP3-150-D2S and Lead-acid battery, NSP2-250-D2S and Lead-acid
battery |
Developing device thatperforms processes through to development
in a short periodof time at photo shops in town.Same as 1 hour
photo in USA.The system is used in devices at several companies
such as NORITSU and Konica .Output power is 150W to230W depending
on devices. |
UPS function was needed to staby operate computers at the
shop due to insufficient power installations. Also, automatic
shutdown function was required asthey experienced many times
that supply mains was turned off accidentally by unskilled operators. |
 |
Medical Imaging Device
NSP3-150-D2S and Lead-acid battery |
Device that outputs X-ray images, and Server that keeps those
images. They are able to access patient's X-ray images via network.
Power required is 150W asit provides power only to arithmetic
processing part. |
Power supply with smallleakage current was required to comply
with medical practice. In general, medical institutions have
UPS (CVCF) installed. For some devices that are not directly
releated to life, as their priority is low. They need no UPS
function but, local UPS function was required in this case. |
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