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Today's UPSs
What is the right power protection solution
for a specific application? In configuring the most cost-effective
and reliable means of protection, one must also consider
all computerized needs against a range of available applications
including the most appropriate UPS technology, control software,
load size and battery time. Then there are the factors which,
taken together, can serve as a solid foundation for an overall
power protection strategy. Current considerations which may affect
long-term satisfaction encompass USP configuration
(e.g., rack, tower, or desktop); size (accounting
for the types of systems in use, the range of applications, as
well as the number of nodes in one or multiple locations); communication
level (from simple shutdown capabilities to highly intelligent,
SNMP and Web-based monitoring and control); upgrade ability;
and support (determining the scope and availability
of service locations, as well as the supplier's reputation for
reliability and support).
Fortunately, there are many kinds of equipment available to protect
against power problems. Power conditioning and uninterruptible
power supplies (UPS) are available for everything from a single
PC to all the sensitive equipment housed in an entire plant. There
are UPS products designed for specific applications - including
industrial.
By matching all of these capabilities and options with current
and future needs, the right UPS can be configured to protect almost
any class of computing and networking equipment.
All UPS topologies can provide outage protection, and can play
a role in today's' power protection industry:
The Offline
UPS is a low-cost solution for convenience-level protection against
power outages. Single-phase workstation applications only.
The Line-Interactive
UPS with Power-Factor Correction provides better power conditioning
for small network applications than standard line-interactive
technology. Suitable for single-phase workstations and non-critical
server applications. Not suitable for facility-wide three-phase
applications.
The Double-Conversion
UPS provides the beset performance and protection against all
power disturbances. Recommended for all critical single-phase
and three-phase applications, particularly high-availability,
24x7 applications.
Power protection used to be as simple as placing all sensitive
equipment inside a "glass house" which was connected
to a single power protection source. Contemporary power protection
strategies must deal with much more. First and foremost there
is the increasingly wide range of system configurations. Servers,
workstations, routers, hubs, bridges, and other sensitive components
must all be taken into consideration.
Second, computer networks have become the productivity tool for
many enterprises. As these systems become more and more integral
to doing business, even the most minor power glitch can translate
into a severe loss of productivity - from absorbing half day of
an employee's, or even and entire department's, time to re-enter
data to sustaining a costly production loss because a power glitch
erased the machine control's part program and the machine produced
scrap rather than sellable product. Ins some cases, as in a computerized
ordering processing applications, a power problem can completely
shut down operations altogether.
The engineering staff at Casair can design and install the most
effective UPS configuration system for you. Call
us at 1-989-831-8800.
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PowerSure PSP - 60Hz
The PowerSure PSP is a compact, full featured UPS that delivers cost-effective power protection. Designed with simple controls for easy operation, the PowerSure PSP provides over four minutes of battery back-up at full load - more than enough time to save work in process and shut down your system.
Nfinity - 60Hz
The Nfinity power system is a scalable 4 to 16 kVA or 12 to 20 kVA UPS, designed with N+x parallel redundancy to provide a fault-tolerant network of power protection. Its modular design was devised to provide easy scalability to users as their power demands grow. Configurations can be cost-effectively upgraded without re-investing in a new system or installation.
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