Galaxy PWTM 100 to 225 kVA

total time with Tbatt > 25° C (h): this

is the total time of operation with the bat-

tery temperature greater than 25° C since

initial startup of the UPS. It is expressed in

hours;

last reset: this is the date that the infor-

mation was last set to zero by the

Teleservice function;

elapsed backup time (min): this is the

total time of operation on battery power

since the last reset. It is expressed in min-

utes.

nb of backups: this is the number of

times the load was supplied by the UPS

from battery power since the last reset;

nb of backups < 1 min: this is the

number of times the load was supplied by

the UPS from battery power for less than

one minute, since the last reset;

1 min < nb of backups < 3 min: this is

the number of times the load was supplied

Use the and keys to shift between the beginning and the end of the display.

FIGURES SINCE

RESET

 

 

nb of

backups:

 

 

 

0

nb of

backups

<

1 min:

0

1 min

< nb of backups < 3 min:

0

nb of

backups

>

3 min:

0

nb of

overloads

< 5

s:

0

nb of

overloads

> 5

s:

0

nb of

times TBatt. >

25°C:

0

by the UPS from battery power for more

than one minute and less than three min-

utes, since the last reset;

consulting recorded measurements

Recorded measurements are presented in the same manner (see opposite):

nb of backups > 3 min: this is the number of times the load was supplied by the UPS from battery power for more than three minutes, since the last reset;

nb of overloads < 5 s: this is the num- ber of times the UPS was overloaded (out- put current greater than In) for less than five seconds, since the last reset;

nb of overloads > 5 s: this is the num- ber of times the UPS was overloaded (out- put current greater than In) for more than five seconds, since the last reset;

nb of times TBatt. > 25° C: this is the number of times the battery temperature was measured at over 25° C, since the last reset.

the lists indicate the last 30 measure- ments recorded for the given parameter. The chronological order of the measure- ments is indicated in the figure opposite;

the most recent measurement is pre- sented first, in the upper left-hand corner of the list. The following measurement is listed just below, and so on until the 30th value listed in the bottom right-hand cor- ner of the list;

the period T between two successive measurements is 30 days. The displayed measurements are instantaneous values.

NOTE

when this screen is selected, approximately ten seconds are required to call up and display the information.

If the number of mea- surements is greater than 30, only the last 30 (the most recent) are dis- played

PARAMETER NAME (units)

T=30 days

last read: 05/09/1997

M(t+29T)M(t+23T)M(t+17T)M(t+11T)M(t+05T)

M(t+28T)M(t+22T)M(t+16T)M(t+10T)M(t+04T)

M(t+27T)M(t+21T)M(t+15T)M(t+09T)M(t+03T)

M(t+26T)M(t+20T)M(t+14T)M(t+08T)M(t+02T)

M(t+25T)M(t+19T)M(t+13T)M(t+07T) M(t+T)

M(t+24T)M(t+18T)M(t+12T)M(t+06T) M(t)

26

Logging and time-stamping

Page 34
Image 34
MGE UPS Systems Galaxy PW Total time with Tbatt 25 C h this, Elapsed backup time min this is, Nb of backups 1 min this is

Galaxy PW specifications

The MGE UPS Systems Galaxy PW is a high-performance uninterruptible power supply designed to provide reliable power protection for critical systems in various environments, including data centers, industrial settings, and commercial facilities. Known for its advanced features and innovative technologies, the Galaxy PW is engineered to ensure seamless operation, even in the event of power disturbances.

One of the standout features of the Galaxy PW is its modular design, allowing for easy scalability and flexibility. This design enables users to customize the power capacity according to their specific needs, accommodating future growth without requiring a complete system overhaul. The modular architecture consists of interchangeable power modules that can be easily added or replaced, ensuring minimal downtime and optimized performance.

The Galaxy PW uses cutting-edge double-conversion technology, which provides a high level of power quality and reliability. This technology ensures that any fluctuations in input power do not affect the output, delivering clean and stable electricity to connected equipment. This is particularly essential for sensitive electronics that require a consistent power supply to function correctly.

Another significant characteristic of the Galaxy PW is its energy efficiency. The UPS is designed to operate at high efficiency levels, often exceeding 96%. This not only helps in reducing the overall energy consumption but also lowers operational costs and reduces the carbon footprint of the facility. The Eco-Mode feature allows the UPS to deliver power with minimal energy loss during normal operating conditions.

The Galaxy PW is equipped with advanced communication and management features, including an intuitive graphical LCD display that provides real-time information on the system's status and performance metrics. Users can monitor input and output voltages, current load levels, and battery health at a glance. Additionally, the UPS supports various communication protocols and interfaces, facilitating integration with building management systems and remote monitoring tools.

Safety and reliability are also top priorities for the Galaxy PW. The system features robust battery management to extend the lifespan of the batteries while ensuring optimal performance. The UPS is designed with several protections, including overload, short-circuit, and thermal protection, to safeguard both the UPS and connected loads.

In summary, the MGE UPS Systems Galaxy PW integrates modularity, energy efficiency, advanced monitoring, and robust protection features to deliver unmatched reliability for critical power applications. Its innovative design and technologies make it an ideal choice for businesses seeking a reliable power protection solution.