MGE UPS Systems 2200C, 3200C user manual Glossary, UPS on / OFF via software

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6. Appendices

6.2 Glossary

Authorised voltage range for transfer to bypass if fault or overload

Automatic bypass

Automatic start following return of AC input power

Backup time

Bargraph

Battery test

Dialog box

Double conversion

Equipment

Forced shutdown

Percent load

Personalisation

Programmable outlets

Remote Power Off

Start on battery power

UPS

UPS ON / OFF via software

Upper and lower voltage thresholds within which the UPS can operate on the automatic bypass in the event of a UPS fault or overload.

Automatic switch controlled by the UPS, used to connect the equipment directly to the AC-power source in the event of a UPS failure or an overload.

This function automatically starts the UPS when AC input power returns following shutdown at the end of the battery backup time. It can be enabled or disabled.

Time that the connected equipment can operate on battery power.

Device on the front panel indicating the percent remaining backup time or the percent load.

Internal UPS test on battery status.

A window in a computer program displayed for selection by the user of various options and parameter settings.

The power supplied to the connected equipment is completely regenerated by continuous double conversion, i.e. the AC power from the AC-power source is rectified (AC - DC), then converted back (DC - AC) to AC power.

Devices or systems connected to the UPS output.

Ten-second interruption in the supply of power to the connected equipment following a system shutdown, even if AC input power returns during the interruption period.

Ratio between the power drawn by the connected equipment and the total power that the UPS can supply.

A number of UPS functions can be modified using the UPS Driver software to better meet the user’s needs.

Outlets that can be automatically shed during operation on battery power (a shedding time delay may be programmed using Solution-Pacsoftware.

External dry contact can be used to stop the unit, during an emergency situation for example. All power is removed from the load.

This function makes it possible to energise the connected equipment even when AC input power is not available (operation exclusively on battery power).

Uninterruptible Power Supply.

It is possible to enable or disable use of UPS ON / OFF controls by the computer- system protection software.

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Contents Pulsar EXtreme Introduction Pictograms Using this documentForeword 4 34007532EN/AA Contents Technical characteristics Glossary Index Rack position PresentationStandard positions Tower positionPulsar EXtreme 3200C BackPulsar EXtreme 2200C Pulsar EXB 2200Load Alarms BatteryControl panel Installation Unpacking and parts checkInstallation in rack position Installation in tower position Connect the two supports for the upright positionInstallation of the communications-card option Connection to the RS232 or USB communications port optionalConnections Bargraph indications OperationStart-up Status LEDs 20 and 21 for programmable outlets 1End of backup time Transfer to battery powerThreshold for the low-battery warning Equipment connected to the UPS is supplied by the batteryFunction Battery tabPersonalisation optional On / OFF conditions tabBypass tab UPS shutdownOutput tab Press button 16 return to the OFF positionUPS remote power off Installation and test of the remote power off functionIndication Diagnostic Correction MaintenanceTroubleshooting Indication Signification Correction Removal of battery module Replacement of the battery moduleSafety rules Reinstallation of the battery module This product has been designed to respect the environment UPS recycling at the end of service lifeEnvironment PackingTechnical characteristics AppendicesGlossary UPS on / OFF via softwareIndex Connection28 34007532EN/AA

3200C, 2200C specifications

MGE UPS Systems is a renowned manufacturer specializing in uninterruptible power supplies (UPS), and their models 2200C and 3200C are exemplary representations of their commitment to quality, efficiency, and technological advancement. Both models are designed to ensure that critical equipment remains powered during outages, safeguarding important data and maintaining operational continuity.

The MGE UPS 2200C is a versatile and compact UPS solution that provides a robust capacity of 2200 VA. Its design caters to small to medium-sized businesses that require reliable power protection for servers, network equipment, and telecommunications systems. This model features a double conversion architecture that delivers clean, stable power, effectively insulating connected devices from power irregularities such as surges and sags. One of the key technologies employed in the 2200C is the use of IGBT (Insulated Gate Bipolar Transistor) technology, which enhances efficiency and reduces overall energy consumption.

On the other hand, the MGE UPS 3200C offers a higher capacity of 3200 VA, making it suitable for larger setups that demand more power protection. Like its smaller counterpart, the 3200C utilizes double conversion technology, ensuring optimal power quality at all times. This model incorporates advanced features such as adjustable output voltage and frequency to match the requirements of specific equipment. Additionally, it supports parallel operation, allowing for scalability and redundancy, which are crucial for mission-critical applications.

Both UPS models come integrated with an LCD interface, providing real-time monitoring of critical parameters such as input/output voltage, load levels, and battery status. This user-friendly display allows for easy management and maintenance, which is essential for IT administrators.

Battery management in both models is enhanced through intelligent charging algorithms that prolong battery life and reliability. They also feature multiple communication options, including USB and RS-232, facilitating seamless integration with various management software for remote monitoring and control.

In conclusion, the MGE UPS 2200C and 3200C are efficient and reliable UPS solutions equipped with advanced technologies and features that cater to a wide range of power protection needs. Their robust design, high efficiency, and user-friendly interfaces make them ideal choices for businesses looking to safeguard their critical operations against power disturbances.