MGE UPS Systems 66244 Appendices, Tables of alarms and events, Alarm table, UPS event table

Page 63

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Network

Management Cards

User Manual

8 Appendices

8.1Tables of alarms and events

8.1.1 Alarm table

English

Battery Fault Output On Battery Low Battery UPS Over Temperature Output not protected UPS Overload Output On Bypass Charger Fault, Not Charging Battery

Utility failure No Battery Replace Battery Unavailable Battery Boost Activated on UPS Buck Activated on UPS <Sensor name>: Temperature is above high threshold xx °C "<Sensor name>: Humidity is above high threshold xx %",

<Sensor name>: Temperature is below low threshold xx °C <Sensor name>: Humidity is below low threshold xx %

<Sensor name>: <Input #1 label> <when closed label>

<Sensor name>: <Input #1 label> <when open label>

<Sensor name>: <Input #2 label> <when closed label>

<Sensor name>: <Input #2 label> <when open label>

8.1.2 UPS event table

English Battery fault Battery OK Replace battery Battery replaced Low battery

UPS return from low battery UPS battery charger is not active UPS battery charger is active UPS battery entering minimum condition

French

Défaut batterie

Sortie alimentée par batterie

Fin d’autonomie

Défaut température

Sortie non protégée

Surcharge onduleur

Sortie sur Bypass

Défaut chargeur

Perte secteur Pas de batterie Batterie à remplacer Batterie indisponible Onduleur en mode Boost Onduleur en mode Buck <Sensor name>: La température est au dessus du seuil haut xx °C

<Sensor name>: L'humidité est au dessus du seuil haut xx %",

<Sensor name>: La température est en dessous du seuil bas xx °C

<Sensor name>: L'humidité est en dessous du seuil bas xx %

<Sensor name>: <Input #1 label> <when closed label>

<Sensor name>: <Input #1 label> <when open label>

<Sensor name>: <Input #2 label> <when closed label>

<Sensor name>: <Input #2 label> <when open label>

French

Défaut batterie

Fin défaut batterie

Batterie à remplacer

Batterie remplacée

Fin d’autonomie

Fin préalarme d'autonomie

Chargeur batterie arrêté

Chargeur batterie en marche

Batterie en charge minimum

T H E U N I N T E R R U P T I B L E P O W E R P R O V I D E R

Network Management Card – User Manual

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Contents E U N I N T E R R U P T I B L E P O W E R P R O V I D E R Network Management Cards Table of ContentsAPPENDICES63 Tables of Alarms and Events ConfigurationConfiguration VIA Telnet Configuration VIA SSH Maintenance Software UPGRADE62Network Management Card or Proxy MGE Network SolutionConnecting the UPS to the Network IntroductionNetwork Shutdown module MGE supervisor Enterprise Power ManagerProtecting the computers / servers Monitoring the UPSs over the networkConnection Presentation of the Environment Sensor solutionHow to connect UPS / agent / network Setting up the protectionCompatibility with the legacy Solution-Pac WAN offering Direct sending of E-mailSending text messages SMS Technical data 9/69 Environment Sensor Installation and ConfigurationInstallation Basic configurationOptimising the performance of your browser Supervision / Administration via a Web browserUPS status zone essential information UPSUPS properties UPS zone general information on the UPSBattery status zone On-line help Normal input measurements 3 3-Phase displayBattery measurements UPS ControlBy Pass measurements 17/69 UPS weekly schedule programming Important note Shutdown parameters20/69 Viewing the alarms Measurements Logs23/69 Event log System log Notification Email NotificationNotified events Recipient List Mail message configuration see nextEmail Message Settings SenderSubject 29/69 User Name and password by default are Mgeups ConfigurationNetwork Settings 32/69 System 34/69 Notified Applications Central Shutdown Configuration Access control 38/69 SSL Time Characteristics Status Configuration LogEnvironment Environment status Humidity Environment Settings4 Log Servers protection Set-up of the shutdown parametersShutdown criteria managed by the Management Card Shutdown duration Specific set-up for long autonomy installation 30 mnShutdown when backup time is less than Controlled outletsSequential startup Load shedding or sequential shutdownDifferent server and UPS shutdown sequences Main UPS outletProgrammable outlet 49/69 2.1 Main UPS outlet 2.2 Programmable outlet2.3 Programmable outlet 51/69 3.2 Programmable outlet 3.1 Main UPS outletNetwork Main outlet 4 Off/On command55/69 Configuring a set of cards with Mupgrade Configuration in local mode and via Telnet or SSHConfiguration in local mode Mgeups Choice 1 Snmp agent configuration menuChoice 2 UPS parameters Choice 3 Access controlChoice 5 Reset the card Choice 4 Restore default configurationConfiguration via Telnet Configuration via SSHPuTTY SSH Client Program 61/69 Card software upgrade via Tftp Unix and Windows MaintenanceSoftware upgrade Card firmware upgrade using Mupgrade WindowsUPS event table Tables of alarms and eventsAlarm table AppendicesUPS 65/69 English French System alarm tableGlossary Programmable outlet controlled outlet Subnet maskTelnet UM-Client Trap Snmp

66074, 66244, 66846 specifications

MGE UPS Systems, a renowned leader in the uninterruptible power supply (UPS) sector, offers a range of products designed to deliver reliable power protection for critical applications. Among their notable models are the MGE UPS Systems 66846, 66244, and 66074, each offering unique features, advanced technologies, and robust characteristics tailored for various operational needs.

The MGE UPS Systems 66846 is characterized by its high efficiency and modular design, making it suitable for a wide array of environments. This model incorporates advanced power management capabilities, which ensures that users benefit from enhanced energy savings while maintaining optimal performance. With a scalable architecture, the 66846 can adapt to evolving power requirements, providing users with the flexibility to expand their system as their needs grow. The model also includes intelligent battery management features that prolong battery life and enhance reliability.

Moving to the MGE UPS Systems 66244, this model stands out for its compact design and high power density. It is engineered to deliver superior electrical performance while occupying minimal space, making it an excellent choice for facilities with limited room for equipment. The 66244's advanced thermal management system ensures that the device operates efficiently under varying load conditions without overheating. Its intuitive user interface simplifies monitoring and managing the UPS, giving users real-time insights into operational status and alerts.

The MGE UPS Systems 66074 offers advanced features geared towards critical infrastructure in data centers and telecom applications. This model boasts high fault tolerance and redundancy mechanisms, ensuring continuous power delivery even in the event of component failure. The 66074 is equipped with cutting-edge digital signal processing technology, which enhances the performance and reliability of the power supply. Additionally, it supports various connectivity options, allowing for seamless integration with existing power management systems.

Across these models, MGE UPS Systems emphasize user-friendliness with intuitive control interfaces and remote monitoring capabilities. Furthermore, their commitment to sustainability is evident in the energy-efficient designs that reduce the overall carbon footprint of power management operations. Each unit is rigorously tested to adhere to international safety and performance standards, ensuring confidence in their reliability for critical applications. Overall, MGE UPS Systems 66846, 66244, and 66074 represent a blend of innovation, efficiency, and dependability in the UPS market, making them ideal choices for businesses looking to safeguard their operations against power interruptions.
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