APC 1000, 1400, 650 Safety, Features, Intelligent Battery Management, Power Management Software

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Output control uses the UPS’s remote interface to turn the load on or off, without disabling other UPS functions.

1.4 Features

Intelligent Battery Management

The UPS provides visual and audible indications of the battery’s status including low battery and replace battery conditions.

The UPS exercises the battery during its self-test, and will detect a weak battery before it is put into service. The UPS normally performs a self-test at power up and every 14 days thereafter. Self- tests can also be conducted manually with the on/test button at any time. See section 5.2.

The UPS features user-replaceable hot-swappable batteries. Batteries can be replaced without hav- ing to remove power from the loads or send the UPS in for service.

Power Management Software

This UPS offers advanced features when connected via the computer interface to a device using power management software.

Telephone Line and Network Surge Protection

This UPS provides advanced single telephone line or 10Base-T network surge suppression through the modular connectors on the back panel. See section 4.

2. Safety

CAUTION!

nTo reduce the risk of electric shock in conditions where load equipment grounding cannot be verified, disconnect the UPS from the AC power outlet before installing a computer interface or accessory slot signal cable. Reconnect the power cord only after all signaling connections are made.

nConnect the UPS to a two-pole, three-wire grounding AC power outlet. The receptacle must be connected to appropriate branch protection (fuse or circuit breaker). Connection to any other type of receptacle may result in a shock hazard and violate local electrical codes.

nThe UPS has an internal energy source (the battery). The output may be energized when the unit is not connected to an AC power outlet.

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Contents Smart-UPS v/s Page Contents/Sections/Indice Part Number Revised 11/94 Thank you IntroductionPlease save the packaging materials Theory of Operation Radio Frequency InterferencePower Management Software SafetyFeatures Intelligent Battery ManagementFront panel Presentation650 VA 1400 VA InstallationRear Panel InspectionConnect Telephone/Network Surge Suppression Optional PlacementProtection Strategies Connect Computer Interface OptionalConnect the Loads Charge the batteryCheck the Site Wiring Fault Indicator Connect to UtilitySelf-test Switch On Switch OffShutdown Mode OperationOptions AlarmsWall Mount Bracket TroubleshootingService Replacement Batteries Replacing the BatteryBattery Replacement Procedure 420 and 650 VA models Storage Battery Replacement Procedure 1000 and 1400 VA modelsStorage conditions Extended storage SpecificationsSafety and approvals Computer Interface Port 1000 VA 1400 VA Load 650 VA How to Determine On-battery Run TimeVeuillez conserver l’emballage de votre onduleur MerciPrincipe de fonctionnement Interférences radioélectriquesLogiciel de gestion électrique Consignes de sécuritéFonctions Gestion intelligente de la batteriePanneau avant Présentation420 et 650 VA 1000 et 1400 VA Panneau arrièreStratégies de protection Choix d’un emplacementBranchement des équipements Branchement de l’interface pour ordinateur en optionBranchement au secteur Chargement de la batterieVérification du voyant de défaut de câblage de site FonctionnementMise sous tension et arrêt Test automatique de fonctionnement Mode d’arrêt completAlarmes En cas de problème Problème Cause possible SolutionRéparations Français Page Français Stockage longue durée StockageCaractéristiques techniques Conditions de stockageAppliquée par Ansi C62.41 cat. a ±6 Filtrage dinterférences Page Comment déterminer l’autonomie de la batterie Remarques ¡Por favor guarde los materiales de embalaje Introducción¡Gracias ¡ImportanteTeoría de Operación Interferencia con Radio FrecuenciaSoftware de Administración de Energía Administración Inteligente de la BateríaCaracterísticas ¡PRECAUCION Seguridad420 y 650 VA PresentaciónPanel delantero Panel PosteriorInspección Instalación1000 y 1400 VA Estrategias de Protección ColocaciónConexión de la Interfase del Computador Opcional Carga de la batería Conexión a la red eléctricaConexión de las cargas Comprobación del Indicador de Fallos de Cableado OperaciónEncender Apagar En-batería AlarmasPrueba automática Modalidad apagadaOpciones Problema Causa posible Solución Detección y solución de problemasServicio Baterías de reemplazo Procedimiento de reemplazo de baterías modelos 420 y 650 VA Page Almacenaje prolongado AlmacenamientoEspecificaciones Condiciones de almacenajePorcentaje de Ansi C62.41 Cat a Serie Interfase Puerto del Computador 13. Cómo determinar el tiempo de operación en-batería Limited Warranty Garantía Limitada
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