Liebert 30-130kVA manual Operator Controls, Options

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Introduction

1.4Operator Controls

Liebert Npower UPS modules are equipped with a microprocessor-based Operator Display Screen and Control Panel designed for convenient and reliable operation. The front panel location of the monitor- ing and control system enables the Operator to quickly identify the current status of the UPS and to perform most of the manual operations.

The operator display screen is driven by an easy-to-follow menu-prompted software program that con- trols and monitors the UPS system.

Detailed instructions on how to interpret the displays and use the controls are in 3.0 - Operation.

1.5Options

A number of standard pre-designed options are available from Liebert for your UPS system. Described below are the most frequently provided options. Note that the battery items (1 and 2) are required to complete the UPS system. The remaining options provide improved system performance or convenience.

1.Battery and Racks. The batteries provide power in the event of a power outage. The Liebert UPS can use a variety of battery types, provided the battery plant is designed for the UPS DC voltage range and the load requirements of your application.

2.Module Battery Disconnect. The UPS system utilizes a separate Module Battery Disconnect for remotely located batteries. A sensing circuit in the UPS module, set at the battery low voltage limit, trips the Module Battery Disconnect to safeguard the battery from excessive discharge. The Module Battery Disconnect has an undervoltage release mechanism designed to ensure that during any shutdown or failure mode all battery potential is removed from the UPS system.

3.Input Distortion Filter (Trap). This filter reduces input current reflected harmonic distortion to less than 10% THD at full load. The filter is factory installed within the UPS. This filter also improves the input power factor to better than 0.95 lagging.

4.Load Bus Synchronization (LBS). The Load Bus Sync (LBS) option keeps two independent UPS modules (and therefore their critical load buses) in sync, even when the modules are operating on batteries or asynchronous AC sources. This means that critical loads connected to both load buses can switch seamlessly between the two.

5.SiteScan Central Monitoring System. Liebert manufactures a central monitoring system that automatically displays key UPS measurements and alarms, as well as data from a variety of sensors. This monitoring system signals alarms so corrective action can be taken. Events and data can be printed in hard copy. Data can be logged for analysis. The SiteScan Interface port is standard for the Npower.

6.Remote Alarm Status Panel. The UPS system may also be provided with an optional Remote Alarm Status Panel. This Panel provides eight LED indicators and may be placed at a convenient location near the critical load. A functional description of the Remote Alarm Status Panel is provided in 3.5.3 - Remote Alarm Status Panel.

7.Open Comms - Discrete Output Option OC-DO (Programmable Relay Board). Each option has 8 channels. Up to two Programmable Relay options can be installed in the same UPS. Any alarm/ event can be programmed onto any channel or channels. Programming is performed through the LCD display. Each relay channel has two sets of Form-C dry contacts rated 1 Amp @ 30 VDC or 250 mAmp @ 125 VAC.

8.Open Comms - Discrete Input Option OC-DI (Input Contact Isolator). Provides UPS module interface for up to eight user relay inputs (normally open dry contacts) for user alarm messages. The user through the LCD display can program the UPS alarm messages. The input alarm can also be installed to trigger an Open Comms - Discrete Output Option channel. Each alarm can have auto-dial, event log, and time delay (0 to 999.9 seconds).

9.Optional Power Supply (OPS). An additional control power supply is required when a Remote Alarm Status Panel and/or three or more battery circuit breakers are present in the system.

10.Internal Modem. Provides a 2400-baud modem in the UPS capable of dialing out from the UPS or accepting incoming calls and connecting to a remote terminal, computer or PC. A command set allows the user to view the alarm status, event log status, history status and system settings. The modem can also be configured to dial out two different telephone numbers, a primary and a backup number as a result of a significant UPS event. The selection of dial-out events is programmable by the Operator.

11.Network Interface Card - NIC. This option provides internal hardware and software to communicate (via SNMP and HTTP) to any I.P.-based Ethernet network. Connection to the network is made by a 10 baseT Ethernet cable provided by the user.

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Contents Npower UPS Page Table of Contents Communication Interfaces MaintenanceFigures Page Tables Page Important Safety Instructions Overview of Manual System Description Versatility Safety PrecautionsFactory Backup and Service Assistance ReliabilityRecharge Input Power FailureModes Of Operation Normal Load On UPSMimic Display CHGSYS. Status Options Operator ControlsBattery System General Component DescriptionUPS Module Detailed Component Descriptions Controls HardwareFirmware Operation Input Power FactorBattery Charging Circuit Rectifier/ChargerOperation After End-of-discharge Battery DisconnectBattery Charge Current Limiting Battery Equalize Charge CircuitStatic Switch Backfeed Protection Nonlinear Load CharacteristicsUnbalanced Load Characteristics Static Bypass SwitchTransfer and Retransfer Conditions Operation Operation Navigation Buttons Operator Control PanelRotary switch Rotary SwitchPrev Cancel Save & Exit ConfigurationUser Settings Security Access and PasswordsMenu Tree Display Screens and ProceduresSecondary Screens Primary ScreensMimic Display Screen Main Menu ScreenDischg FaultsFaults / Alarms RectSYS. Status Mimic DisplayTemps DEG C Inlet AIR Outlet AIR Heat Sinks DC BUS / Battery StatusInput Status FreqFreq .9 HZ 213 214 Phase Diff Bypass Input StatusOutput Load Status EXI T Active Faults and AlarmsFaults and Alarms User ShutdownNext System RatingsManual Startup Second ScenarioAuto Startup Skip Abort Input Modify Current Limit Target and Ramp ValuesModify DC BUS SET Point Target and Ramp Values ServExternal maintenance bypass switch, dual-input UPS SIB External Maintenance BypassExternal maintenance bypass switch, single-input UPS External Maintenance Bypass Switch Configurations Multiple Battery CabinetsShutdown User ShutdownStatus Reports Status ReportsSystem Status History LOG Clear History Logs Clear Event LOGEvent LOG TotalEvent Log Output History LOG02 / 10 OUT-V IN-V Load FreqInput of / UF SBS Line Trap SBS LoadExit Configuration ScreensPrev DC BUS VoltsInput Frequency Output FrequencyCurrent Date System SettingsCancel Save & Exit System SettingsTime Next PREV. Cancel Save & ExitCurrent Time Order NumberOutput Transformer Bypass WIND. no Enter PasswordSingle / Dual Input DualOptions 10% Passive Filter SettingsOptions Active Filter LBS Generator Auto RestartPrev Exit Pulse Rectifier Battery GND Fault Green MachineAlternate Power Pole FAN no Line Drop CompensationCommunication Options Auto DialNext Exit Auto Dial YES Auto Dial OUT Pager Pager Support ConfigurationPager Enabled Pager Number Pager PIN Modem Health CheckPREV. Cancel Next PREV. Cancel 10 % Passive Filter Settings Factory SettingsNext Cancel Freeze Alarm MaskLatching DialSave & Exit Cancel Alarm / Fault NameAlarm / Fault Name Battery Fuse Fail Alarm / Fault Name F EAuto Dial Customer Alarm InterfaceCustomer Alarm Interface Programmable Output Relay Board #Remote LED Board # Relay Assignments STD SET User DefinedSTD SET UP Down ADD Remove Clear Exit Prog Relay #Manual Transfer Navigating ProtocolBattery Test Battery ManagementAuto Test MIN MAX Weeks Battery CycleBattery Duration Battery EqualizerStop Start Enabled DisabledAuto ManualEqualize Time Period Battery Temp Compensation ChargeTemperature Battery Temperature Compensation ChargeBattery Cycle Monitor Battery Temp CompensationBattery Cycle Monitor Summary Clear BCMClear Summary YES / no Seconds Discharge Cycles SummaryTime Down BATT. EOD Lower SET Point BATT. EOD Upper SET Point Battery Time Low WarningBattery Supplement BATT. Time LOW WarningAuto Restart Auto Restart Trigger Condition Alarm NotificationsSystem Status Monitoring System StatusSign OFF Date 10/30/02 System StatusSign OFF Date 10/30/01 Next Prev Save & ExitAccumulated # of Brown Outs Accumulated Backup HoursAccumulated Operating Hours on UPS Accumulated Operating Hours on BypassFaults Faults, Alarms, StatusDescription L Latching...D Dial Alarm / Fault Name F E DelayOn Battery Input Contact #1 UP DownSummary Alarms, functions, and corrective actions Alarm MessagesContact Liebert Global Service to check Excess load from the UPS and attempt to EPO Maximum heat sink temperature limit This is a summary event based on Battery is discharging. This occurs RMS input current has reached Output kVA or kW or RMS current has With the load on UPS, PhaseB output KVA Condition only causes an alarm, but should Push-button switch located on See 3.3.7 Battery Management All of the alarms before attempting to Status Communication Interfaces1 RS-232 Port Local Reporting Terminal Worldwide ReportingAuto-Dial Dial Out Pager Requesting InformationSiteScan Remote Alarm Status PanelSetting Up External Communication Devices Load on BypassOK to Transfer Momentary Overloads Input Power Failure Load on BatteryAutomatic Re-transfers to UPS Automatic OperationsOverloads Automatic Transfers to BypassAutomatic Module Off Line Maintenance Air Filters Routine MaintenanceBattery Maintenance Record LogBattery Safety Precautions Torque Requirements Battery voltage recordRecommended Test Equipment Reporting a ProblemDetecting Trouble Corrective ActionsMaintenance 101 Maintenance 102 Page Ne t
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