Liebert Series 610 user manual Mimic Panel

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Control Panel Description

3.0CONTROL PANEL DESCRIPTION

Refer to Figure 5.

3.1Mimic Panel

The Mimic panel consists of the following:

•UPS SYSTEM 1 - PRIMARY BYPASS

•UPS SYSTEM 2 - PRlMARY BYPASS

•UPS SYSTEM 1 - ON BYPASS

•UPS SYSTEM 2 - ON BYPASS

•LOAD 1 CIRCUIT BREAKER

•LOAD 2 CIRCUIT BREAKER

•TIE CIRCUIT BREAKER

•LOAD 1 - NORMAL

•LOAD 1 - ON SYSTEM 2

•LOAD 1 - SYSTEMS TIED

•LOAD 1 - OFF

•LOAD 2 - NORMAL

•LOAD 2 - ON SYSTEM 1

•LOAD 2 - SYSTEMS TIED

•LOAD 2 - OFF

•CONTROL STATUS - SYNCHRONIZING

•CONTROL STATUS - TRANSFERRING

UPS System 1 - Primary Bypass

This light turns on when UPS System 1 is the selected Primary Bypass. When lit, the light indicates the UPS Modules of both UPS systems are synchronizing to the bypass of UPS System 1, when sys- tems are tied or in the process of transferring load.

UPS System 2 - Primary Bypass

This light turns on when UPS System 2 is the selected Primary Bypass. When lit, the light indicates that the UPS Modules of both UPS systems are synchronizing to the bypass of UPS System 2, when systems are tied or in the process of transferring load.

UPS System 1 - On Bypass

This light turns on when UPS System 1 is on Bypass.

UPS System 2 - On Bypass

This light turns on when UPS System 2 is on bypass.

Load 1 Circuit Breaker

These two lights indicate the OPEN (Red light) or CLOSED (Green light) state of the Load 1 circuit breaker.

Load 2 Circuit Breaker

These two lights indicate the OPEN (Red light) or CLOSED (Green light) state of the Load 2 circuit breaker.

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Contents Continuous POWER-TIE Configuration Page Table of Contents Operating Instructions Initial System Start-Up 4.2 Basic OperationFunction System FlexibilityInter-System Isolation and Reliability Basic Dual-Bus Power-Tie one-line diagram Power-Tie systems fault isolation issues Power-Tie systems control interface diagram Control System Features Operational DescriptionMomentary Tie Operation Intersystem SynchronizingMomentary Tie Transfer Controls Intersystem Sync and Power Sharing Continuous TieContinuous Tie/Transfer/Parallel Control Tie System ComponentsModes of Operation Power-Tie system one-line diagram Continuous Power-Tie Checking for Phase, Voltage, and CapacitySelecting a Line Sync Source Synchronizing the UPS SystemsControl panel layout Separating Tied Systems Load Transfers Between UPS SystemsCombined Loads on One System from Continuous Tie Operation Combined Loads on One System to Continuous Tie OperationDesign Criteria Line Sync Signal Power-Tie system fault isolation issues Power-Tie systems fault tolerance Improper User Operation Transfer OperationTie Operation Tie Circuit Breaker or Logic Faults What Happens If a Failure Occurs During a Power TransferRecommendations Tie Circuit Breaker Selection Hardware FailuresMimic Panel Load Transfer Controls Transfer Control Disabled Transfer Function AvailableTransfer Function Available OK to Transfer Load 1 to System Transfer Function Available OK to Transfer Load 2 to SystemContinuous Tie Control Control InhibitsManual Controls Normal Transfer Operation Configurations Maintenance Procedures Isolating Each UPS SystemInitial System Start-Up Basic OperationTransfer of Load Between Two Systems Maintenance Procedures Maintaining Power-Tie Components Maintenance Procedures Tie Control Logic ComponentsTrouble Recovery Abnormal OperationsImproper Transfer Circuit Breaker FailureNormal Operating Configuration Continuous Tie-SystemsTying the UPS Systems Continuous Parallel Operations Abnormal Operations Isolation for Maintenance Power-Tie system one-line diagram Operation Scenarios/Transfer Procedures See 4.2.4 Isolating a UPS System for Maintenance Combined Loads OperationSee 4.2.5 Transfer of Load Between Two Systems See 4.2.11 Tying the UPS Systems Continuous Parallel OperationsSee 4.2.3 Maintenance Procedures Isolating Each UPS SystemOne system in bypass to Continuous Tie operation Option Operating Instructions Page Technical Support/Service Company Behind the ProductsLocations