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Emerson Static Transfer Switch user manual Gate board viewing slot locations

Models: Static Transfer Switch

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Page 76

Image 76

Operating Instructions for the Touch Screen Interface

Figure 47 Gate board viewing slot locations

Viewing Slot for the Source 2 Gate Drive Board

GREEN LEDS ON THE GATE DRIVER BOARD ARE VIEWABLE THROUGH THIS SLOT INDICATE THAT THE STS IS ON SOURCE 2

Touch Screen

Viewing Slot for the Source 1 Gate Drive Board

GREEN LEDS ON THE

GATE DRIVER BOARD

ARE VIEWABLE

THROUGH THIS SLOT

INDICATE THAT THE

STS IS ON SOURCE 1

GREEN LEDS ON THE

GATE DRIVER BOARD

ARE VIEWABLE THROUGH

THIS SLOT INDICATE THAT

THE STS IS ON SOURCE 1

If the Color Graphical Display is not available, you can still use the following bypass procedures, ignore the steps to check the display and check the LEDs.

If your system contains the LED display, see 14.2.3 - Maintenance Bypass.

Page 76

Image 76

Emerson Static Transfer Switch user manual Gate board viewing slot locations

Contents

AC Power Liebert Static Transfer SwitchFor Business-Critical Continuity Page IMPORTANT SAFETY INSTRUCTIONS OVERVIEW OF MANUAL TABLE OF CONTENTS1.0 SAFETY PRECAUTIONS 2.0 UNPACKING AND INSPECTIONS 11.0 ALARM AND FAULTS 7.0 INSTALLATION DRAWINGS 8.0 INTRODUCTION TO LIEBERT STS2 OPERATIONS9.0 THEORY OF OPERATION 12.0 COMMUNICATION INTERFACES 15.0 SPECIFICATIONS13.0 LIEBERT STS2 TOUCH SCREEN DISPLAY 16.0 EVENT MESSAGE HELP TEXT 17.0 MAINTENANCE SUPPORT INFORMATION PROGRAMMABLE RELAY BOARD SETTINGS RECORDINPUT CONTACT ISOLATOR SETTINGS RECORD 17.2 Testing the Liebert STS2 17.3 Changing the Air FilterFIGURES TABLES IMPORTANT SAFETY INSTRUCTIONS SAVE THESE INSTRUCTIONSOVERVIEW OF MANUAL 1.0 SAFETY PRECAUTIONS Read this entire manual before installing and operating the unit2.2 Unloading and Handling 2.1 External Inspections2.0 UNPACKING AND INSPECTIONS 2.2.1 Handling Considerations 2.3 Internal Inspections2.2.2 Unit Preparation 3.1 Recommended Minimum Service Clearances 3.2 Heat Output3.3 Operating Environment 3.0 LOCATION CONSIDERATIONS3.4 Altitude Figure 1 Recommended derating for high altitude operation4.2 Leveling of the Static Switch Without Anchoring 4.3 Leveling and Anchoring the Static Switch Using Floor Stand4.1 Leveling and Anchoring the Unit to the Floor 4.0 LOCATING THE LIEBERT STS25.1 Input And Output Power Connections 5.0 POWER AND CONTROL WIRINGFigure 3 Typical static transfer switch one-line diagram 5.2 Input Junction Box Installation-OptionalInput/output conduit plate specifications Input junction box dimensions Input junction box terminal wire size rangePower and Control Wiring #6 to #2/0 AWG5.4 Control Wiring Connections 5.3 System Grounding5.6 Power Supply 5.5 Remote Source Selection WiringRemote source selection terminal block 6.1 Programmable Relay Board 6.2 Optimized Transfer6.0 OPTIONS Programmable relay board pinout6.3 Distribution Cabinet With I-Line Panelboard-100-600A Units Only 6.4 Input Contact Isolator Board6.5 Comms Board 6.6 Liebert IntelliSlot Web/485 Card With Adapter6.9 Key Lockout Switch 6.7 LED Display6.8 Remote Source Selection 6.10 Redundant Output Breaker6.12 Seismic Floor Anchors 6.11 Input Junction Boxes and Cables6.13 Seismic Floor Stand 7.0 INSTALLATION DRAWINGS Figure 5 Outline drawing 100 - 250 amp Liebert STS2Figure 6 Outline drawing 400 - 600 amp Liebert STS2 Installation DrawingsPS211400 Figure 7 Outline drawing 800 - 1000 amp Liebert STS2 Installation DrawingsPS211800 PS211101 Rev Installation Drawings PS211401Installation Drawings PS211801Installation Drawings Figure 11 Seismic anchorFRONT SYSTEM SEISMIC ANCHORING, FIGUREInstallation Drawings FRONTSYSTEM SEISMIC ANCHORING, FIGURE Figure 12 Seismic anchor drawing 400 - 600 amp Liebert STS2Installation Drawings Figure 13 Seismic anchor drawing 800 - 1000 amp Liebert STS2FRONT SYSTEM SEISMIC ANCHORING, FIGUREONE-LINE DIAGRAM Installation DrawingsFRONT VIEW Figure 14 Electrical field connectionsInstallation Drawings PS212101ONE-LINE DIAGRAM SECTION A-A Installation DrawingsFRONT VIEW drawing 400 - 600 amp Liebert STS2 with single output breakerInstallation Drawings PS212401breaker DrawingsInstallation Drawings PS212801Installation Drawings Figure 20 Liebert STS2 non-automatic circuit breaker scheduleCONTROL WIRING Installation DrawingsPS213000 Rev FRONT VIEW WITH FRONT DOOR REMOVEDCONTROL WIRING Installation DrawingsPS213800 FRONT VIEW WITH FRONT DOOR REMOVEDSee Note Page Figure 25 Control wiring for the input contact isolator board option Installation Drawings“NO CUSTOMER CONNECTION” J51 INPUT CONTACT ISOLATOR BOARD 02-810012-XXPS213002COMMS BOARD Figure 26 Control wiring for comms boardPS213003 TB3 TB3 TB2 DB-9J31. RS-232 communication through DB9 connector Front ViewPS213006 Rev DB9 Connector Detail APower Terminal Block Customer Connection of Input Power Racewayby others3-Phase, 3-Wire Plus Ground Location of Factory-Supplied Input Power Cable AssemblyALARM Installation DrawingsRESET MIMICFigure 31 LED display Installation DrawingsPS211002 Rev Installation Drawings Figure 32 Installation drawing, seismic floor stand 100-250APS215000 REV. NO PS215001 Rev Installation Drawingsstand Figure 34 Installation drawing, seismic floor stand 100-250A Installation DrawingsFRONT LEFT ISOMETRIC VIEW RIGHT SIDE VIEWInstallation Drawings Figure 35 Installation drawing, seismic floor stand 100-250APS215003 Rev HARDWARE TORQUE CHART InstallationPS216000 Rev.0 HEIGHT TABLEInstallation Drawings Figure 37 Installation drawing, seismic floor stand 400-600APS216001 Rev Installation Drawings Figure 38 Installation drawing, seismic floor stand 400-600APS216002 Rev Installation Drawings Figure 39 Installation drawing, seismic floor stand 400-600APS216003 Rev Installation Drawings Figure 40 Installation drawing, seismic floor stand 800-1000APS217000 Rev PS217001 Rev Installation Drawingsdrawing Installation Drawings Figure 42 Installation drawing, seismic floor stand 800-1000APS217002 Rev Installation Drawings Figure 43 Installation drawing, seismic floor stand 800-1000APS217003 Rev 8.0 INTRODUCTION TO LIEBERT STS2 OPERATIONS 8.1 System Description8.1.1 Redundancy 8.1.3 Factory Backup and Service Assistance 8.2 Modes of Operation8.1.2 Reliability and Agency Requirements 8.2.1 Normal Preferred Source8.2.4 Bypass 8.3 Operator ControlsFigure 44 Liebert STS2 touch screen display 9.1.1 Liebert STS2 Static Transfer Switch 9.1 General Description9.0 THEORY OF OPERATION 9.1.2 Source Transfer9.2 Detailed Component Description 9.1.4 Emergency Transfer9.1.5 Load Current Transfer Inhibit 9.1.6 SCR FailureHardware Firmware9.2.2 Circuit Breakers 9.2.3 SCRs9.2.4 Logic Modules 9.2.5 Audible Alarm9.2.6 RS-232 Port 10.0 OPERATING INSTRUCTIONS FOR THE TOUCH SCREEN INTERFACE 10.1 Normal System Turn-On Figure 45 Liebert STS2 touch screen display10.2 Manual Transfer / Preferred Source Selection Settings on pageFigure 46 Source transfer screen 10.3 Enabling Remote Source Selection 10.4 Maintenance BypassTo manually select the preferred source Figure 47 Gate board viewing slot locations To bypass the switch for Source 10.4.1 Bypass Procedures for SourceTo return to the normal mode 10.4.2 Bypass Procedures for Source 10.5.1 Shutdown in Static Transfer Switch Mode10.5.2 Shutdown in Maintenance Bypass Mode 10.5 Normal System Shutdown11.0 ALARM AND FAULTS 11.1 Event Mask11.2.1 Event Log 11.2 Event and History Logs11.2.2 History Log 11.3 Alarm Notes 11.4 List of MessagesAlarm and Faults Alarm MessageEvent messages Description/CauseAlarm and Faults Event messages continued12.1 Using the RS-232 Port 12.0 COMMUNICATION INTERFACES12.1.1 Connecting and Using a Terminal Terminal commands12.1.2 Configuring the Liebert STS2 via the Terminal Terminal commandsGroups Parameter Item ParameterValue Parameter Table 11 Group settings and valuesTable 10 Value types Table 11 Group settings and values continued Communication Interfaces12.1.3 Setting Bitpacked Options with the Terminal Options1Comms Options Comms OptionsNon-Critical Option Enabling Critical Option EnablingTable 12 Binary-hexadecimal conversions Putting the Terminal Command Together 12.1.4 Setting Event Masks with the TerminalSPT 2 NO spaces are placed between each mask listed aboveExamples of Event Mask Settings 13.0 LIEBERT STS2 TOUCH SCREEN DISPLAY 13.1 Display OverviewFigure 48 Liebert STS2 touch screen display 13.2 Menu Overview Figure 49 MenusClick OK to save the data that you have entered Figure 50 Keyboard and keypad displaysUsing the Optional Key Lockout Switch Using the PasswordFigure 51 Key lockout switch To set or reset the password13.6.1 Configuration Menu 13.3 Mimic Display13.4 Event Controls 13.5 Event DisplayUser Settings To access the User Settings dialog boxTo set the event masks Figure 52 Event mask dialog boxFigure 53 User settings dialog box Source Set PointsFigure 54 Source setpoints To configure the setpoints for each sourceTable 13 Sepoint parameters 8. Select FREQUENCY TRIP POINT. A keypad is displayed System Settings To access the System Settings menuComm Options Comm Options System Options System IDTo configure the modem Configuring the ModemFigure 56 Modem dialog box Configuring Pager Support Configuring the Input Contact Isolator SettingsTo configure the Input Contact Isolator relays Figure 57 Input contact isolator dialog boxTable 14 Standard settings for programmable relays Configuring the Programmable Relay Board SettingsTo configure your programmable relay boards for user defined settings Configuring the Liebert IntelliSlot Web/485 Card With Adapter Figure 58 Programmable relay board dialog boxLiebert SiteScan Configuration Saving Your Communications ConfigurationsTo save you communications configuration settings System Options4-Pole Transfer Switch If the Liebert STS2 is connected to a PDU configured as a WyeShunt Wye Output Transformer13.6.2 Logs Event LogHistory Log Figure 60 Event log13.7 Cleaning the LCD Touch Screen 13.6.4 Startup Procedure13.6.5 Bypass Procedure 13.6.3 Source Transfers14.1 LEDs and Buttons and Key Lockout Switch PS211002 Rev14.0 OPERATING THE LIEBERT STS2 LED DISPLAY 14.1.1 Front Panel ControlsTable 15 LED and push button description 14.1.2 LED and Push Button DescriptionOperating the Liebert STS2 LED Display 14.1.4 Key Lockout Switch Figure 63 Key lockout switch14.2 Operations 14.1.3 Event Controls14.2.2 Manual Transfer / Preferred Source Selection To manually select the preferred source 14.2.3 Maintenance Bypass Bypass Procedures for SourceIf transfer to Source 2 is not desired To return to the normal modeIf transfer to Source 1 is not desired Bypass Procedures for SourceTo return to normal mode Shutdown in Static Transfer Switch Mode Shutdown in Maintenance Bypass ModeWhen the Static Transfer Switch is operating on bypass 14.2.4 Normal System Shutdown15.1 System Configuration 15.0 SPECIFICATIONS15.1.1 Frequency 15.1.2 Input/Output Voltage15.1.4 Grounding 15.1.5 Electrical Requirements15.1.6 Input Surge Suppression 15.1.7 Response Time15.2 System Components 15.2.1 Frame and Enclosure15.2.2 Casters, Leveling and Seismic Anchoring 15.2.3 Cooling15.2.4 Access 15.2.5 Circuit Breakers15.2.6 Cable Entrance 15.2.7 Doors15.2.9 RS-232 Port 15.2.10 Terminal Port ConnectionsTable 21 MTA plug pinout DB9 pinout15.2.12 Maintenance Bypass Table 23 RS-232 settings15.2.11 RS-232 Interface Parameters 15.2.13 Fuseless Design16.0 EVENT MESSAGE HELP TEXT Event Message Help TextEvent Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text Event Message Help Text 17.2 Testing the Liebert STS2 17.0 MAINTENANCE17.1 Proper Tightening of Nuts and Bolts 17.3 Changing the Air FilterSUPPORT INFORMATION PROGRAMMABLE RELAY BOARD SETTINGS RECORD Channel Channel Channel Channel Channel Channel ChannelMaintenance Channel Channel Channel PRB NotesINPUT CONTACT ISOLATOR SETTINGS RECORD Channel Channel Channel Channel Channel Channel Channel ChannelPage Ensuring The High Availability 0f Mission-Critical Data And ApplicationsNe t ti n