Vertiv Liebert EXL S1 Operation And Maintenance Manual
  1. Manuals
  2. Brands
  3. Vertiv Manuals
  4. UPS
  5. Liebert EXL S1
  6. Operation and maintenance manual

Vertiv Liebert EXL S1 Operation And Maintenance Manual

250kva - 1200kva, 60hz, three-phase ups, single-module and multi-module distributed bypass
Hide thumbs Also See for Liebert EXL S1:
Table of Contents

Advertisement

Quick Links

Liebert® EXL S1
Operation and Maintenance Guide
250kVA – 1200kVA, 60Hz, Three-Phase UPS, Single-Module and Multi-Module 
(Distributed Bypass)

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Liebert EXL S1 and is the answer not in the manual?

Questions and answers

Related Manuals for Vertiv Liebert EXL S1

Summary of Contents for Vertiv Liebert EXL S1

  • Page 1 Liebert® EXL S1 Operation and Maintenance Guide 250kVA – 1200kVA, 60Hz, Three-Phase UPS, Single-Module and Multi-Module  (Distributed Bypass)
  • Page 2 The products covered by this instruction manual are manufactured and/or sold by Vertiv This document is the property of Vertiv and contains confidential and proprietary information owned by Vertiv. Any copying, use or disclosure of it without the written permission of Vertiv is strictly prohibited.

  • Page 3: Table Of Contents

    2.7 Module Load Bank Testing with the Critical Bus on Inverter 2.8 Transformer Energization 3 Options 3.1 Remote Alarm Status Panel 3.1.1 Lamp Test/Reset Push Button 3.1.2 Audio Reset Push Button Vertiv | Liebert® EXL S1 Operation and Maintenance Guide |...
  • Page 4 4.5 Reporting a Problem 4.6 Upstream Feeder Circuit Breaker Setting Inspections 5 Specifications Appendices Appendix A: UPS Messages—Status, Alarms, and Faults Appendix B: Performance Data Appendix C: Liebert® EXL S1 Efficiency Curves Vertiv | Liebert® EXL S1 Operation and Maintenance Guide |...

  • Page 5: Important Safety Instructions

    Save These Instructions This manual contains important instructions that should be followed during operation and maintenance of the Liebert® Liebert EXL S1 uninterruptible power system and DC source. WARNING! Risk of electric shock. Can cause equipment damage, injury or death.
  • Page 6 One person should never work alone. A second person should be standing nearby to assist and summon help in case an accident should occur. This is particularly true when work is performed on the DC source. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 7: Battery Cabinet Precautions

    Le non-respect de ces consignes comporte des risques liés à la fumée, au feu ou à l’électricité.Composez le Vertiv™ avant de déplacer des armoires de batteries (après l’installation initiale). Reportez-vous aux recommandations du fabricant relatives à la manipulation et à l’entretien pour les systèmes qui utilisent d’autres sources d’alimentation c.c.
  • Page 8 This page intentionally left blank Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 9: Introduction

    The Vertiv™ Liebert® EXL S1 provides continuous, high-quality AC power to business-critical equipment, such as telecommunications and data processing equipment. The Liebert EXL S1 supplies power that is free of the disturbances and variations in voltage and frequency common to utility power, which is subject to brownouts, blackouts, surges and sags.
  • Page 10 Figure 1.2 Typical single-module UPS one-line diagram, dual input with static bypass and back-feed disconnect Item Description UPS cabinet Bypass AC Input Rectifier AC Input To DC supply AC output Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 11 Bottom Slots 1, 2, 3 for Vertiv™ Liebert® IntelliSlot Communication Cards. NOTE: The center bay is serial interface for Vertiv LIFE™ Services. AP202-XP12 - Selectable Output Dry Contacts, 6 Form C Contacts XP6-AP30-XP3 - DP-9 connectors; Serial Interface For Service AP30-XP12 - Selectable Output Dry Contacts, 6 Form C Contacts AP30-XP11 - Selectable Input Dry Contacts;...

  • Page 12: Modes Of Operation

    UPS inverter without interruption. The load can be transferred from the bypass source to the inverter in a make-before-break operation. ECO Mode may be activated or deactivated through the OPERATE menu screen of the Touchscreen Control Panel. Energy saving must be enabled through the SETUP Context Menu. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 13: Intelligent Paralleling

    UPS Inverter and Maintenance Bypass may result in equipment damage and loss of load. A number of options are available from Vertiv for the Liebert® EXL S1 (some options are not available for all ratings). Below are the most frequently provided options. Others are available. Contact your Vertiv representative for more information.
  • Page 14 • Battery and Racks—The batteries provide power in the event of utility power loss. The Liebert EXL S1 can use a variety of battery types, provided the battery plant is designed for the UPS DC voltage range and the load requirements of the application.

  • Page 15: Setpoints (User Adjustable)

    1.3.1 Setpoints (User Adjustable) The following will change the settings of the modules: • Screen Saver - Enable/Disable • Display Options • Customize Layout • Display Properties (Language, Theme, Back-Light Off Timer, Alarm Window Timeout, Auto-Logout Timer, Display Brightness, Status Indicator Brightness, Calibrate Touchscreen) •...
  • Page 16 This page intentionally left blank Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 17: Operation

    • Shutdowns—Including module shutdowns for maintenance and emergency shutdowns. Figure 2.1 on the next page to Figure 2.4 on page 17, illustrate several of the possible maintenance bypass configurations for Liebert EXL S1 systems. 2 Operation...
  • Page 18 Figure 2.1 Maintenance bypass configurations—Two breakers and back-feed disconnect Item Description Maintenance-bypass panelboard/switchboard UPS cabinet Bypass AC input Optional interlock AC output Module AC output Module AC input To DC supply Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 19 Figure 2.2 Maintenance bypass configurations—Three breakers and back-feed disconnect for single-input UPS Item Description Maintenance-bypass panelboard/switchboard UPS cabinet Bypass AC input Optional interlock AC output Module AC output To DC supply Module AC output 2 Operation...
  • Page 20 Figure 2.3 Maintenance bypass configurations—Three breakers for dual-input UPS Item Description Maintenance-bypass panelboard/switchboard UPS cabinet Bypass AC input Optional interlock AC output Module AC output To DC supply Module rectifier AC input Module AC input Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 21 Figure 2.4 Maintenance bypass configurations—Four breakers for dual-input UPS Item Description Maintenance-bypass panelboard/switchboard UPS cabinet Bypass AC input Optional interlock AC output Module AC output To DC supply Module Rectifier AC input Module Bypass AC input 2 Operation...

  • Page 22: Startup-Single Module System

    (or at the time of) the shutdown. Some or all of the alarm conditions may have been resolved. Contact Vertiv technical support for assistance in clearing any remaining alarm messages. If the system is a multi-module system, verify that the UPS is in Maintenance Bypass Mode, then open the Module Output Breakers (in the distribution switchboard) because the output bus provides an additional source of control power.
  • Page 23 11. Verify that the UPS inverter is connected to the collective bus. NOTICE Risk of equipment damage. If an abnormal situation occurs during startup, open the circuit breakers and investigate the problem. Call Vertiv™ Technical Support if help is required. 2 Operation...

  • Page 24: Load Transfer And Re-Transfer-Single-Module System

    NOTE: If the maintenance bypass cabinet or switchboard has any other type of custom interlock, follow the specific instructions for that interlock system to remove the key. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 25 If using a key interlock system, depress the key-release unit push button, turn the key and remove it from key- release unit. NOTE: The UPS is now locked in bypass and cannot be re-transferred to the inverter until the key is reinserted. 2.

  • Page 26: Ups Shutdown-Single-Module System

    NOTE: If the system was shut down in response to an Emergency Off, there may be alarm messages on the touchscreen that describe system conditions before (or at the time of) the shutdown. Some or all of the alarm conditions may have been resolved. Contact Vertiv™ Technical Support for assistance in clearing any remaining alarm messages.
  • Page 27 Contact the factory to obtain the relevant document. Firmware versions for each UPS module can be identified via the Touchscreen Control Panel. NOTE: The following procedure assumes that the UPS installation inspection and initial startup have been performed by Vertiv™-authorized technician. A Vertiv-authorized representative must perform the initial system startup to ensure proper system operation. 2 Operation...
  • Page 28 12. From the Touchscreen Control Panel of one of the energized UPS modules, touch OPERATE > UNIT OPERATIONS > Inverter On > System. 13. Verify that each energized UPS module automatically transfers to Inverter. The critical load should be on the UPS Inverter. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 29: Load Transfer-1+N System: Transfer System Inverter To Bypass

    2.3.2 Load Transfer-1+N System: Transfer System Inverter to Bypass This section lists typical step-by-step instructions to transfer the UPS system from Inverter Mode to Bypass Mode. The critical load should be on the UPS Inverter. From the Touchscreen Control Panel of any UPS module in the system, touch OPERATE > UNIT OPERATIONS > Inverter Off >...

  • Page 30: Load Transfer-1+N System: Add A Ups To The System (Collective)

    The UPS must be on internal bypass before performing the following procedures and operating the MIB or the MBB, or damage to the UPS may occur and the critical load may be lost. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 31 Maintenance Bypass Load Transfers-1+N Module System: If Load is on UPS Bypass This section lists typical step-by-step instructions to transfer the UPS system from Bypass to Maintenance Bypass. Transfer the UPS system to bypass (see Load Transfer-1+N System: Transfer System Inverter to Bypass page 25).

  • Page 32: Shutdown-1+N System Shutdown

    If the UPS system is operating in Inverter Mode, transfer the UPS system to bypass (see Load Transfer-1+N System: Transfer System Inverter to Bypass on page 25). The OK to Transfer lamp on the key-release unit will light. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 33: Energy Saving Mode Activation And Deactivation

    2. If an external, wraparound bypass is installed, perform the following steps; otherwise skip to step 3. If using a key interlock system: a. Press the key-release unit push button. b. Turn the key and remove it from the key-release unit. NOTE: The UPS system is now locked in bypass and cannot be transferred until the key is returned.

  • Page 34: Test Operation Mode

    Turn Off the inverter from the Touchscreen Control Panel of the isolated UPS module, touch OPERATE > UNIT OPERATIONS > Inverter Off -> Single. 2. Verify that the inverter of the isolated module turns Off and the Bypass Static Switch (BPSS) of that module turns On. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 35: System Load Bank Testing

    3. Disable Test Operation Mode from the Touchscreen Control Panel of the isolated UPS module, touch OPERATE > UNIT OPERATIONS > Test Operation Mode Activation Setup > Disable. 4. Open the external Module Battery Disconnect(s) (MBD) of the isolated module. 5.

  • Page 36: Transformer Energization

    The UPS shall support multiple downstream transformers being energized one at a time with a recommended 5-second break between transformer startups. If your connected PDU load exceeds 2X system load Vertiv™ recommends to go to maintenance bypass. When energizing multiple downstream transformers, Vertiv recommends that these transformers be designed for low inrush.

  • Page 37: Options

    3 OPTIONS NOTE: These items must be enabled by Vertiv™ Services before they become functional. If a feature is disabled, the feature will not be available and the menu item will not be displayed. 3.1 Remote Alarm Status Panel The Remote Alarm Status Panel (RAS) uses LED status indicators that allow the operator to monitor the UPS.

  • Page 38: Dc Ground Fault

    DC systems directly attached to the UPS and which have no field wiring. Vertiv™ recommends that you understand the applicable requirements in your area because local codes may have different interpretations and there may be internal requirements that systems have DC ground fault detection systems. For details, contact your local Vertiv representative.

  • Page 39: Maintenance

    Mark any disconnected wires so they can be properly reconnected. Do not substitute parts except as authorized by Vertiv. Keep the UPS cabinets free of foreign materials such as solder, wire cuttings, etc.

  • Page 40: Routine Maintenance

    4.2 Routine Maintenance Become thoroughly familiar with the equipment, but never go beyond the specific procedures in this manual while performing maintenance or correcting a malfunction. If there is any doubt as to what must be done, contact Vertiv™ Technical Support.

  • Page 41: Air Filters

    4.2.3 Limited Life Components The Liebert EXL S1 has a design life well in excess of 10 years. Well-maintained units can continue to provide economic benefits for 20 years or more. Long-life components are used in the UPS wherever practical and cost-effective. However, due to the currently available component material, manufacturing technology limitations and the general function and use of the component, a few components in the UPS will have a shorter life cycle and require replacement in less than 10 years.

  • Page 42: Battery Maintenance

    Un fusible c.c. grillé indique un problème majeur. De graves blessures ou des dommages importants aux équipements peuvent survenir si le fusible est remplacé sans avoir identifié la cause de la panne. Communiquer avec le centre de service de Vertiv™ pour de l’assistance. 4.3.1 Battery Safety Precautions Servicing of batteries must be performed or supervised by personnel experienced with batteries and the required precautions.
  • Page 43 A battery can present a risk of electrical shock and high short circuit current. The following precautions should be observed when working on batteries: • Remove watches, rings and other metal objects. • Use tools with insulated handles. • Wear rubber gloves and boots. •...

  • Page 44: Torque Requirements

    Zinc Plating Threads/ No Washer/ No Washer/ Thread No Washer/ No Washer/ Size Size Inch, Tpi Flat Washer Flat Washer Pitch, Tp Flat Washer Flat Washer 5/16 0.75 1.25 7/16 1.25 Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 45: Detecting Trouble

    Vertiv™ Services. 4.5 Reporting a Problem If a problem occurs, review all alarm messages along with other pertinent data, and contact Vertiv Technical Support. Visit the product page at www.Vertiv.com for the technical support contact for your area. 4.6 Upstream Feeder Circuit Breaker Setting Inspections During normal UPS operations, short-term overload current demand from the bypass source may reach 10 times the UPS output current rating.
  • Page 46 Vertiv™ highly recommends periodic inspections of the bypass feeder breaker instantaneous trip settings, as well as the module input (rectifier) feeder breaker trip settings, to ensure that they are correct. For a variety of reasons, although typically during circuit breaker maintenance procedures by others, trip settings have been inadvertently left improperly set.

  • Page 47: Specifications

    Battery Float Voltage, VDC DC Ripple at Float Voltage < 1.0% (RMS value) < 3.4% Vpp ™ Temperature Compensated Battery Charging Standard with Vertiv Battery Cabinets Output Parameters Load Power Factor Supported (Without Derating) 0.7 Leading to 0.4 Lagging Output Voltage, VAC...
  • Page 48 ANSI C62.41, Category B3 Electrostatic Discharge (ESD) Immunity IEC 61000-4.2 Level 2 (4kV) contact; Level 3 (8kV) air IBC 2015, CBC 2016, ASCE, OSHPD Seismic Consult the factory for further details. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 49 Table 5.2 Dimensions and Weights—With and Without Options UPS Rating Installed Options Approximate Dimensions WxDxH, in. Weight Voltage Back-Feed Bypass Common (mm) Unpackaged, Disconnect (Sharing) Mode lb (kg) (BFD) Inductors Choke 63.0 x 36.0 x 79.1 400/500 400/500 — — —...
  • Page 50 0% to 95%, maximum non-condensing for operation and storage Operating Elevation Sea level to 3300 ft (1000 m) without derating Storage Elevation Sea level to 50,000 ft (15,240 m) Acoustical Noise at 39 inches (990 mm), dBA 78 (72 at partial load) Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 51 Table 5.4 Current-versus-time curves of inverter overload capacity Ambient Temperature 77°F (25°C) 86°F (30°C) 95°F (35°C) 104°F (40°C) Time, sec. Time, sec. Time, sec. Time, sec. Load % Load % Load % Load % 200% 200% 200% 200% 158% 158% 158% 158% 155%...
  • Page 52 This page intentionally left blank Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 53: Appendices

    APPENDICES Appendix A: UPS Messages—Status, Alarms, and Faults Table A.1  Status Messages Component Type Text Display Description Battery Status Battery warning 04-000 A warning is pending. Battery Status Battery fault 04-001 A fault is pending. Battery Status Battery idle 04-002 The battery is idle;...
  • Page 54 Charger in Current Charger/Booster Status 03-039 Displayed as long as the voltage reference is lower than the nominal. Limitation Charger/Booster Status Charging Status OFF 03-040 — Charger/Booster Status Charging Status INIT 03-041 — Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 55 Table A.1  Status Messages (continued) Component Type Text Display Description Charging Status FLOAT Charger/Booster Status 03-042 — Charging Status FLOAT Charger/Booster Status 03-043 — Charger/Booster Status Charging Status POST 03-044 — Charger/Booster Status Charging Status PAUSE 03-045 — Charging Status Charger/Booster Status 03-046...
  • Page 56 Inverter is off 06-000 — Inverter Status Inverter is turning on 06-001 — Inverter Status Inverter is on 06-002 — Inverter is stopped due Inverter Status 06-003 — to a fault Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 57 Table A.1  Status Messages (continued) Component Type Text Display Description Inverter Status Inverter fault 06-004 Set when a blocking fault is present on the inverter stage. Synchronization Source: Inverter Status 06-005 — Bypass Synchronization Source: Inverter Status 06-006 — Output Synchronization Source: Inverter Status...
  • Page 58 Set when MUN does not receive replies from modem. detected Parameter can not be read from DSP. Status Parameter read failed 08-054 Set when Parameter Reading returns with an exception Reset when Parameter Reading returns with an OK. Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 59 Table A.1  Status Messages (continued) Component Type Text Display Description Parameter can not be written to DSP. Status Parameter set failed 08-055 Set when Parameter Writing returns with an exception. Reset when Parameter Writing returns with an OK. Life is in Service mode, so emergency calls are not sent to station (used when Status Life Service Mode 08-060...
  • Page 60 Alarm 21-012 Bypass input switch is open. Switch Open Bypass mains Bypass Alarm 21-013 Warning set after delay defined by P 110. failure Bypass in Overload Bypass Alarm 21-014 — Condition Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 61 Table A.2  Alarm Messages (continued) Component Type Text Display Description Bypass ON command disabled (SW bypass inhibition to avoid DC capacitor Bypass Alarm Bypass disabled 21-016 overcurrent. Detected on DIC Inv. when DC link higher than ([SQRT2 * Phase voltage RMS] -30V), delay 0.4 seconds).
  • Page 62 Loss MI-B Ph. W-C Communication General Alarm 20-209 — Loss MI-B BB Fan Failure Phase General Alarm 20-210 — Fan Failure Phase General Alarm 20-211 — Fan Failure Phase General Alarm 20-212 — Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 63 Table A.2  Alarm Messages (continued) Component Type Text Display Description Fan Failure Buck- General Alarm 20-213 — Booster Battery Switch General Alarm Open - Do Not 20-214 — Close General Alarm CPU Time Slice 20-215 — Fan Failure Static General Alarm 20-222 —...
  • Page 64 08-055 Set when Parameter Writing returns with an exception. failed Reset when Parameter Writing returns with OK. Vertiv™ LIFE™ is in Service Mode, so emergency calls are not sent to station (used Status Life Service Mode 08-060 when a service engineer is operating on the device).
  • Page 65 Table A.2  Alarm Messages (continued) Component Type Text Display Description MUN/DSP are not Status 08-097 — Sync with SYNW Life Measures Status 08-098 Ignore measures history and restart sampling from current time. Sampling Started System Time Status 08-110 Set when device time is moved ahead after time adjustment from Life Station. Moved Ahead System Time Status...
  • Page 66 Bypass Fault E.P.O. 31-020 — Bypass hardware Output voltage is out of tolerance and the bypass input is within tolerance (SW Bypass Fault 31-021 failure detected fault monitoring output signals). Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 67 Table A.3  Fault Messages (continued) Component Type Text Display Description Bypass hardware Bypass Fault 31-022 Set when the bypass static switch board is not installed (i.e., bypass voltage < 170 V). failure Back-feed Bypass Fault 31-023 Back-feed fault has been detected. Enabled by P142. protection Bypass Fault...
  • Page 68 — DSP ADC Serial General Fault 30-163 — Comm Failure DSP Signal General Fault 30-164 — Software Failure General Fault Fast De-saturation 30-178 — High Ambient General Fault 30-202 — Temperature Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 69 Table A.3  Fault Messages (continued) Component Type Text Display Description Input Contact General Fault 30-203 — Wiring Error SMPS DC Supply General Fault 30-216 — Failure SMPS Single AC General Fault 30-217 — Supply Failure SMPS Double AC General Fault 30-218 —...
  • Page 70 Set by M.I. Phase W-B XP21 Pin 7 -8. Indicates output fuse Phase W is open. Phase W-C Inverter Fault Overtemperature 36-125 Inverter B overtemperature fault Phase U-A Inverter Fault Overtemperature 36-126 Inverter B overtemperature fault Phase V-B Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 71 Table A.3  Fault Messages (continued) Component Type Text Display Description Inverter Fault Overtemperature 36-127 Inverter B overtemperature fault Phase W-C Inverter DC/AC de- Inverter Fault 36-128 De-saturation Phase U group B saturation Inverter DC/AC de- Inverter Fault 36-129 De-saturation Phase V group B saturation Inverter DC/AC de- Inverter...
  • Page 72 Desaturation Phase U Group B. saturation Failure Rectifier De- Rectifier Fault 32-083 Desaturation Phase V Group B. saturation Failure Rectifier De- Rectifier Fault 32-084 Desaturation Phase W Group B. saturation Failure Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 73 Table A.3  Fault Messages (continued) Component Type Text Display Description Temp Probe B Rectifier temperature sensor fault SW has been detected; based on M.I. value Rectifier Fault 32-085 Broken Phase U-A outside sensor limit interval -15°C < T< +150°C for 60 seconds (P 1780.6). Temp Probe B Rectifier temperature sensor fault SW detected;...
  • Page 74 This page intentionally left blank Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...

  • Page 75: Appendix B: Performance Data

    Appendix B: Performance Data The technical illustrations are in the order of the drawing part number. Table B.1 below, groups the drawings by topic/application. Table B.1 Performance Data Graph Drawing Number Model Size Inverter AC-AC Efficiency ES1-18-S062 250kVA/kW ES1-18-S019 300kVA/kW ES1-18-S025 400kVA/kW, 415V ES1-18-S020...

  • Page 76: Appendix C: Liebert® Exl S1 Efficiency Curves

    ES1-18-0060 1100kVA/KW ES1-18-0061 1200kVA/KW Inverter Overload Curves ES1-18-S045 Inverter Overload Curves, Temperature v. Time Bypass Overload Curves ES1-18-S0046 Bypass Overload Curves, Temperature v. Time Appendix C: Liebert® EXL S1 Efficiency Curves Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 77 TYPICAL, SMS AND 1+N 250kVA/250kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 78 TYPICAL, SMS AND 1+N 300kVA/300kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 79 1 OF 1 J. SHIPMAN ES1-18-S025 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 400kVA/400kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 80 TYPICAL, SMS AND 1+N 400kVA/400kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 81 1 OF 1 J. SHIPMAN ES1-18-S026 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 82 1 OF 1 J. SHIPMAN ES1-18-S021 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 83 1 OF 1 J. SHIPMAN ES1-18-S022 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 600kVA/600kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 84 1 OF 1 J. SHIPMAN ES1-18-S007 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 625kVA/625kW, TYPICAL S. MAJOR 10/10/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR P.O. BOX 29186 LIEBERT EXL S1 S. MAJOR COLUMBUS, OH 43229...
  • Page 85 1 OF 1 J. SHIPMAN ES1-18-S008 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 750kVA/750kW, TYPICAL S. MAJOR 10/10/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 86 1 OF 1 J. SHIPMAN ES1-18-S009 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 800kVA/800kW, TYPICAL S. MAJOR 10/10/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 87 1 OF 1 J. SHIPMAN ES1-18-S001 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1000kVA/1000kW, TYPICAL S. MAJOR 06/162017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 88 1 OF 1 J. SHIPMAN ES1-18-S002 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1100kVA/1100kW, TYPICAL S. MAJOR 06/16/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 89 1 OF 1 J. SHIPMAN ES1-18-S003 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1200kVA/1200kW, TYPICAL S. MAJOR 06/16/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 90 TYPICAL, SMS AND 1+N 250kVA/250kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 91 TYPICAL, SMS AND 1+N 300kVA/300kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 92 1 OF 1 J. SHIPMAN ES1-18-S033 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 400kVA/400kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 93 TYPICAL, SMS AND 1+N 400kVA/400kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 94 1 OF 1 J. SHIPMAN ES1-18-S034 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 95 1 OF 1 J. SHIPMAN ES1-18-S029 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 96 1 OF 1 J. SHIPMAN ES1-18-S030 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 600kVA/600kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 97 1 OF 1 J. SHIPMAN ES1-18-S010 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 625kVA/625kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 98 1 OF 1 J. SHIPMAN ES1-18-S011 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 750kVA/750kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 99 1 OF 1 J. SHIPMAN ES1-18-S012 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 800kVA/800kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 100 1 OF 1 J. SHIPMAN ES1-18-S004 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1000kVA/1000kW, TYPICAL S. MAJOR 06/26/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 101 1 OF 1 J. SHIPMAN ES1-18-S005 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1100kVA/1100kW, TYPICAL S. MAJOR 06/26/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 102 1 OF 1 J. SHIPMAN ES1-18-S006 ECN NO. DESIGNED BY: DATE (LATEST REV.) SMS 1200kVA/1200kW, TYPICAL S. MAJOR 06/26/2017 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 103 TYPICAL, SMS AND 1+N 250kVA/250kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 104 TYPICAL, SMS AND 1+N 300kVA/300kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 105 1 OF 1 J. SHIPMAN ES1-18-S041 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 400kVA/400kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 106 TYPICAL, SMS AND 1+N 400kVA/400kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 107 1 OF 1 J. SHIPMAN ES1-18-S042 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 108 1 OF 1 J. SHIPMAN ES1-18-S037 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 109 1 OF 1 J. SHIPMAN ES1-18-S038 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 600kVA/600kW S. MAJOR 11/16/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 110 1 OF 1 J. SHIPMAN ES1-18-S014 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 750kVA/750kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 111 1 OF 1 J. SHIPMAN ES1-18-S015 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 800kVA/800kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 112 1 OF 1 J. SHIPMAN ES1-18-S016 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1000kVA/1000kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 113 1 OF 1 J. SHIPMAN ES1-18-S017 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1100kVA/1100kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 114 1 OF 1 J. SHIPMAN ES1-18-S018 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1200kVA/1200kW S. MAJOR 02/09/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 115 TYPICAL, SMS AND 1+N 250kVA/250kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 116 TYPICAL, SMS AND 1+N 300kVA/300kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 117 1 OF 1 J. SHIPMAN ES1-18-S049 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 400kVA/400kW S. MAJOR 01/07/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 118 TYPICAL, SMS AND 1+N 400kVA/400kW ECN NO. DESIGNED BY: DATE (LATEST REV.) ECN NO JASON ZHANG 1/16/2020 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 REF DWG S. MAJOR COLUMBUS, OH 43229 FORM NO. DPN004658 Rev0...
  • Page 119 1 OF 1 J. SHIPMAN ES1-18-S050 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 01/07/2018 415V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 120 1 OF 1 J. SHIPMAN ES1-18-S054 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 500kVA/500kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 121 1 OF 1 J. SHIPMAN ES1-18-S055 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 600kVA/600kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 122 1 OF 1 J. SHIPMAN ES1-18-S056 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 625kVA/625kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 123 1 OF 1 J. SHIPMAN ES1-18-S057 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 750kVA/750kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 124 1 OF 1 J. SHIPMAN ES1-18-S058 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 800kVA/800kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 125 1 OF 1 J. SHIPMAN ES1-18-S059 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1000kVA/1000kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 126 1 OF 1 J. SHIPMAN ES1-18-S060 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1100kVA/1100kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 127 1 OF 1 J. SHIPMAN ES1-18-S061 ECN NO. DESIGNED BY: DATE (LATEST REV.) TYPICAL, SMS AND 1+N 1200kVA/1200kW S. MAJOR 01/07/2018 480V 60Hz REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR LIEBERT EXL S1 P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 128 INVERTER OVERLOAD CHART 1 OF 1 J. SHIPMAN ES1-18-S045 ECN NO. DESIGNED BY: DATE (LATEST REV.) FOR ALL kVA S. MAJOR 06/01/2018 LIEBERT EXL S1 REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 129 BYPASS OVERLOAD CHART 1 OF 1 J. SHIPMAN ES1-18-S046 ECN NO. DESIGNED BY: DATE (LATEST REV.) FOR ALL kVA S. MAJOR 06/01/2018 LIEBERT EXL S1 REF DWG. APPROVED BY: REVISION 1050 DEARBORN DR P.O. BOX 29186 S. MAJOR COLUMBUS, OH 43229...
  • Page 130 Vertiv™ | Liebert® EXL S1 Operation and Maintenance Guide...
  • Page 131 Vertiv.com | Vertiv Headquarters, 1050 Dearborn Drive, Columbus, OH, 43085, USA © 2015-2020 Vertiv Group Corp. All rights reserved. Vertiv™ and the Vertiv logo are trademarks or registered trademarks of Vertiv Group Corp. All other names and logos referred to are trade names, trademarks or registered trademarks of their respective owners.

Table of Contents

Save PDF